Script end: Wed May 20 14:51:12 EDT 2020
_____________________________________ESMF EXTERNAL DEMOS AND TEST SUMMARY___________________________
DOC BUILD
BUILD INSTALL OS.COMPILER.COMM.ABI external demos
________________________________________________________________________________________
PASS/FAIL PASS/FAIL PASS/FAIL/SKIP
_________________________________________________________________________________________
borgj130(g) PASS PASS Linux.pgi.openmpi.64 190/0/0
borgq139(O) PASS PASS Linux.pgi.openmpi.64 190/0/0
________________________________________________________________________________________
Wed May 20 11:55:02 EDT 2020 on borgj130
ESMF Checkout Source: https://github.com/esmf-org/esmf.git
Compiler and configuration information:
--------------------------------------------------------------
Currently Loaded Modulefiles:
1) comp/pgi-18.5.0
2) other/mpi/openmpi/3.1.1-pgi-18.5.0-k40
ESMF Repository:
origin git@github.com:esmf-org/esmf.git (fetch)
origin git@github.com:esmf-org/esmf.git (push)
ESMF_8_0_1
External Demos Repository:
origin ssh://rokuingh@git.code.sf.net/p/esmf/external_demos (fetch)
origin ssh://rokuingh@git.code.sf.net/p/esmf/external_demos (push)
ESMF_8_0_1
--------------------------------------------------------------
ESMF_VERSION_STRING: 8.0.1
ESMF_8_0_1
--------------------------------------------------------------
# On branch ESMF_8_0_1
# Untracked files:
# (use "git add ..." to include in what will be committed)
#
# src/installcheck/esmc_application
# src/installcheck/esmc_application.o
# src/installcheck/esmf_application
# src/installcheck/esmf_application.o
# tmp
nothing added to commit but untracked files present (use "git add" to track)
--------------------------------------------------------------
--------------------------------------------------------------
Make version:
GNU Make 3.81
Copyright (C) 2006 Free Software Foundation, Inc.
This is free software; see the source for copying conditions.
There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A
PARTICULAR PURPOSE.
This program built for x86_64-unknown-linux-gnu
--------------------------------------------------------------
Fortran Compiler version:
Export PGI=/gpfsm/dulocal/sles11/pgi
pgf90-Warning-No files to process
pgf90 18.5-0 64-bit target on x86-64 Linux -tp haswell
PGI Compilers and Tools
Copyright (c) 2018, NVIDIA CORPORATION. All rights reserved.
--------------------------------------------------------------
C++ Compiler version:
Export PGI=/gpfsm/dulocal/sles11/pgi
pgc++-Warning-No files to process
pgc++ 18.5-0 64-bit target on x86-64 Linux -tp haswell
PGI Compilers and Tools
Copyright (c) 2018, NVIDIA CORPORATION. All rights reserved.
--------------------------------------------------------------
Preprocessor version:
gcc (SUSE Linux) 4.3.4 [gcc-4_3-branch revision 152973]
Copyright (C) 2008 Free Software Foundation, Inc.
This is free software; see the source for copying conditions. There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
--------------------------------------------------------------
NetCDF library version: netCDF 4.3.2
--------------------------------------------------------------
* User set ESMF environment variables *
ESMF_ABI=64
ESMF_BOPT=g
ESMF_COMM=openmpi
ESMF_COMPILER=pgi
ESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf
ESMF_MPIRUN=mpirun
ESMF_NETCDF=/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/bin/nc-config
ESMF_OS=Linux
ESMF_SITE=default
ESMF_TESTEXHAUSTIVE=ON
ESMF_TESTWITHTHREADS=ON
ESMF_YAMLCPP=OFF
--------------------------------------------------------------
* ESMF environment variables *
ESMF_DIR: /discover/nobackup/rokuingh/sandbox/esmf
ESMF_OS: Linux
ESMF_MACHINE: x86_64
ESMF_ABI: 64
ESMF_COMPILER: pgi
ESMF_BOPT: g
ESMF_COMM: openmpi
ESMF_SITE: default
ESMF_PTHREADS: ON
ESMF_OPENMP: OFF
ESMF_OPENACC: OFF
ESMF_CXXSTD: 11
ESMF_ARRAY_LITE: FALSE
ESMF_NO_INTEGER_1_BYTE: TRUE
ESMF_NO_INTEGER_2_BYTE: TRUE
ESMF_FORTRANSYMBOLS: default
ESMF_MAPPER_BUILD: OFF
ESMF_AUTO_LIB_BUILD: ON
ESMF_DEFER_LIB_BUILD: ON
ESMF_SHARED_LIB_BUILD: ON
ESMF_TRACE_LIB_BUILD: ON
ESMF_TESTEXHAUSTIVE: ON
ESMF_TESTCOMPTUNNEL: ON
ESMF_TESTWITHTHREADS: ON
ESMF_TESTMPMD: OFF
ESMF_TESTSHAREDOBJ: OFF
ESMF_TESTFORCEOPENMP: OFF
ESMF_TESTFORCEOPENACC: OFF
ESMF_TESTHARNESS_ARRAY: default
ESMF_TESTHARNESS_FIELD: default
ESMF_MPIRUN: mpirun
--------------------------------------------------------------
* ESMF environment variables pointing to 3rd party software *
ESMF_MOAB: internal
ESMF_LAPACK: internal
ESMF_ACC_SOFTWARE_STACK: none
ESMF_NETCDF: /usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/bin/nc-config
ESMF_NETCDF_INCLUDE: /usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_NETCDF_LIBS: -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_YAMLCPP: OFF
ESMF_PIO: internal
--------------------------------------------------------------
* ESMF environment variables for final installation *
ESMF_INSTALL_PREFIX: ./DEFAULTINSTALLDIR
ESMF_INSTALL_HEADERDIR: include
ESMF_INSTALL_MODDIR: mod/modg/Linux.pgi.64.openmpi.default
ESMF_INSTALL_LIBDIR: lib/libg/Linux.pgi.64.openmpi.default
ESMF_INSTALL_BINDIR: bin/bing/Linux.pgi.64.openmpi.default
ESMF_INSTALL_DOCDIR: doc
--------------------------------------------------------------
* ESMF Benchmark directory and parameters *
ESMF_BENCHMARK_PREFIX: ./DEFAULTBENCHMARKDIR
ESMF_BENCHMARK_TOLERANCE: 20%
ESMF_BENCHMARK_THRESHOLD_MSEC: 500
--------------------------------------------------------------
* Other relevant environment variables *
PATH: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin:/usr/local/pgi/linux86-64/18.5/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/X11R6/bin:/usr/games:/opt/kde3/bin:/opt/ibutils/bin:/usr/lib/mit/bin:/usr/lib/mit/sbin:/usr/slurm/bin
LD_LIBRARY_PATH: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/lib:/usr/local/pgi/linux86-64/18.5/lib
--------------------------------------------------------------
* Compilers, Linkers, Flags, and Libraries *
Location of the preprocessor: /usr/bin/gcc
Location of the Fortran compiler: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpifort
Location of the Fortran linker: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpifort
Location of the C++ compiler: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpicxx
Location of the C++ linker: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpicxx
Fortran compiler flags:
ESMF_F90COMPILER: mpifort
ESMF_F90COMPILEOPTS: -g -fpic -Mallocatable=03 -lpthread
ESMF_F90COMPILEPATHS: -I/discover/nobackup/rokuingh/sandbox/esmf/mod/modg/Linux.pgi.64.openmpi.default -I/discover/nobackup/rokuingh/sandbox/esmf/src/include -I/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_F90COMPILECPPFLAGS: -DESMF_NO_INTEGER_1_BYTE -DESMF_NO_INTEGER_2_BYTE -DESMFVERSIONGIT='ESMF_8_0_1' -DESMF_LAPACK=1 -DESMF_LAPACK_INTERNAL=1 -DESMF_MOAB=1 -DESMF_NO_ACC_SOFTWARE_STACK=1 -DESMF_NETCDF=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENMP -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_g -DESMF_TESTCOMPTUNNEL -DESMF_TESTWITHTHREADS -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=openmpi -DESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf -DESMF_PGIVERSION_MAJOR=18 -DESMF_PGIVERSION_MINOR=5 -DESMF_PGIVERSION_PATCH=0
ESMF_F90COMPILEFREECPP:
ESMF_F90COMPILEFREENOCPP: -Mfreeform
ESMF_F90COMPILEFIXCPP: -Mpreprocess -Mnofreeform
ESMF_F90COMPILEFIXNOCPP:
Fortran linker flags:
ESMF_F90LINKOPTS: -lpthread -Wl,--no-as-needed
ESMF_F90LINKPATHS: -L/discover/nobackup/rokuingh/sandbox/esmf/lib/libg/Linux.pgi.64.openmpi.default -L/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_F90LINKRPATHS: -Wl,-rpath,/discover/nobackup/rokuingh/sandbox/esmf/lib/libg/Linux.pgi.64.openmpi.default -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_F90LINKLIBS: -pgc++libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_F90ESMFLINKLIBS: -lesmf -pgc++libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
C++ compiler flags:
ESMF_CXXCOMPILER: mpicxx
ESMF_CXXCOMPILEOPTS: -std=c++11 -g -fpic -lpthread
ESMF_CXXCOMPILEPATHS: -I/discover/nobackup/rokuingh/sandbox/esmf/src/include -I/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_CXXCOMPILECPPFLAGS: -DESMF_NO_INTEGER_1_BYTE -DESMF_NO_INTEGER_2_BYTE -DESMFVERSIONGIT='ESMF_8_0_1' -DESMF_LAPACK=1 -DESMF_LAPACK_INTERNAL=1 -DESMF_MOAB=1 -DESMF_NO_ACC_SOFTWARE_STACK=1 -DESMF_NETCDF=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENMP -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_g -DESMF_TESTCOMPTUNNEL -DESMF_TESTWITHTHREADS -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=openmpi -DESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf -D__SDIR__='' -DESMF_CXXSTD=11 -DESMF_NO_SIGUSR2 -DESMF_PGIVERSION_MAJOR=18 -DESMF_PGIVERSION_MINOR=5 -DESMF_PGIVERSION_PATCH=0
C++ linker flags:
ESMF_CXXLINKOPTS: -lpthread -Wl,--no-as-needed
ESMF_CXXLINKPATHS: -L/discover/nobackup/rokuingh/sandbox/esmf/lib/libg/Linux.pgi.64.openmpi.default -L/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_CXXLINKRPATHS: -Wl,-rpath,/discover/nobackup/rokuingh/sandbox/esmf/lib/libg/Linux.pgi.64.openmpi.default -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_CXXLINKLIBS: -lmpi_mpifh -pgf90libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_CXXESMFLINKLIBS: -lesmf -lmpi_mpifh -pgf90libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
Shared library build:
ESMF_SL_LIBS_TO_MAKE: libesmf
ESMF_SL_SUFFIX: so
ESMF_SL_LIBLINKER: mpicxx
ESMF_SL_LIBOPTS: -shared
ESMF_SL_LIBLIBS:
ESMF Tracing linker options:
ESMF_TRACE_LDPRELOAD=/discover/nobackup/rokuingh/sandbox/esmf/lib/libg/Linux.pgi.64.openmpi.default/libesmftrace_preload.so
ESMF_TRACE_STATICLINKOPTS=-static -Wl,--wrap=c_esmftrace_notify_wrappers -Wl,--wrap=c_esmftrace_isinitialized -Wl,--wrap=write -Wl,--wrap=writev -Wl,--wrap=pwrite -Wl,--wrap=read -Wl,--wrap=open -Wl,--wrap=MPI_Allgather -Wl,--wrap=MPI_Allgatherv -Wl,--wrap=MPI_Allreduce -Wl,--wrap=MPI_Alltoall -Wl,--wrap=MPI_Alltoallv -Wl,--wrap=MPI_Alltoallw -Wl,--wrap=MPI_Barrier -Wl,--wrap=MPI_Bcast -Wl,--wrap=MPI_Gather -Wl,--wrap=MPI_Gatherv -Wl,--wrap=MPI_Recv -Wl,--wrap=MPI_Reduce -Wl,--wrap=MPI_Scatter -Wl,--wrap=MPI_Send -Wl,--wrap=MPI_Sendrecv -Wl,--wrap=MPI_Wait -Wl,--wrap=MPI_Waitall -Wl,--wrap=MPI_Waitany -Wl,--wrap=MPI_Waitsome -Wl,--wrap=mpi_allgather_ -Wl,--wrap=mpi_allgather__ -Wl,--wrap=mpi_allgatherv_ -Wl,--wrap=mpi_allgatherv__ -Wl,--wrap=mpi_allreduce_ -Wl,--wrap=mpi_allreduce__ -Wl,--wrap=mpi_alltoall_ -Wl,--wrap=mpi_alltoall__ -Wl,--wrap=mpi_alltoallv_ -Wl,--wrap=mpi_alltoallv__ -Wl,--wrap=mpi_alltoallw_ -Wl,--wrap=mpi_alltoallw__ -Wl,--wrap=mpi_barrier_ -Wl,--wrap=mpi_barrier__ -Wl,--wrap=mpi_bcast_ -Wl,--wrap=mpi_bcast__ -Wl,--wrap=mpi_exscan_ -Wl,--wrap=mpi_exscan__ -Wl,--wrap=mpi_gather_ -Wl,--wrap=mpi_gather__ -Wl,--wrap=mpi_gatherv_ -Wl,--wrap=mpi_gatherv__ -Wl,--wrap=mpi_recv_ -Wl,--wrap=mpi_recv__ -Wl,--wrap=mpi_reduce_ -Wl,--wrap=mpi_reduce__ -Wl,--wrap=mpi_reduce_scatter_ -Wl,--wrap=mpi_reduce_scatter__ -Wl,--wrap=mpi_scatter_ -Wl,--wrap=mpi_scatter__ -Wl,--wrap=mpi_scatterv_ -Wl,--wrap=mpi_scatterv__ -Wl,--wrap=mpi_scan_ -Wl,--wrap=mpi_scan__ -Wl,--wrap=mpi_send_ -Wl,--wrap=mpi_send__ -Wl,--wrap=mpi_wait_ -Wl,--wrap=mpi_wait__ -Wl,--wrap=mpi_waitall_ -Wl,--wrap=mpi_waitall__ -Wl,--wrap=mpi_waitany_ -Wl,--wrap=mpi_waitany__
ESMF_TRACE_STATICLINKLIBS=-lesmftrace_static
--------------------------------------------------------------
Compiling on Wed May 20 11:55:11 EDT 2020 on borgj130
Machine characteristics: Linux borgj130 3.0.101-0.47.105-default #1 SMP Thu Jun 22 17:13:58 UTC 2017 (e1c7e3b) x86_64 x86_64 x86_64 GNU/Linux
==============================================================
Wed May 20 12:26:59 EDT 2020 library build .............................PASSED
Builds with warnings.
Wed May 20 12:28:04 EDT 2020 library install ...........................PASSED
Wed May 20 12:28:11 EDT 2020 library installcheck ......................PASSED
|--------------------------------- EXTERNAL DEMOS --------------------------|
Wed May 20 12:28:11 EDT 2020 ESMF_InstallationCheck ....................PASSED
Output of ESMF_InstallationCheck.sh
ESMF Installation Check
=======================
1) Environment variable ESMFMKFILE: /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/lib/libg/Linux.pgi.64.openmpi.default/esmf.mk
1a) Found esmf.mk according to ESMFMKFILE: ...YES.
1b) The ESMF_APPSDIR referenced by esmf.mk: ...EXISTS.
-> The ESMF_APPSDIR contains the following apps:
-> ESMF_Info
ESMF_InfoC
ESMF_Regrid
ESMF_RegridWeightGen
ESMF_Scrip2Unstruct
ESMF_WebServController
2) ESMF apps accessible through PATH environment variable: ...NO.
=> You must add the ESMF installation ./bin directory to your PATH
=> environment variable (recommended), or use the explicit path when
=> accessing ESMF apps.
/discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default
Wed May 20 12:28:12 EDT 2020 build ESMC_HelloWorld .....................PASSED
Wed May 20 12:28:16 EDT 2020 run_ESMC_HelloWorld (4 PET)................PASSED
Wed May 20 12:28:20 EDT 2020 build ESMF_HelloWorld .....................PASSED
Wed May 20 12:28:21 EDT 2020 run_ESMF_HelloWorld (4 PET)................PASSED
Wed May 20 12:28:44 EDT 2020 build ESMF_CoupledFlow ....................PASSED
Wed May 20 12:28:47 EDT 2020 run ESMF_CoupledFlow (4 PET)...............PASSED
The following are the *.nc files generated:
-rw------- 1 rokuingh s1184 45040 May 20 12:28 DE.nc
-rw------- 1 rokuingh s1184 45040 May 20 12:28 FLAG.nc
-rw------- 1 rokuingh s1184 224772 May 20 12:28 OMEGA.nc
-rw------- 1 rokuingh s1184 224768 May 20 12:28 SIE.nc
-rw------- 1 rokuingh s1184 224760 May 20 12:28 U_velocity.nc
-rw------- 1 rokuingh s1184 224760 May 20 12:28 V_velocity.nc
Wed May 20 12:28:50 EDT 2020 run ESMF_CoupledFlow (4 PET)...............PASSED
The following are the *.nc files generated:
-rw------- 1 rokuingh s1184 45040 May 20 12:28 DE.nc
-rw------- 1 rokuingh s1184 45040 May 20 12:28 FLAG.nc
-rw------- 1 rokuingh s1184 224772 May 20 12:28 OMEGA.nc
-rw------- 1 rokuingh s1184 224768 May 20 12:28 SIE.nc
-rw------- 1 rokuingh s1184 224760 May 20 12:28 U_velocity.nc
-rw------- 1 rokuingh s1184 224760 May 20 12:28 V_velocity.nc
Wed May 20 12:28:55 EDT 2020 build ESMF_Regrid .........................PASSED
Wed May 20 12:29:35 EDT 2020 run ESMF_Regrid (16 PETs)...................PASSED
The following is run output log:
Mean relative error = 2.0486342804909436E-004
Maximum relative error = 2.4778392255764923E-002
Least squares error = 5.5949766263568910E-004
ESMF_Regrid - PASS
Wed May 20 12:29:36 EDT 2020 run ESMF_RegridWeightGenCheck dryrun ......PASSED
Wed May 20 12:58:55 EDT 2020 run ESMF_RegridWeightGenCheck (32 PETS).....PASSED
ESMF_MPIRUN: mpirun
ESMF_TOOLRUN:
NUM_PROCS: 32
Tests to be run:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9
ll2.5deg_grid_to_T42_grid_bilinear_test10
ll2.5deg_grid_to_T42_grid_patch_test11
T42_grid_to_ll2.5deg_grid_patch_test12
T42_grid_to_ll2.5deg_grid_bilinear_test13
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14
ll1deg_grid_to_ll2.5deg_grid_patch_test15
ll1deg_grid_to_ll2.5deg_grid_conserve_test16
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17
T42_grid_to_wr50a_090614_bilinear_test18
T42_grid_to_wr50a_090614_patch_test19
T42_grid_to_wr50a_090614_conserve_test20
T42_grid_to_wr50a_090614_conserve2nd_test21
wr50a_090614_to_T42_grid_bilinear_test22
wr50a_090614_to_T42_grid_patch_test23
wr50a_090614_to_T42_grid_conserve_test24
wr50a_090614_to_T42_grid_conserve2nd_test25
T42_grid_to_ar9v4_100920_bilinear_test26
T42_grid_to_ar9v4_100920_patch_test27
T42_grid_to_ar9v4_100920_conserve_test28
T42_grid_to_ar9v4_100920_conserve2nd_test29
ar9v4_100920_to_T42_grid_bilinear_test30
ar9v4_100920_to_T42_grid_patch_test31
ar9v4_100920_to_T42_grid_conserve_test32
wr50a_090614_to_ar9v4_100920_bilinear_test33
wr50a_090614_to_ar9v4_100920_patch_test34
wr50a_090614_to_ar9v4_100920_conserve_test35
wr50a_090614_to_ar9v4_100920_conserve2nd_test36
ar9v4_100920_to_wr50a_090614_bilinear_test37
ar9v4_100920_to_wr50a_090614_patch_test38
ar9v4_100920_to_wr50a_090614_conserve_test39
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51
ne30np4-t2_to_wr50a_090614_bilinear_test52
ne30np4-t2_to_wr50a_090614_patch_test53
ne30np4-t2_to_ar9v4_100920_conserve_test54
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55
wr50a_090614_to_ne30np4-t2_bilinear_test56
wr50a_090614_to_ne30np4-t2_patch_test57
ar9v4_100920_to_ne30np4-t2_conserve_test58
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66
T42_grid_to_mpas_uniform_10242_dual_patch_test67
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82
T42_grid_to_ww3a_120213_conserve_test83
ww3a_120213_to_T42_grid_conserve_test84
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88
wr50a_090614_to_wr50a_090614_neareststod_test89
T42_grid_to_T42_grid_neareststod_test90
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91
wr50a_090614_to_wr50a_090614_nearestdtos_test92
T42_grid_to_T42_grid_nearestdtos_test93
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114
mpas_uniform_10242_to_T42_grid_conserve_test115
T42_grid_to_mpas_uniform_10242_conserve_test116
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121
C48_mosaic_to_latlon_mosaic_bilinear_test122
C48_mosaic_to_latlon_mosaic_patch_test123
C48_mosaic_to_latlon_mosaic_conserve_test124
C48_mosaic_to_latlon_mosaic_conserve2nd_test125
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138
latlon_grid_to_SCRIP_1x1_bilinear_test139
latlon_grid_to_SCRIP_1x1_conserve_test140
SCRIP_1x1_to_latlon_grid_bilinear_test141
SCRIP_1x1_to_latlon_grid_conserve_test142
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153
C48_mosaic_to_latlon_mosaic_neareststod_test154
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158
C48_mosaic_to_C48_mosaic_nearestdtos_test159
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160
ll1deg_grid_to_ll2.5deg_grid_patch_test161
T42_grid_to_mpas_uniform_10242_conserve2nd_test162
ll2.5deg_grid_to_ll1deg_grid_patch_test163
ll2.5deg_grid_to_ll1deg_grid_patch_test164
ll2.5deg_grid_to_ll1deg_grid_patch_test165
Test or Dryrun Results:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.out - PASSED
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.out - PASSED
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.out - PASSED
ll2.5deg_grid_to_T42_grid_bilinear_test10.out - PASSED
ll2.5deg_grid_to_T42_grid_patch_test11.out - PASSED
T42_grid_to_ll2.5deg_grid_patch_test12.out - PASSED
T42_grid_to_ll2.5deg_grid_bilinear_test13.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_patch_test15.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.out - PASSED
T42_grid_to_wr50a_090614_bilinear_test18.out - PASSED
T42_grid_to_wr50a_090614_patch_test19.out - PASSED
T42_grid_to_wr50a_090614_conserve_test20.out - PASSED
T42_grid_to_wr50a_090614_conserve2nd_test21.out - PASSED
wr50a_090614_to_T42_grid_bilinear_test22.out - PASSED
wr50a_090614_to_T42_grid_patch_test23.out - PASSED
wr50a_090614_to_T42_grid_conserve_test24.out - PASSED
wr50a_090614_to_T42_grid_conserve2nd_test25.out - PASSED
T42_grid_to_ar9v4_100920_bilinear_test26.out - PASSED
T42_grid_to_ar9v4_100920_patch_test27.out - PASSED
T42_grid_to_ar9v4_100920_conserve_test28.out - PASSED
T42_grid_to_ar9v4_100920_conserve2nd_test29.out - PASSED
ar9v4_100920_to_T42_grid_bilinear_test30.out - PASSED
ar9v4_100920_to_T42_grid_patch_test31.out - PASSED
ar9v4_100920_to_T42_grid_conserve_test32.out - PASSED
wr50a_090614_to_ar9v4_100920_bilinear_test33.out - PASSED
wr50a_090614_to_ar9v4_100920_patch_test34.out - PASSED
wr50a_090614_to_ar9v4_100920_conserve_test35.out - PASSED
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.out - PASSED
ar9v4_100920_to_wr50a_090614_bilinear_test37.out - PASSED
ar9v4_100920_to_wr50a_090614_patch_test38.out - PASSED
ar9v4_100920_to_wr50a_090614_conserve_test39.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.out - PASSED
ne30np4-t2_to_wr50a_090614_bilinear_test52.out - PASSED
ne30np4-t2_to_wr50a_090614_patch_test53.out - PASSED
ne30np4-t2_to_ar9v4_100920_conserve_test54.out - PASSED
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.out - PASSED
wr50a_090614_to_ne30np4-t2_bilinear_test56.out - PASSED
wr50a_090614_to_ne30np4-t2_patch_test57.out - PASSED
ar9v4_100920_to_ne30np4-t2_conserve_test58.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.out - PASSED
T42_grid_to_mpas_uniform_10242_dual_patch_test67.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.out - PASSED
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.out - PASSED
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.out - PASSED
T42_grid_to_ww3a_120213_conserve_test83.out - PASSED
ww3a_120213_to_T42_grid_conserve_test84.out - PASSED
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.out - PASSED
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.out - PASSED
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.out - PASSED
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.out - PASSED
wr50a_090614_to_wr50a_090614_neareststod_test89.out - PASSED
T42_grid_to_T42_grid_neareststod_test90.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.out - PASSED
wr50a_090614_to_wr50a_090614_nearestdtos_test92.out - PASSED
T42_grid_to_T42_grid_nearestdtos_test93.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.out - PASSED
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.out - PASSED
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.out - PASSED
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.out - PASSED
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.out - PASSED
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.out - PASSED
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.out - PASSED
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.out - PASSED
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.out - PASSED
mpas_uniform_10242_to_T42_grid_conserve_test115.out - PASSED
T42_grid_to_mpas_uniform_10242_conserve_test116.out - PASSED
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.out - PASSED
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.out - PASSED
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.out - PASSED
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.out - PASSED
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.out - PASSED
C48_mosaic_to_latlon_mosaic_bilinear_test122.out - PASSED
C48_mosaic_to_latlon_mosaic_patch_test123.out - PASSED
C48_mosaic_to_latlon_mosaic_conserve_test124.out - PASSED
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.out - PASSED
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.out - PASSED
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.out - PASSED
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.out - PASSED
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.out - PASSED
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.out - PASSED
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.out - PASSED
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.out - PASSED
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.out - PASSED
latlon_grid_to_SCRIP_1x1_bilinear_test139.out - PASSED
latlon_grid_to_SCRIP_1x1_conserve_test140.out - PASSED
SCRIP_1x1_to_latlon_grid_bilinear_test141.out - PASSED
SCRIP_1x1_to_latlon_grid_conserve_test142.out - PASSED
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.out - PASSED
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.out - PASSED
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.out - PASSED
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.out - PASSED
C48_mosaic_to_latlon_mosaic_neareststod_test154.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.out - PASSED
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.out - PASSED
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.out - PASSED
C48_mosaic_to_C48_mosaic_nearestdtos_test159.out - PASSED
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_patch_test161.out - PASSED
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test163.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test164.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test165.out - PASSED
The following tests pass:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9
ll2.5deg_grid_to_T42_grid_bilinear_test10
ll2.5deg_grid_to_T42_grid_patch_test11
T42_grid_to_ll2.5deg_grid_patch_test12
T42_grid_to_ll2.5deg_grid_bilinear_test13
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14
ll1deg_grid_to_ll2.5deg_grid_patch_test15
ll1deg_grid_to_ll2.5deg_grid_conserve_test16
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17
T42_grid_to_wr50a_090614_bilinear_test18
T42_grid_to_wr50a_090614_patch_test19
T42_grid_to_wr50a_090614_conserve_test20
T42_grid_to_wr50a_090614_conserve2nd_test21
wr50a_090614_to_T42_grid_bilinear_test22
wr50a_090614_to_T42_grid_patch_test23
wr50a_090614_to_T42_grid_conserve_test24
wr50a_090614_to_T42_grid_conserve2nd_test25
T42_grid_to_ar9v4_100920_bilinear_test26
T42_grid_to_ar9v4_100920_patch_test27
T42_grid_to_ar9v4_100920_conserve_test28
T42_grid_to_ar9v4_100920_conserve2nd_test29
ar9v4_100920_to_T42_grid_bilinear_test30
ar9v4_100920_to_T42_grid_patch_test31
ar9v4_100920_to_T42_grid_conserve_test32
wr50a_090614_to_ar9v4_100920_bilinear_test33
wr50a_090614_to_ar9v4_100920_patch_test34
wr50a_090614_to_ar9v4_100920_conserve_test35
wr50a_090614_to_ar9v4_100920_conserve2nd_test36
ar9v4_100920_to_wr50a_090614_bilinear_test37
ar9v4_100920_to_wr50a_090614_patch_test38
ar9v4_100920_to_wr50a_090614_conserve_test39
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51
ne30np4-t2_to_wr50a_090614_bilinear_test52
ne30np4-t2_to_wr50a_090614_patch_test53
ne30np4-t2_to_ar9v4_100920_conserve_test54
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55
wr50a_090614_to_ne30np4-t2_bilinear_test56
wr50a_090614_to_ne30np4-t2_patch_test57
ar9v4_100920_to_ne30np4-t2_conserve_test58
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66
T42_grid_to_mpas_uniform_10242_dual_patch_test67
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82
T42_grid_to_ww3a_120213_conserve_test83
ww3a_120213_to_T42_grid_conserve_test84
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88
wr50a_090614_to_wr50a_090614_neareststod_test89
T42_grid_to_T42_grid_neareststod_test90
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91
wr50a_090614_to_wr50a_090614_nearestdtos_test92
T42_grid_to_T42_grid_nearestdtos_test93
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114
mpas_uniform_10242_to_T42_grid_conserve_test115
T42_grid_to_mpas_uniform_10242_conserve_test116
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121
C48_mosaic_to_latlon_mosaic_bilinear_test122
C48_mosaic_to_latlon_mosaic_patch_test123
C48_mosaic_to_latlon_mosaic_conserve_test124
C48_mosaic_to_latlon_mosaic_conserve2nd_test125
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138
latlon_grid_to_SCRIP_1x1_bilinear_test139
latlon_grid_to_SCRIP_1x1_conserve_test140
SCRIP_1x1_to_latlon_grid_bilinear_test141
SCRIP_1x1_to_latlon_grid_conserve_test142
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153
C48_mosaic_to_latlon_mosaic_neareststod_test154
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158
C48_mosaic_to_C48_mosaic_nearestdtos_test159
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160
ll1deg_grid_to_ll2.5deg_grid_patch_test161
T42_grid_to_mpas_uniform_10242_conserve2nd_test162
ll2.5deg_grid_to_ll1deg_grid_patch_test163
ll2.5deg_grid_to_ll1deg_grid_patch_test164
ll2.5deg_grid_to_ll1deg_grid_patch_test165
Found 165 external tests, 165 pass and 0 fail.
The following are the output files of the external tests.
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc -m bilinear -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295644777888 Grid 2 max:
2.878193473106264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9183073237474407
Mean relative error = 2.9685108849435499E-006
Maximum relative error = 1.1493004899161763E-005
Least squares error = 1.7488474827208131E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc -m patch -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295224253020 Grid 2 max:
2.878196308392081
Maximum negative weight = -3.4925250887498753E-002
Maximum positive weight = 0.5792317430612127
Mean relative error = 2.6718769338988136E-006
Maximum relative error = 8.4647073271794656E-006
Least squares error = 1.5632930836230316E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc -w wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc -m bilinear -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc
Weight File:
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295644777888 Grid 2 max:
2.878193473106264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9183073237474407
Mean relative error = 2.9685108849435499E-006
Maximum relative error = 1.1493004899161763E-005
Least squares error = 1.7488474827208131E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc -w wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc -m patch -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc
Weight File:
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295224253021 Grid 2 max:
2.878196308392081
Maximum negative weight = -3.4925250887498753E-002
Maximum positive weight = 0.5792317430612127
Mean relative error = 2.6718769338983914E-006
Maximum relative error = 8.4647073270240875E-006
Least squares error = 1.5632930836244180E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054540E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490942E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174116E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416714E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054540E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490942E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174157E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416701E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc -m conserve2nd -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104126684461489 Grid 2 max:
1.267965448503102
Maximum negative weight = -9.8103324895943630E-002
Maximum positive weight = 1.000000021251301
Mean relative error = 4.6838434167229476E-006
Maximum relative error = 2.3750711665525214E-004
Least squares error = 1.2857177719957609E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524510860E-002
Conservation error = 1.3392065234540951E-015
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
ll2.5deg_grid_to_T42_grid_bilinear_test10.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ll2.5deg_grid_to_T42_grid_bilinear_test10.nc -m bilinear -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ll2.5deg_grid_to_T42_grid_bilinear_test10.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_T42_grid_bilinear_test10.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000696911748382 Grid 2 max:
2.999303088251618
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6454976794654347
Mean relative error = 1.5952287252993800E-004
Maximum relative error = 1.1480005671931216E-003
Least squares error = 1.2315304773456292E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_T42_grid_patch_test11.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ll2.5deg_grid_to_T42_grid_patch_test11.nc -m patch -p 4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ll2.5deg_grid_to_T42_grid_patch_test11.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: 4
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_T42_grid_patch_test11.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001542715262713 Grid 2 max:
2.998457410576253
Maximum negative weight = -4.7033238922420881E-002
Maximum positive weight = 0.4940723201224324
Mean relative error = 1.5609425918285843E-004
Maximum relative error = 9.4921568323734203E-004
Least squares error = 1.1613392943154177E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ll2.5deg_grid_patch_test12.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w T42_grid_to_ll2.5deg_grid_patch_test12.nc -m patch -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: T42_grid_to_ll2.5deg_grid_patch_test12.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ll2.5deg_grid_patch_test12.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.001672572920737 Grid 2 max:
2.998327427078861
Maximum negative weight = -3.9647198493727873E-002
Maximum positive weight = 0.5238213017496677
Mean relative error = 1.9715117708699810E-004
Maximum relative error = 1.1961145018719430E-003
Least squares error = 1.4713751545418905E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ll2.5deg_grid_bilinear_test13.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w T42_grid_to_ll2.5deg_grid_bilinear_test13.nc -m bilinear -p 4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: T42_grid_to_ll2.5deg_grid_bilinear_test13.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: 4
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ll2.5deg_grid_bilinear_test13.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6888556087368121
Mean relative error = 2.0344046061245442E-004
Maximum relative error = 1.4544920500495578E-003
Least squares error = 1.5614625004551158E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000532959665187 Grid 2 max:
2.999467040334813
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.7499952402923977
Mean relative error = 2.2977195996958067E-005
Maximum relative error = 2.0758052589430913E-004
Least squares error = 1.8853287697984594E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_patch_test15.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc -m patch --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000628070892059 Grid 2 max:
2.999371922974022
Maximum negative weight = -2.0247743179299515E-002
Maximum positive weight = 0.3832997344681802
Mean relative error = 2.4801410654658121E-005
Maximum relative error = 1.5210930320135805E-004
Least squares error = 1.8509575576227886E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.001050304834934 Grid 2 max:
2.998949695165063
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1920572045330995
Mean relative error = 2.1786738416067572E-004
Maximum relative error = 9.1628879155054562E-004
Least squares error = 1.3904366145508029E-004
Grid 1 area = 25.13274116382905
Grid 2 area = 25.13274116382933
Conservation error = 2.8776980798284058E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000883137451017 Grid 2 max:
2.999116862548981
Maximum negative weight = -1.3853114995673215E-002
Maximum positive weight = 0.1920572045330995
Mean relative error = 9.0103204243292730E-005
Maximum relative error = 4.0827820940559197E-004
Least squares error = 5.8460316834798177E-005
Grid 1 area = 25.13274116382905
Grid 2 area = 25.13274116382932
Conservation error = 2.7711166694643907E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_wr50a_090614_bilinear_test18.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_bilinear_test18.nc -m bilinear --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_bilinear_test18.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_bilinear_test18.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.407928185940795 Grid 2 max:
2.880301211797764
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9768306022722679
Mean relative error = 1.0307089262538348E-004
Maximum relative error = 5.3681060887387155E-004
Least squares error = 6.7329861438907978E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_wr50a_090614_patch_test19.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_patch_test19.nc -m patch --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_patch_test19.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_patch_test19.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.408225331553345 Grid 2 max:
2.879831979301318
Maximum negative weight = -5.4000749347876395E-002
Maximum positive weight = 0.7040267355702815
Mean relative error = 9.9450805069469103E-005
Maximum relative error = 3.8153304568270337E-004
Least squares error = 6.2111011424473091E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_wr50a_090614_conserve_test20.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_conserve_test20.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_conserve_test20.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_conserve_test20.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.387821384989527 Grid 2 max:
2.893630888459492
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.2815297282766465E-003
Maximum relative error = 2.2883538003142547E-002
Least squares error = 2.6274833680737732E-003
Grid 1 area = 5.540769934370015
Grid 2 area = 5.540769934369933
Conservation error = 8.1712414612411521E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_wr50a_090614_conserve2nd_test21.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_conserve2nd_test21.nc -m conserve2nd --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_conserve2nd_test21.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_conserve2nd_test21.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.384526766907194 Grid 2 max:
2.895794985450039
Maximum negative weight = -0.1378648954292294
Maximum positive weight = 1.000271430629203
Mean relative error = 2.8775322677651312E-004
Maximum relative error = 2.3146485552752612E-002
Least squares error = 4.8922641123009018E-004
Grid 1 area = 5.540769934370015
Grid 2 area = 5.540769934369965
Conservation error = 5.0626169922907138E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_T42_grid_bilinear_test22.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_bilinear_test22.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_bilinear_test22.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_bilinear_test22.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.421210964257466 Grid 2 max:
2.868182489192589
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9589509181063564
Mean relative error = 2.5767331934996879E-006
Maximum relative error = 1.1928839020408242E-005
Least squares error = 1.5906331542742363E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_T42_grid_patch_test23.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_patch_test23.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_patch_test23.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_patch_test23.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.421211252847368 Grid 2 max:
2.868180456183530
Maximum negative weight = -3.4955915873417981E-002
Maximum positive weight = 0.5840104211743562
Mean relative error = 1.9460604338617737E-006
Maximum relative error = 8.4291838826047895E-006
Least squares error = 1.3033118721071435E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_T42_grid_conserve_test24.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_conserve_test24.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_conserve_test24.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_conserve_test24.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.446274531233002 Grid 2 max:
2.855141680551720
Maximum negative weight = 0.000000000000000
Maximum positive weight = 2.5902133327970724E-002
Mean relative error = 1.0071631128572322E-004
Maximum relative error = 3.1532770857449125E-004
Least squares error = 6.3320017241732141E-005
Grid 1 area = 5.540831679362005
Grid 2 area = 5.540831679361966
Conservation error = 3.9079850466805510E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_T42_grid_conserve2nd_test25.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_conserve2nd_test25.nc -m conserve2nd --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_conserve2nd_test25.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_conserve2nd_test25.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.446260260990446 Grid 2 max:
2.855154029643405
Maximum negative weight = -1.2669330533386940E-003
Maximum positive weight = 2.5902133430251491E-002
Mean relative error = 1.0048028459518646E-004
Maximum relative error = 3.0908050555521514E-004
Least squares error = 6.3105484777001012E-005
Grid 1 area = 5.540831679362005
Grid 2 area = 5.540831679361988
Conservation error = 1.6875389974302379E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_ar9v4_100920_bilinear_test26.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_bilinear_test26.nc -m bilinear --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_bilinear_test26.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_bilinear_test26.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.270325742367340 Grid 2 max:
2.920199231436992
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9956139066054912
Mean relative error = 1.3394951567903901E-004
Maximum relative error = 9.2581498202157100E-004
Least squares error = 8.3368157242845242E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ar9v4_100920_patch_test27.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_patch_test27.nc -m patch --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_patch_test27.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_patch_test27.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.270012159722372 Grid 2 max:
2.920227317427172
Maximum negative weight = -5.3773488339531383E-002
Maximum positive weight = 0.7026000253137142
Mean relative error = 1.3173523889150620E-004
Maximum relative error = 6.6103353672073133E-004
Least squares error = 7.8064944040834373E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ar9v4_100920_conserve_test28.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_conserve_test28.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_conserve_test28.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_conserve_test28.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.249118012229103 Grid 2 max:
2.929940706212614
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 5.1422713889146890E-003
Maximum relative error = 2.9606974086513742E-002
Least squares error = 3.0263915044839722E-003
Grid 1 area = 4.101885611711285
Grid 2 area = 4.101885611711638
Conservation error = 3.5349501104064984E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_ar9v4_100920_conserve2nd_test29.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_conserve2nd_test29.nc -m conserve2nd --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_conserve2nd_test29.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_conserve2nd_test29.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.246427501899844 Grid 2 max:
2.932831603403523
Maximum negative weight = -0.1502748479380953
Maximum positive weight = 1.000535189214813
Mean relative error = 4.9611395279243757E-004
Maximum relative error = 2.4539565317283692E-002
Least squares error = 6.0449696941614745E-004
Grid 1 area = 4.101885611711285
Grid 2 area = 4.101885611711148
Conservation error = 1.3677947663381929E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ar9v4_100920_to_T42_grid_bilinear_test30.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_bilinear_test30.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_bilinear_test30.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_bilinear_test30.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.281146748178136 Grid 2 max:
2.903077104393789
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9706956298491298
Mean relative error = 1.1370584187555242E-007
Maximum relative error = 6.6594387596398455E-007
Least squares error = 7.0800770053074898E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_T42_grid_patch_test31.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_patch_test31.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_patch_test31.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_patch_test31.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.281146735171934 Grid 2 max:
2.903077157527935
Maximum negative weight = -3.4919337826802462E-002
Maximum positive weight = 0.5840137417576756
Mean relative error = 9.0797950504284169E-008
Maximum relative error = 4.9922435035129532E-007
Least squares error = 6.2180755713664729E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_T42_grid_conserve_test32.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_conserve_test32.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_conserve_test32.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_conserve_test32.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.329653694764767 Grid 2 max:
2.902559026310645
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.1058394052950761E-003
Mean relative error = 1.1998198659353930E-004
Maximum relative error = 1.1084381276236100E-003
Least squares error = 7.3028406048968665E-005
Grid 1 area = 4.101992066485008
Grid 2 area = 4.101992066484921
Conservation error = 8.7041485130612273E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_bilinear_test33.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_bilinear_test33.nc -m bilinear -r -i --64bit_offset --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_bilinear_test33.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Output weight file in 64bit offset NetCDF file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_bilinear_test33.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408964481598766 Grid 2 max:
2.880764952077028
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957708869865871
Mean relative error = 2.8571480438868020E-006
Maximum relative error = 1.1997232002712689E-005
Least squares error = 1.5552835563232492E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_patch_test34.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_patch_test34.nc -m patch -r -i --netcdf4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_patch_test34.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Output weight file in NetCDF4 file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_patch_test34.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408967542501542 Grid 2 max:
2.880768572246513
Maximum negative weight = -9.3405880939953681E-002
Maximum positive weight = 0.6732020075844782
Mean relative error = 2.5123668763604337E-006
Maximum relative error = 8.6110688755287183E-006
Least squares error = 1.3633446462318364E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_conserve_test35.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_conserve_test35.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_conserve_test35.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_conserve_test35.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408836578868641 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 6.3146800262002176E-004
Maximum relative error = 2.7210620439703818E-003
Least squares error = 3.5993920164114425E-004
Grid 1 area = 3.273732694387547
Grid 2 area = 3.273732694387627
Conservation error = 7.9936057773011271E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407651649162107 Grid 2 max:
2.881952168726384
Maximum negative weight = -0.2791166707874762
Maximum positive weight = 1.000010906847264
Mean relative error = 2.5850149029412432E-005
Maximum relative error = 2.5001141665476098E-003
Least squares error = 4.8324047740516550E-005
Grid 1 area = 3.273732694387547
Grid 2 area = 3.273732694387564
Conservation error = 1.6875389974302379E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_bilinear_test37.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_bilinear_test37.nc -m bilinear -r -i --64bit_offset --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_bilinear_test37.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Output weight file in 64bit offset NetCDF file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_bilinear_test37.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409864375858864 Grid 2 max:
2.880805070429286
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9781763083018320
Mean relative error = 1.4300140913530586E-007
Maximum relative error = 5.0670984297114177E-007
Least squares error = 7.9012629124115763E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_patch_test38.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_patch_test38.nc -m patch -r -i --netcdf4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_patch_test38.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Output weight file in NetCDF4 file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_patch_test38.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409864488232421 Grid 2 max:
2.880805334788911
Maximum negative weight = -6.9438884880717755E-002
Maximum positive weight = 0.6077030408396492
Mean relative error = 1.3346960439029630E-007
Maximum relative error = 3.5941724376530928E-007
Least squares error = 7.1953230223203766E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_conserve_test39.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_conserve_test39.nc -m conserve -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_conserve_test39.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_conserve_test39.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409871321006670 Grid 2 max:
2.880801765599642
Maximum negative weight = 0.000000000000000
Maximum positive weight = 6.9865670601382365E-002
Mean relative error = 4.6103857875623521E-006
Maximum relative error = 9.9774031716158172E-004
Least squares error = 8.3235226301173989E-006
Grid 1 area = 3.273737090581014
Grid 2 area = 3.273737090580907
Conservation error = 1.0746958878371515E-013
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903115
Mean relative error = 3.4029239305708491E-005
Maximum relative error = 3.5423921218395883E-004
Least squares error = 2.5418777226479400E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc -m patch -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000414058318797 Grid 2 max:
2.999586192145368
Maximum negative weight = -3.5572425577484065E-002
Maximum positive weight = 0.5959601573852474
Mean relative error = 2.9595153681328480E-005
Maximum relative error = 2.3468032665894899E-004
Least squares error = 2.2194846802861218E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000772094018910 Grid 2 max:
2.999227905981090
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9303280267833661
Mean relative error = 3.0620202684083890E-004
Maximum relative error = 1.6029209620329725E-003
Least squares error = 2.0729209485468482E-004
Grid 1 area = 25.13274114649101
Grid 2 area = 25.13274114649107
Conservation error = 6.3948846218409017E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc -m conserve2nd -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000531324944229 Grid 2 max:
2.999468675055725
Maximum negative weight = -0.1018930744496560
Maximum positive weight = 0.9336148439607150
Mean relative error = 1.4471614405706112E-004
Maximum relative error = 6.9729509138085428E-004
Least squares error = 9.2160977171556032E-005
Grid 1 area = 25.13274114649101
Grid 2 area = 25.13274114649103
Conservation error = 2.4868995751603507E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957683620591814
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573853E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc -m patch -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000816324221136 Grid 2 max:
2.999183675778751
Maximum negative weight = -4.9175351795483387E-002
Maximum positive weight = 0.6999320227713367
Mean relative error = 1.6228071643104987E-004
Maximum relative error = 8.1632422137634076E-004
Least squares error = 1.1412492077026427E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.5509508215902409E-003
Maximum relative error = 2.0168439180763661E-002
Least squares error = 2.4925207875614256E-003
Grid 1 area = 25.13274116386258
Grid 2 area = 25.13274116386289
Conservation error = 3.1263880373444408E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc -m conserve2nd -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 0.9998004483380533 Grid 2 max:
3.000199663799930
Maximum negative weight = -0.1058545036547023
Maximum positive weight = 1.000035473910266
Mean relative error = 4.0257983995687724E-004
Maximum relative error = 2.6450052052800579E-003
Least squares error = 2.5544613838105856E-004
Grid 1 area = 25.13274116386258
Grid 2 area = 25.13274116386240
Conservation error = 1.7408297026122455E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc -m bilinear -p all -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000000000000000 Grid 2 max:
2.999999999999999
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.4277827179837344E-005
Maximum relative error = 9.6936464568289703E-005
Least squares error = 1.0420189393259993E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc -m patch -p all -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000026178851979 Grid 2 max:
2.999973821148028
Maximum negative weight = -4.7415854932715114E-002
Maximum positive weight = 0.6659623644625355
Mean relative error = 1.0743240097126104E-005
Maximum relative error = 6.4191810729649073E-005
Least squares error = 7.4530295770021706E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc -m conserve -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000078534891130 Grid 2 max:
2.999921465108868
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.4985434527864375
Mean relative error = 2.2370033311681106E-004
Maximum relative error = 2.3913496459412173E-003
Least squares error = 1.4528010518900588E-004
Grid 1 area = 25.13274116382198
Grid 2 area = 25.13274116382193
Conservation error = 4.2632564145606011E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc -m conserve2nd -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 0.9999519185170678 Grid 2 max:
3.000048081482933
Maximum negative weight = -4.1404873409531508E-002
Maximum positive weight = 0.5469508386499484
Mean relative error = 3.5700222875390572E-004
Maximum relative error = 1.7323374288797998E-003
Least squares error = 2.2348320340840130E-004
Grid 1 area = 25.13274116382198
Grid 2 area = 25.13274116382279
Conservation error = 8.1357143244531471E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_wr50a_090614_bilinear_test52.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ne30np4-t2_to_wr50a_090614_bilinear_test52.nc -m bilinear --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ne30np4-t2_to_wr50a_090614_bilinear_test52.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_wr50a_090614_bilinear_test52.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.407807072558000 Grid 2 max:
2.880753635683558
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9989420926450214
Mean relative error = 2.2857240227858302E-005
Maximum relative error = 1.3034610711876269E-004
Least squares error = 1.3990871385700628E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_wr50a_090614_patch_test53.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ne30np4-t2_to_wr50a_090614_patch_test53.nc -m patch --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ne30np4-t2_to_wr50a_090614_patch_test53.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_wr50a_090614_patch_test53.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.407788163804379 Grid 2 max:
2.880657755668151
Maximum negative weight = -6.6564184832570317E-002
Maximum positive weight = 0.6260433953493314
Mean relative error = 1.8492176088124840E-005
Maximum relative error = 8.4237243276991867E-005
Least squares error = 1.0917897390024370E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_ar9v4_100920_conserve_test54.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w ne30np4-t2_to_ar9v4_100920_conserve_test54.nc -m conserve --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: ne30np4-t2_to_ar9v4_100920_conserve_test54.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_ar9v4_100920_conserve_test54.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.261511626389548 Grid 2 max:
2.925596391678233
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.2109034102557150E-003
Maximum relative error = 1.3132060105454053E-002
Least squares error = 1.3028590754329585E-003
Grid 1 area = 4.101962517899295
Grid 2 area = 4.101962517899200
Conservation error = 9.5035090907913400E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc -m conserve2nd --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.259891527241230 Grid 2 max:
2.926320165544824
Maximum negative weight = -0.1603157146667041
Maximum positive weight = 1.000163123217093
Mean relative error = 3.9850058957636010E-004
Maximum relative error = 1.0524808476825274E-002
Least squares error = 2.8606096933524356E-004
Grid 1 area = 4.101962517899295
Grid 2 area = 4.101962517899149
Conservation error = 1.4654943925052066E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
wr50a_090614_to_ne30np4-t2_bilinear_test56.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w wr50a_090614_to_ne30np4-t2_bilinear_test56.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: wr50a_090614_to_ne30np4-t2_bilinear_test56.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ne30np4-t2_bilinear_test56.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.411413485766603 Grid 2 max:
2.877245607063264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9853535116783407
Mean relative error = 3.1132168105029384E-006
Maximum relative error = 1.2540906935666507E-005
Least squares error = 1.8291466946408782E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ne30np4-t2_patch_test57.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w wr50a_090614_to_ne30np4-t2_patch_test57.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: wr50a_090614_to_ne30np4-t2_patch_test57.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ne30np4-t2_patch_test57.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.411419167492401 Grid 2 max:
2.877244487333645
Maximum negative weight = -8.8937867737286319E-002
Maximum positive weight = 0.6640039868841284
Mean relative error = 2.7839477519652540E-006
Maximum relative error = 8.9976173470538099E-006
Least squares error = 1.6108963457883218E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_ne30np4-t2_conserve_test58.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ar9v4_100920_to_ne30np4-t2_conserve_test58.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ar9v4_100920_to_ne30np4-t2_conserve_test58.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_ne30np4-t2_conserve_test58.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.286138968978850 Grid 2 max:
2.913256989119863
Maximum negative weight = 0.000000000000000
Maximum positive weight = 3.5374025772128302E-002
Mean relative error = 2.7377562095861474E-004
Maximum relative error = 1.9485797454926064E-003
Least squares error = 1.6074565146877008E-004
Grid 1 area = 4.101992066485008
Grid 2 area = 4.101992066484914
Conservation error = 9.4146912488213275E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc -m bilinear --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.001128159729882 Grid 2 max:
2.998764136080539
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.5020259690075720
Mean relative error = 2.0026025856754336E-004
Maximum relative error = 8.9630634429834226E-004
Least squares error = 1.2518081469127705E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc -m bilinear --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000969927966136 Grid 2 max:
2.999031032024315
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3819163387529070
Mean relative error = 1.7579552083653093E-004
Maximum relative error = 7.4857024423650542E-004
Least squares error = 1.1345148771463082E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc -m patch --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000766419135112 Grid 2 max:
2.999150982795087
Maximum negative weight = -8.2149828432321007E-002
Maximum positive weight = 0.5039212340804913
Mean relative error = 1.2268232022939201E-004
Maximum relative error = 5.9619379805588946E-004
Least squares error = 7.8124166255750038E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc -m patch --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000776822848914 Grid 2 max:
2.999227564340474
Maximum negative weight = -2.8035841138971326E-002
Maximum positive weight = 0.3994875735919227
Mean relative error = 1.3066287713470510E-004
Maximum relative error = 5.5589087118602790E-004
Least squares error = 8.4720224746374331E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000908599337869 Grid 2 max:
2.999044968578705
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3819120942511915
Mean relative error = 7.0231678159128478E-004
Maximum relative error = 3.7707384435877382E-003
Least squares error = 4.2834597006489029E-004
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871570
Conservation error = 1.8829382497642655E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000970341320715 Grid 2 max:
2.998885861619253
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2000000043199321
Mean relative error = 1.7462455265368729E-004
Maximum relative error = 7.3852448462963314E-004
Least squares error = 1.1330539336195793E-004
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872013
Conservation error = 2.1316282072803006E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000597152542309 Grid 2 max:
2.999404315992031
Maximum negative weight = -5.2302895979353746E-002
Maximum positive weight = 0.4353034058641357
Mean relative error = 6.1257600436672344E-004
Maximum relative error = 4.5043735317746476E-003
Least squares error = 4.0733086883227080E-004
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871583
Conservation error = 6.0396132539608516E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000354494786775 Grid 2 max:
2.999492993986421
Maximum negative weight = -1.3198134337366663E-002
Maximum positive weight = 0.2218339042291492
Mean relative error = 1.1501710726986581E-004
Maximum relative error = 7.8199491537749987E-004
Least squares error = 7.3922944545783440E-005
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872022
Conservation error = 7.4606987254810520E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_dual_patch_test67.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.001428367094103 Grid 2 max:
2.998429173480841
Maximum negative weight = -5.8162135290755181E-002
Maximum positive weight = 0.6978938182680229
Mean relative error = 2.4791441139648801E-004
Maximum relative error = 1.1964451410926120E-003
Least squares error = 1.7295655608570598E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc -m patch --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000626505066924 Grid 2 max:
2.999365507621254
Maximum negative weight = -3.7966505486605545E-002
Maximum positive weight = 0.7694848471888613
Mean relative error = 1.0018764466371512E-004
Maximum relative error = 5.5941940624593611E-004
Least squares error = 7.1352542997218983E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000722390365525 Grid 2 max:
2.999287669498348
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.3586985616313458E-003
Maximum relative error = 9.9089649267716431E-003
Least squares error = 1.4697463444350682E-003
Grid 1 area = 25.13274116386466
Grid 2 area = 25.13274116386468
Conservation error = 2.1316282072803006E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000354082199758 Grid 2 max:
2.999786300028091
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.8005404692723718E-003
Maximum relative error = 9.1833470932952653E-003
Least squares error = 1.1963445155095741E-003
Grid 1 area = 25.13274122872014
Grid 2 area = 25.13274122872009
Conservation error = 4.6185277824406512E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 0.9997951401131537 Grid 2 max:
3.000218959616413
Maximum negative weight = -7.0883176602102943E-002
Maximum positive weight = 1.000001597812416
Mean relative error = 7.2967191947792846E-004
Maximum relative error = 4.9552680488248501E-003
Least squares error = 4.9930859472851336E-004
Grid 1 area = 25.13274116386466
Grid 2 area = 25.13274116386484
Conservation error = 1.8118839761882555E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 0.9998796178520540 Grid 2 max:
3.000083655365185
Maximum negative weight = -5.7137664495566065E-002
Maximum positive weight = 1.000003841628778
Mean relative error = 2.9731357703698108E-004
Maximum relative error = 2.8936836883717769E-003
Least squares error = 2.0226450731753045E-004
Grid 1 area = 25.13274122872014
Grid 2 area = 25.13274122872021
Conservation error = 7.4606987254810520E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc -m bilinear --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000358716259307 Grid 2 max:
2.999524074940656
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9933173004325160
Mean relative error = 1.3197458555628860E-004
Maximum relative error = 7.8068525778381517E-004
Least squares error = 8.7375151915732296E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc -m bilinear --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000288510693136 Grid 2 max:
2.999751083396332
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9463007975484484
Mean relative error = 1.0569120322062365E-005
Maximum relative error = 9.4667928509457953E-005
Least squares error = 7.5750544491411360E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc -m patch --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000553929571545 Grid 2 max:
2.999444957013823
Maximum negative weight = -3.5129317971489007E-002
Maximum positive weight = 0.7672761906056584
Mean relative error = 1.2627575971177520E-004
Maximum relative error = 5.6096976260487359E-004
Least squares error = 8.1928550174394153E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000272345130329 Grid 2 max:
2.999733719068699
Maximum negative weight = -5.3061757857396641E-002
Maximum positive weight = 0.6147846646864497
Mean relative error = 9.5807626313378072E-006
Maximum relative error = 6.2711804738889895E-005
Least squares error = 6.6069160236292299E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.0856633780708101E-003
Maximum relative error = 1.8408116426317189E-002
Least squares error = 1.9671714224314277E-003
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872044
Conservation error = 2.8776980798284058E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000556619311953 Grid 2 max:
2.999301179847601
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1328911474569657
Mean relative error = 8.5481276753676213E-005
Maximum relative error = 3.7493683496640459E-004
Least squares error = 5.5175911537765827E-005
Grid 1 area = 25.13274116382200
Grid 2 area = 25.13274116382247
Conservation error = 4.6895820560166612E-013
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc -m bilinear --dst_regional --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.407826071067408 Grid 2 max:
2.880236471481813
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9874832588459073
Mean relative error = 8.4816712278230316E-005
Maximum relative error = 3.4838108923070674E-004
Least squares error = 4.9537801680697125E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc -m patch --dst_regional --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.408034258514138 Grid 2 max:
2.880335003583856
Maximum negative weight = -3.5395435664845487E-002
Maximum positive weight = 0.7671708785095225
Mean relative error = 7.3991153168548391E-005
Maximum relative error = 2.2051044462327617E-004
Least squares error = 4.1760948653344939E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc -m conserve -i --src_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.432471615542428 Grid 2 max:
2.866458177240490
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1341278584780846
Mean relative error = 3.3188314311302392E-004
Maximum relative error = 1.6390681319050878E-003
Least squares error = 1.9671537018039938E-004
Grid 1 area = 5.540831679362002
Grid 2 area = 5.540831679361991
Conservation error = 1.1546319456101628E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.394776877570522 Grid 2 max:
2.889115143275674
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.6535139680050985E-003
Maximum relative error = 1.5754890439032502E-002
Least squares error = 1.6292337023121294E-003
Grid 1 area = 5.540800716163899
Grid 2 area = 5.540800716163871
Conservation error = 2.7533531010703882E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_ww3a_120213_conserve_test83.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc -w T42_grid_to_ww3a_120213_conserve_test83.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc
Weight File: T42_grid_to_ww3a_120213_conserve_test83.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ww3a_120213_conserve_test83.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.004317790307703 Grid 2 max:
2.997373374312540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6138169902508026
Mean relative error = 1.0401692492597934E-003
Maximum relative error = 4.9809645290135856E-003
Least squares error = 6.8044026636770549E-004
Grid 1 area = 17.55115200890330
Grid 2 area = 17.55115200890330
Conservation error = 7.1054273576010019E-015
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ww3a_120213_to_T42_grid_conserve_test84.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ww3a_120213_to_T42_grid_conserve_test84.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ww3a_120213_to_T42_grid_conserve_test84.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ww3a_120213_to_T42_grid_conserve_test84.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.003213663400609 Grid 1 max:
2.999220382103066
Grid 2 min: 1.003213668489402 Grid 2 max:
2.999220382103066
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.3351114506114001E-003
Maximum relative error = 1.1442400378214829E-002
Least squares error = 1.5450893395666215E-003
Grid 1 area = 17.55126214355783
Grid 2 area = 17.55126214355784
Conservation error = 1.4210854715202004E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000513922563370 Grid 1 max:
2.999486076799700
Grid 2 min: 1.000694107611233 Grid 2 max:
2.999305892388766
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9280748771355778
Mean relative error = 6.2111131743672533E-005
Maximum relative error = 5.0298578803447628E-004
Least squares error = 4.5001298038449048E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000513922563370 Grid 1 max:
2.999486076799700
Grid 2 min: 1.000799377600221 Grid 2 max:
2.999200622399779
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9999999999999969
Mean relative error = 3.6434733521316885E-004
Maximum relative error = 1.6433980992002460E-003
Least squares error = 2.3537181116069900E-004
Grid 1 area = 25.13274116381184
Grid 2 area = 25.13274116381218
Conservation error = 3.3395508580724709E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000378801991011 Grid 2 max:
2.999621197584363
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9037619182546914
Mean relative error = 4.0068296664640651E-005
Maximum relative error = 4.0919728480336571E-004
Least squares error = 3.0341086065913913E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000471180399725 Grid 2 max:
2.999528819072081
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 7.8303800170342040E-004
Maximum relative error = 2.7520856784963381E-003
Least squares error = 5.0499246931839969E-004
Grid 1 area = 25.13274176876450
Grid 2 area = 25.13274176876435
Conservation error = 1.5276668818842154E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
wr50a_090614_to_wr50a_090614_neareststod_test89.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w wr50a_090614_to_wr50a_090614_neareststod_test89.nc -m neareststod --src_regional --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: wr50a_090614_to_wr50a_090614_neareststod_test89.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_wr50a_090614_neareststod_test89.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407727885364827 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_T42_grid_neareststod_test90.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w T42_grid_to_T42_grid_neareststod_test90.nc -m neareststod -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: T42_grid_to_T42_grid_neareststod_test90.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_T42_grid_neareststod_test90.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc -m neareststod --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-15
----------------------------------------------------------
wr50a_090614_to_wr50a_090614_nearestdtos_test92.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc -m nearestdtos --src_regional --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407727885364827 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_T42_grid_nearestdtos_test93.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w T42_grid_to_T42_grid_nearestdtos_test93.nc -m nearestdtos -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: T42_grid_to_T42_grid_nearestdtos_test93.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_T42_grid_nearestdtos_test93.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-15
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc -m bilinear -p none -i --src_missingvalue so --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228490891774 Grid 2 max:
2.999771508683540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9878741003625324
Mean relative error = 2.7309284630397415E-006
Maximum relative error = 3.5485727970151211E-005
Least squares error = 2.4235762337492871E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc -m conserve -i --src_missingvalue so --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588289 Grid 2 max:
2.999749047987005
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8641615363212363
Mean relative error = 5.7138641266395746E-005
Maximum relative error = 9.6686564325375367E-004
Least squares error = 4.5414408765749306E-005
Grid 1 area = 18.05346971120511
Grid 2 area = 18.05346971120527
Conservation error = 1.5987211554602254E-013
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389430 Grid 2 max:
2.999771555185884
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067310704045371E-009
Maximum relative error = 5.6184475943235341E-008
Least squares error = 7.8633045473418064E-009
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-08
- Area C
onservation : 10E-16
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389402 Grid 2 max:
2.999771555185883
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067311857763041E-009
Maximum relative error = 5.6184472459840344E-008
Least squares error = 7.8633044953104336E-009
Grid 1 area = 25.13274116381885
Grid 2 area = 25.13274116381886
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-07
- Area Conservation : 10E-13
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389402 Grid 2 max:
2.999771555185883
Maximum negative weight = -2.1589640897263792E-015
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067312009207552E-009
Maximum relative error = 5.6184472459840344E-008
Least squares error = 7.8633044951762600E-009
Grid 1 area = 25.13274116381885
Grid 2 area = 25.13274116381886
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-07
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc -m bilinear --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228490891774 Grid 2 max:
2.999771508683540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9968083238306480
Mean relative error = 5.4218502129950942E-005
Maximum relative error = 1.5732878654887886E-002
Least squares error = 3.4723290919402936E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-02
- Area Conservation : 10E-16
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc -m conserve --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588316 Grid 2 max:
2.999749047987006
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8641615363212377
Mean relative error = 5.9977385435193119E-005
Maximum relative error = 9.6686304233355451E-004
Least squares error = 4.7435225637391152E-005
Grid 1 area = 14.10283958342657
Grid 2 area = 14.10283958342658
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054540E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490942E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc -m bilinear -r -i --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104094929567250 Grid 1 max:
1.267814847521477
Grid 2 min: 1.104202625705249 Grid 2 max:
1.267531975183821
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9907459807500083
Mean relative error = 9.0979470250385120E-007
Maximum relative error = 7.3313467233200241E-006
Least squares error = 1.2275487745415353E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174157E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416701E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc -m bilinear -r --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104095138166020 Grid 2 max:
1.267814986159640
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957330909203670
Mean relative error = 8.3660389503868458E-008
Maximum relative error = 1.9053202512114875E-007
Least squares error = 7.1326526667709933E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103757757138068 Grid 2 max:
1.267409477827944
Maximum negative weight = -6.7742062920632090E-002
Maximum positive weight = 1.000000236334563
Mean relative error = 1.1079680669326804E-005
Maximum relative error = 9.9860851000234310E-004
Least squares error = 1.6253679198155893E-005
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539752254E-002
Conservation error = 1.8526846723432300E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc -m bilinear -r -i --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104202515120718 Grid 2 max:
1.267531988261491
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9949688461226236
Mean relative error = 7.7595179178722755E-007
Maximum relative error = 8.7101224196348266E-006
Least squares error = 1.1122534491967261E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc -m bilinear -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104193040020623 Grid 2 max:
1.267750522929710
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9997977706369883
Mean relative error = 8.3641088000306205E-008
Maximum relative error = 1.9047882022690803E-007
Least squares error = 7.1307896649413939E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc -m bilinear -p all --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903106
Mean relative error = 3.4029239323877124E-005
Maximum relative error = 3.5423921220678915E-004
Least squares error = 2.5418777262612345E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc -w fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc -m bilinear -p all --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc
Weight File: fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957683620591814
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573853E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc -m bilinear -p all --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903115
Mean relative error = 3.4029239305708491E-005
Maximum relative error = 3.5423921218395883E-004
Least squares error = 2.5418777226479400E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc -w fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc -m bilinear -p all --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc
Weight File: fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957683620591814
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573853E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc -m conserve --norm_type dstarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000231645760019 Grid 2 max:
2.999625516944541
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000137
Mean relative error = 3.9930412749466680E-003
Maximum relative error = 1.9847001400030796E-002
Least squares error = 2.5021674970176428E-003
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871644
Conservation error = 5.5777604757167865E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000231645760020 Grid 2 max:
2.999625516944538
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.9930412749465925E-003
Maximum relative error = 1.9847001400035976E-002
Least squares error = 2.5021674970176415E-003
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871645
Conservation error = 5.6132876125047915E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_to_T42_grid_conserve_test115.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w mpas_uniform_10242_to_T42_grid_conserve_test115.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: mpas_uniform_10242_to_T42_grid_conserve_test115.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_T42_grid_conserve_test115.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.001475465026822 Grid 2 max:
2.998458628828994
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8009589969456941
Mean relative error = 5.3062722702205414E-004
Maximum relative error = 2.5161336733329821E-003
Least squares error = 3.3421111501551692E-004
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871597
Conservation error = 7.8159700933611020E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_conserve_test116.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w T42_grid_to_mpas_uniform_10242_conserve_test116.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: T42_grid_to_mpas_uniform_10242_conserve_test116.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_conserve_test116.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000949051010596 Grid 2 max:
2.999026703768899
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.8209792383482514E-003
Maximum relative error = 6.9637126088782650E-003
Least squares error = 1.1454775127853563E-003
Grid 1 area = 25.13274116387593
Grid 2 area = 25.13274116387592
Conservation error = 1.4210854715202004E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -w ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Weight File: ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.842449577472537 Grid 1 max:
2.977327032051172
Grid 2 min: 2.859446969982689 Grid 2 max:
2.977327032051172
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.2674488909809263
Grid 2 area = 0.2674488909809263
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -w ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc -m bilinear -r --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Weight File: ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.742945380481558 Grid 1 max:
3.000000000000000
Grid 2 min: 2.742945380481558 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.3652863182711281E-004
Maximum relative error = 3.9287576864440151E-003
Least squares error = 4.5458781754768418E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -w ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Weight File: ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.853312394136481 Grid 1 max:
2.977327032051172
Grid 2 min: 2.859446969982689 Grid 2 max:
2.977327032051172
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.2771878741864180
Grid 2 area = 0.2771878741864180
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -w wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc -m bilinear -i --src_loc corner --dst_loc corner -l greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Weight File: wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000811544781440 Grid 1 max:
2.999188454422532
Grid 2 min: 1.000811546673118 Grid 2 max:
2.999188453356611
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8169881921495957
Mean relative error = 1.3831487149092129E-004
Maximum relative error = 7.9507100290313428E-004
Least squares error = 9.5230427230868462E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc -m bilinear -i --src_loc corner --dst_loc corner --line_type greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000169452445673 Grid 1 max:
2.999988367613791
Grid 2 min: 1.001002009108891 Grid 2 max:
2.998673303456757
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6932719417878168
Mean relative error = 4.1383338591142186E-004
Maximum relative error = 3.2112542949449801E-003
Least squares error = 3.1325315634452391E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_bilinear_test122.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_bilinear_test122.nc -m bilinear --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_bilinear_test122.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_bilinear_test122.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001388737096979 Grid 2 max:
2.998611261841921
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9812923102714494
Mean relative error = 9.7854008146722489E-005
Maximum relative error = 7.2708767938518088E-004
Least squares error = 7.0988994428026271E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_patch_test123.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_patch_test123.nc -m patch --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_patch_test123.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_patch_test123.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001887453362266 Grid 2 max:
2.998112545577024
Maximum negative weight = -4.3371488374325674E-002
Maximum positive weight = 0.7056462443000856
Mean relative error = 9.1294261799824207E-005
Maximum relative error = 6.3967945147166559E-004
Least squares error = 7.2368904517963170E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_conserve_test124.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_conserve_test124.nc -m conserve --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_conserve_test124.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_conserve_test124.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001621273787670 Grid 2 max:
2.998378725207388
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9999999999999957
Mean relative error = 6.1540472324181578E-004
Maximum relative error = 2.5810873881455189E-003
Least squares error = 3.9294421349728072E-004
Grid 1 area = 25.13274116381415
Grid 2 area = 25.13274116381409
Conservation error = 6.0396132539608516E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc -m conserve2nd --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001312954219081 Grid 2 max:
2.998687044719885
Maximum negative weight = -9.2445441600904538E-002
Maximum positive weight = 0.9999975385964026
Mean relative error = 1.4825353066060101E-004
Maximum relative error = 1.2257925849279798E-003
Least squares error = 1.0276900775197386E-004
Grid 1 area = 25.13274116381415
Grid 2 area = 25.13274116381402
Conservation error = 1.3145040611561853E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc -m bilinear -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.5448363373415477E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2206209814732937E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc -m bilinear -p none --extrap_method nearestidavg --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843523
Mean relative error = 1.5445315995757822E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2205203433106831E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc -m bilinear -p none --extrap_method nearestidavg --extrap_num_dst_pnts 6 --extrap_dst_exponent 3.0 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843523
Mean relative error = 1.5445315995757828E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2205203433106831E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc -m bilinear -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc -m bilinear -p none --extrap_method nearestidavg --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.316245423373021 Grid 1 max:
2.342040473372430
Grid 2 min: 2.316245423373021 Grid 2 max:
2.342040473372430
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc -m neareststod --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.316245423373021 Grid 1 max:
2.342040473372430
Grid 2 min: 2.316245423373021 Grid 2 max:
2.342040473372430
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc -m bilinear --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.316238447413402 Grid 2 max:
2.342043384214749
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2505125196504749
Mean relative error = 3.6486801501100902E-006
Maximum relative error = 7.8107750741006765E-006
Least squares error = 1.8301180922730473E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-6
- Max Relative Error: 10E-6
- Area Conservation : 10E-13
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc -m neareststod --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.306797897628755 Grid 2 max:
2.344745920836313
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.5568061230662538E-003
Maximum relative error = 4.0788103233498239E-003
Least squares error = 1.1938483407102185E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-3
- Max Relative Error: 10E-3
- Area Conservation : 10E-13
----------------------------------------------------------
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -w WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc -m nearestdtos -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.505909821048103 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -w WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc -m neareststod -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.505909821048103 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc -w WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc -m bilinear -i -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.523864811076107 Grid 2 max:
2.973627363408817
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.7543904118948089E-010
Maximum relative error = 2.4150455875509393E-009
Least squares error = 2.8069949101627816E-010
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-10
- Max Relative Error: 10E-9
- Area Conservation : 10E-10
----------------------------------------------------------
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc -w WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc -m patch -i -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.527471895363599 Grid 2 max:
2.986857211420505
Maximum negative weight = -5.3571208649824466E-006
Maximum positive weight = 0.2522601926856080
Mean relative error = 5.0008510021266243E-004
Maximum relative error = 4.4490580632556330E-003
Least squares error = 3.2842282259196783E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-4
----------------------------------------------------------
latlon_grid_to_SCRIP_1x1_bilinear_test139.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w latlon_grid_to_SCRIP_1x1_bilinear_test139.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: latlon_grid_to_SCRIP_1x1_bilinear_test139.nc
Source File is in GRIDSPEC TILE format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
latlon_grid_to_SCRIP_1x1_bilinear_test139.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.001256071806711 Grid 1 max:
2.998743927132095
Grid 2 min: 1.001256073717032 Grid 2 max:
2.998743925858549
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.4534990557026918
Mean relative error = 1.3909949506225579E-004
Maximum relative error = 1.1708966440549782E-003
Least squares error = 1.1070864612035635E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-16
----------------------------------------------------------
latlon_grid_to_SCRIP_1x1_conserve_test140.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w latlon_grid_to_SCRIP_1x1_conserve_test140.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: latlon_grid_to_SCRIP_1x1_conserve_test140.nc
Source File is in GRIDSPEC TILE format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
latlon_grid_to_SCRIP_1x1_conserve_test140.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.001256071806711 Grid 1 max:
2.998743927132095
Grid 2 min: 1.001256071806710 Grid 2 max:
2.998743927132095
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.4176475102317481E-003
Maximum relative error = 1.5676522837394055E-002
Least squares error = 2.3113146354160558E-003
Grid 1 area = 25.13274116380107
Grid 2 area = 25.13274116380118
Conservation error = 1.1013412404281553E-013
Tolerance values:
- Mean Relative Error: 10E-3
- Max Relative Error: 10E-2
- Area Conservation : 10E-13
----------------------------------------------------------
SCRIP_1x1_to_latlon_grid_bilinear_test141.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -w SCRIP_1x1_to_latlon_grid_bilinear_test141.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Weight File: SCRIP_1x1_to_latlon_grid_bilinear_test141.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC TILE format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_latlon_grid_bilinear_test141.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 1.001446187626660 Grid 2 max:
2.998553811312335
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3756112027262478
Mean relative error = 3.1827367062985257E-005
Maximum relative error = 1.8987943974850229E-004
Least squares error = 2.3251344829583983E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-5
- Max Relative Error: 10E-4
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_latlon_grid_conserve_test142.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -w SCRIP_1x1_to_latlon_grid_conserve_test142.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Weight File: SCRIP_1x1_to_latlon_grid_conserve_test142.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC TILE format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_latlon_grid_conserve_test142.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 1.001750467388461 Grid 2 max:
2.998249531508404
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2999809680015360
Mean relative error = 3.1313933166316648E-004
Maximum relative error = 1.1769619679156235E-003
Least squares error = 2.0701941696239841E-004
Grid 1 area = 25.13274116381920
Grid 2 area = 25.13274116381931
Conservation error = 1.1013412404281553E-013
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-13
----------------------------------------------------------
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/bggd_SCRIP_NCL_BR_INTERPOL.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/icos_ESMF_unstruct_six_corners_INTERPOL.nc -w bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/bggd_SCRIP_NCL_BR_INTERPOL.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/icos_ESMF_unstruct_six_corners_INTERPOL.nc
Weight File:
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc
- ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000173555172676 Grid 2 max:
2.999767541270307
Maximum negative weight = -6.7814983139001889E-002
Maximum positive weight = 0.8298462421362667
Mean relative error = 2.4500113883971881E-004
Maximum relative error = 6.7708562784848459E-003
Least squares error = 2.4945684098674059E-004
Grid 1 area = 19.06854840640458
Grid 2 area = 19.06854840640478
Conservation error = 1.9895196601282805E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103757757138068 Grid 2 max:
1.267409477827944
Maximum negative weight = -6.7742062920632090E-002
Maximum positive weight = 1.000000236334563
Mean relative error = 1.1079680669326804E-005
Maximum relative error = 9.9860851000234310E-004
Least squares error = 1.6253679198155893E-005
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539752254E-002
Conservation error = 1.8526846723432300E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc -m conserve2nd --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588299 Grid 2 max:
2.999749047987024
Maximum negative weight = -2.9127271435047154E-002
Maximum positive weight = 0.8641615363212377
Mean relative error = 1.8899521327842942E-005
Maximum relative error = 1.0048198889949353E-003
Least squares error = 2.4416297768624578E-005
Grid 1 area = 14.10283958342657
Grid 2 area = 14.10283958342659
Conservation error = 2.3092638912203256E-014
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc -m patch --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000335579598422 Grid 2 max:
2.999664419986245
Maximum negative weight = -5.6599168548305594E-002
Maximum positive weight = 0.7808776624851423
Mean relative error = 7.5987093859908414E-005
Maximum relative error = 1.6774269500351952E-002
Least squares error = 3.3312128344430787E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc -m neareststod --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228583776865 Grid 2 max:
2.999771415798449
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 7.9444335183970639E-003
Maximum relative error = 0.2618395244859859
Least squares error = 1.1282100091298736E-002
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-01
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc -m patch -r -i --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104094929567250 Grid 1 max:
1.267814847521477
Grid 2 min: 1.104202646528125 Grid 2 max:
1.267532042004711
Maximum negative weight = -7.3403177635555067E-002
Maximum positive weight = 0.7599816329224082
Mean relative error = 9.1775376048768865E-007
Maximum relative error = 5.0252722924891410E-006
Least squares error = 1.1671978551553708E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc -m patch -r -i --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104202606533447 Grid 2 max:
1.267531987225280
Maximum negative weight = -0.1239584822426496
Maximum positive weight = 0.7571567946198374
Mean relative error = 7.5678019057007131E-007
Maximum relative error = 5.7865527044588803E-006
Least squares error = 9.7803346624512673E-007
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc -m neareststod -r -i --src_loc center --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File: FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104193003011139 Grid 2 max:
1.267750428956195
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.8606635991204366E-005
Maximum relative error = 1.4866695668598713E-003
Least squares error = 5.6277029540503476E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc -m patch -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104193388161408 Grid 2 max:
1.267750629079399
Maximum negative weight = -2.5563778073667887E-002
Maximum positive weight = 0.3020587176619879
Mean relative error = 1.6716402430949253E-007
Maximum relative error = 3.7550974788168632E-007
Least squares error = 1.3671453724829961E-007
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc -m neareststod -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104134482667060 Grid 2 max:
1.267990860606759
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.0047219841779570E-004
Maximum relative error = 2.9778625277139266E-004
Least squares error = 9.3834232246384894E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc -m neareststod -i --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000169452445673 Grid 1 max:
2.999988367613791
Grid 2 min: 1.000273505203653 Grid 2 max:
2.999891927120118
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.5114267533632579E-003
Maximum relative error = 4.5522117658876204E-002
Least squares error = 5.8956884525179507E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_neareststod_test154.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_neareststod_test154.nc -m neareststod --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_neareststod_test154.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_neareststod_test154.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.000611420316384 Grid 2 max:
2.999388579096296
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.7954234240005487E-003
Maximum relative error = 1.6957872319489767E-002
Least squares error = 2.4357725890472000E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc -m bilinear -p none --extrap_method creep --extrap_num_levels 2 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: creep
Extrap. Number of Levels: 2
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843640
Mean relative error = 1.5582863936334493E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2266966596685285E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.316240775377539 Grid 2 max:
2.342032055869048
Maximum negative weight = -1.5495507345018089E-002
Maximum positive weight = 8.3021318705131823E-004
Mean relative error = 2.6389000828150985E-006
Maximum relative error = 3.5940896318678414E-006
Least squares error = 1.1643056017761726E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-6
- Max Relative Error: 10E-6
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -w GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc -m nearestdtos --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Weight File: GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000160717471778 Grid 2 max:
2.999839282103506
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000811544781440 Grid 1 max:
2.999188454422532
Grid 2 min: 1.000811544781440 Grid 2 max:
2.999188454422532
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
C48_mosaic_to_C48_mosaic_nearestdtos_test159.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -w C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc -m nearestdtos --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Weight File: C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.000611420316384 Grid 2 max:
2.999388579096296
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc -m nearestdtos -r -i --src_loc center --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104193003011139 Grid 2 max:
1.267750428956195
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_patch_test161.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc -m patch -l greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000628074518532 Grid 2 max:
2.999371919347510
Maximum negative weight = -2.0248034902483229E-002
Maximum positive weight = 0.3833014772436335
Mean relative error = 2.4802280017145986E-005
Maximum relative error = 1.5211292794927941E-004
Least squares error = 1.8509706071766665E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc -m conserve2nd --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 0.9998345015286449 Grid 2 max:
2.999834680246799
Maximum negative weight = -5.2644200732806991E-002
Maximum positive weight = 1.000002319647793
Mean relative error = 3.8729980878907219E-004
Maximum relative error = 3.5374017108487392E-003
Least squares error = 2.7344395691685734E-004
Grid 1 area = 25.13274116387593
Grid 2 area = 25.13274116387591
Conservation error = 2.1316282072803006E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test163.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc -m patch -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352489 Grid 2 max:
2.998972762647393
Maximum negative weight = -5.7932535796729648E-002
Maximum positive weight = 1.000000000000000
Mean relative error = 1.5501198156397773E-004
Maximum relative error = 9.5101251020523895E-004
Least squares error = 1.1565865982918951E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test164.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc -m patch -p none --extrap_method nearestidavg --extrap_num_dst_pnts 6 --extrap_dst_exponent 3.0 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352489 Grid 2 max:
2.998972762647393
Maximum negative weight = -5.7932535796729648E-002
Maximum positive weight = 0.6353546525164411
Mean relative error = 1.5498150778740124E-004
Maximum relative error = 9.5101251020523895E-004
Least squares error = 1.1564803878020684E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test165.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc -m patch -p none --extrap_method creep --extrap_num_levels 2 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: creep
Extrap. Number of Levels: 2
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352489 Grid 2 max:
2.998972762647393
Maximum negative weight = -6.6712914752179858E-002
Maximum positive weight = 0.6960949362396290
Mean relative error = 1.5640398239842113E-004
Maximum relative error = 9.5101251020523895E-004
Least squares error = 1.1632950605771635E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
The following is the output of 'gmake run'
perl ./RegridWeightGenCheckDriver.pl > RegridWeightGenCheck.Log
Wed May 20 12:58:58 EDT 2020 run ESMF_RegridCheck dryrun ...............PASSED
Wed May 20 13:04:16 EDT 2020 run ESMF_RegridCheck (32 PETS).............PASSED
Special wgettar files:
ESMF_MPIRUN: mpirun
ESMF_TOOLRUN:
NUM_PROCS: 32
Tests to be run:
BT42_ugrid_to_BT42_ugrid_dual_bilinear
BT42_ugrid_to_BT42_ugrid_dual_patch
BT42_ugrid_to_GRIDSPEC_2.5_bilinear
BT42_ugrid_to_GRIDSPEC_2.5_conserve
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd
C48_mosaic_to_GRIDSPEC_1x1_time_conserve
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear
Test or Dryrun Results:
BT42_ugrid_to_BT42_ugrid_dual_bilinear.out - PASSED
BT42_ugrid_to_BT42_ugrid_dual_patch.out - PASSED
BT42_ugrid_to_GRIDSPEC_2.5_bilinear.out - PASSED
BT42_ugrid_to_GRIDSPEC_2.5_conserve.out - PASSED
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch.out - PASSED
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod.out - PASSED
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear.out - PASSED
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch.out - PASSED
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear.out - PASSED
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod.out - PASSED
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd.out - PASSED
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_conserve.out - PASSED
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear.out - PASSED
The following tests pass:
BT42_ugrid_to_BT42_ugrid_dual_bilinear
BT42_ugrid_to_BT42_ugrid_dual_patch
BT42_ugrid_to_GRIDSPEC_2.5_bilinear
BT42_ugrid_to_GRIDSPEC_2.5_conserve
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd
C48_mosaic_to_GRIDSPEC_1x1_time_conserve
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear
Found 19 external tests, 19 pass and 0 fail.
The following are the output files of the external tests.
----------------------------------------------------------
BT42_ugrid_to_BT42_ugrid_dual_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc -m bilinear --src_var nodedata --dst_var nodedata --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc
Source variable names: nodedata
Destination variable names: nodedata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name mesh
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = nodedata
Value min: 1.002391909653100 Value max:
3.997608090346899
Mean relative error = 2.8067638164245824E-004
Maximum relative error = 1.7939074934947374E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
BT42_ugrid_to_BT42_ugrid_dual_patch.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc -m patch --src_var nodedata --dst_var nodedata1 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc
Source variable names: nodedata
Destination variable names: nodedata1
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name mesh
Destination Grid is a global grid
Regrid Method: patch
Pole option: ALL
Variable Name = nodedata1
Value min: 1.875144465976778 Value max:
3.998802470618330
Mean relative error = 1.6474543502050681E-004
Maximum relative error = 4.4639803891303689E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
----------------------------------------------------------
BT42_ugrid_to_GRIDSPEC_2.5_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc -m bilinear --src_var nodedata --dst_var nodedata --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc
Source variable names: nodedata
Destination variable names: nodedata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = nodedata
Value min: 1.002264965699437 Value max:
3.997735033240307
Mean relative error = 1.6269674760722354E-004
Maximum relative error = 1.5775167675972802E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
BT42_ugrid_to_GRIDSPEC_2.5_conserve.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc -m conserve --src_var elmtdata --dst_var elmtdata --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc
Source variable names: elmtdata
Destination variable names: elmtdata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: conservative
Pole option: NONE
Variable Name = elmtdata
Value min: 1.002698590982679 Value max:
3.997301407975296
Mean relative error = 7.8377542233516457E-004
Maximum relative error = 4.1281067930918139E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -m patch --src_var so --dst_var so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Variable Name = so
Value min: 1.001579263971404 Value max:
13.99842071388053
Mean relative error = 8.6595176536859868E-006
Maximum relative error = 1.5183578862630823E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -m neareststod --src_var so --dst_var so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Variable Name = so
Value min: 1.002054758780645 Value max:
13.99794524121936
Mean relative error = 7.1785038341433741E-004
Maximum relative error = 5.4422423963820009E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m nearestdtos --src_var so --dst_var so1 -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: so
Destination variable names: so1
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Variable Name = so1
Value min: 1.002054758780645 Value max:
13.99794524121936
Mean relative error = 1.7516227605962697E-009
Maximum relative error = 1.9142184809378590E-008
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-08
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m patch --src_var zeta --dst_var zeta -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: zeta
Destination variable names: zeta
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Variable Name = zeta
Value min: 1.104202628135681 Value max:
1.267532110214233
Mean relative error = 9.2988602832316701E-007
Maximum relative error = 5.0433009625879547E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m conserve --src_var ua,va --dst_var ua,va -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: ua,va
Destination variable names: ua,va
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: conservative
Pole option: NONE
Ignore unmapped destination points
Variable Name = ua
Value min: 1.104264378547668 Value max:
1.267504334449768
Mean relative error = 1.1735919555742817E-004
Maximum relative error = 1.2464727676687285E-003
Variable Name = va
Value min: 1.104264378547668 Value max:
1.267504334449768
Mean relative error = 1.1735919555742817E-004
Maximum relative error = 1.2464727676687285E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m bilinear --src_var ua,va --dst_var ua,va -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: ua,va
Destination variable names: ua,va
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Variable Name = ua
Value min: 1.104202628135681 Value max:
1.267531991004944
Mean relative error = 7.8968878393586553E-007
Maximum relative error = 8.7499938016077308E-006
Variable Name = va
Value min: 1.104202628135681 Value max:
1.267531991004944
Mean relative error = 7.8968878393586553E-007
Maximum relative error = 8.7499938016077308E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
----------------------------------------------------------
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -m patch --src_var zeta --dst_var zeta --dst_loc corner -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Source variable names: zeta
Destination variable names: zeta
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name adcirc_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Variable Name = zeta
Value min: 1.104153871536255 Value max:
1.267814874649048
Mean relative error = 6.5311419776244359E-008
Maximum relative error = 4.5498045445955654E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-06
----------------------------------------------------------
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m bilinear --src_var pressure --dst_var pressure -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: pressure
Destination variable names: pressure
Souce Grid has a mask, using missingvalue -99999.00000000000
Source File is in UGRID format with mesh name adcirc_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -99999.00000000000
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Variable Name = pressure
Value min: 1.104193157533732 Value max:
1.267750495359797
Mean relative error = 6.1157485954714719E-008
Maximum relative error = 6.6411095255865665E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-06
----------------------------------------------------------
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m neareststod --src_var pressure --dst_var pressure1 --dst_loc corner -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: pressure
Destination variable names: pressure1
Souce Grid has a mask, using missingvalue -99999.00000000000
Source File is in UGRID format with mesh name adcirc_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -99999.00000000000
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Variable Name = pressure1
Value min: 1.104094982147217 Value max:
1.267814874649048
Mean relative error = 8.2620244268074340E-008
Maximum relative error = 1.6191460025814281E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m conserve2nd --src_var so --dst_var so -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: so
Destination variable names: so
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a regional grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a regional grid
Regrid Method: 2nd order conservative
Pole option: NONE
Variable Name = so
Value min: 1.104126687450842 Value max:
1.267965453679941
Mean relative error = 4.6835925843088118E-006
Maximum relative error = 2.3751400488274888E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m bilinear --src_var so --dst_var so1 --dst_loc corner -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: so
Destination variable names: so1
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a regional grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a regional grid
Regrid Method: bilinear
Pole option: NONE
Variable Name = so1
Value min: 1.104095141167701 Value max:
1.267814986075502
Mean relative error = 8.7349906487727263E-008
Maximum relative error = 1.9421354484462889E-007
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m bilinear --src_var area_land --dst_var area_land --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: area_land
Destination variable names: area_land
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = area_land
Value min: 1.000688195228577 Value max:
2.999311923980713
Mean relative error = 1.0485143151861608E-004
Maximum relative error = 8.7008138869185884E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m conserve2nd --src_var evap_land --dst_var evap_land --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: evap_land
Destination variable names: evap_land
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: 2nd order conservative
Pole option: NONE
Variable Name = evap_land
Value min: 0.9998473525047302 Value max:
14.00015258789063
Mean relative error = 4.2834423367954142E-005
Maximum relative error = 1.5236834409609469E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_conserve.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m conserve --src_var area_land,evap_land --dst_var var2d,var3d --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: area_land,evap_land
Destination variable names: var2d,var3d
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: conservative
Pole option: NONE
Variable Name = var2d
Value min: 1.000611424446106 Value max:
2.999388694763184
Mean relative error = 1.8126691836533528E-003
Maximum relative error = 8.1195373620227915E-003
Variable Name = var3d
Value min: 1.000611424446106 Value max:
13.99938869476318
Mean relative error = 6.3581060437060489E-004
Maximum relative error = 8.1195373620227915E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear.out
mpirun -np 32 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/bing/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -m bilinear --src_var so --dst_var so -i --dstdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC MOSAIC format
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Variable Name = so
Value min: 1.000781606901139 Value max:
13.99921839309886
Mean relative error = 1.0051948289107716E-005
Maximum relative error = 2.0743945609521890E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
----------------------------------------------------------
The following is the output of 'gmake run'
perl ./RegridCheckDriver.pl > RegridCheck.Log
________________________________________________________________________________________
Wed May 20 13:29:28 EDT 2020 on borgq139
ESMF Checkout Source: https://github.com/esmf-org/esmf.git
Compiler and configuration information:
--------------------------------------------------------------
Currently Loaded Modulefiles:
1) comp/pgi-18.5.0
2) other/mpi/openmpi/3.1.1-pgi-18.5.0-k40
ESMF Repository:
origin git@github.com:esmf-org/esmf.git (fetch)
origin git@github.com:esmf-org/esmf.git (push)
ESMF_8_0_1
External Demos Repository:
origin ssh://rokuingh@git.code.sf.net/p/esmf/external_demos (fetch)
origin ssh://rokuingh@git.code.sf.net/p/esmf/external_demos (push)
ESMF_8_0_1
--------------------------------------------------------------
ESMF_VERSION_STRING: 8.0.1
ESMF_8_0_1
--------------------------------------------------------------
# On branch ESMF_8_0_1
# Untracked files:
# (use "git add ..." to include in what will be committed)
#
# src/installcheck/esmc_application
# src/installcheck/esmc_application.o
# src/installcheck/esmf_application
# src/installcheck/esmf_application.o
# tmp
nothing added to commit but untracked files present (use "git add" to track)
--------------------------------------------------------------
--------------------------------------------------------------
Make version:
GNU Make 3.81
Copyright (C) 2006 Free Software Foundation, Inc.
This is free software; see the source for copying conditions.
There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A
PARTICULAR PURPOSE.
This program built for x86_64-unknown-linux-gnu
--------------------------------------------------------------
Fortran Compiler version:
Export PGI=/gpfsm/dulocal/sles11/pgi
pgf90-Warning-No files to process
pgf90 18.5-0 64-bit target on x86-64 Linux -tp haswell
PGI Compilers and Tools
Copyright (c) 2018, NVIDIA CORPORATION. All rights reserved.
--------------------------------------------------------------
C++ Compiler version:
Export PGI=/gpfsm/dulocal/sles11/pgi
pgc++-Warning-No files to process
pgc++ 18.5-0 64-bit target on x86-64 Linux -tp haswell
PGI Compilers and Tools
Copyright (c) 2018, NVIDIA CORPORATION. All rights reserved.
--------------------------------------------------------------
Preprocessor version:
gcc (SUSE Linux) 4.3.4 [gcc-4_3-branch revision 152973]
Copyright (C) 2008 Free Software Foundation, Inc.
This is free software; see the source for copying conditions. There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
--------------------------------------------------------------
NetCDF library version: netCDF 4.3.2
--------------------------------------------------------------
* User set ESMF environment variables *
ESMF_ABI=64
ESMF_BOPT=O
ESMF_COMM=openmpi
ESMF_COMPILER=pgi
ESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf
ESMF_MPIRUN=mpirun
ESMF_NETCDF=/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/bin/nc-config
ESMF_NUM_PROCS=16
ESMF_OS=Linux
ESMF_SITE=default
ESMF_TESTEXHAUSTIVE=ON
ESMF_TESTWITHTHREADS=ON
ESMF_YAMLCPP=OFF
--------------------------------------------------------------
* ESMF environment variables *
ESMF_DIR: /discover/nobackup/rokuingh/sandbox/esmf
ESMF_OS: Linux
ESMF_MACHINE: x86_64
ESMF_ABI: 64
ESMF_COMPILER: pgi
ESMF_BOPT: O
ESMF_COMM: openmpi
ESMF_SITE: default
ESMF_PTHREADS: ON
ESMF_OPENMP: OFF
ESMF_OPENACC: OFF
ESMF_CXXSTD: 11
ESMF_ARRAY_LITE: FALSE
ESMF_NO_INTEGER_1_BYTE: TRUE
ESMF_NO_INTEGER_2_BYTE: TRUE
ESMF_FORTRANSYMBOLS: default
ESMF_MAPPER_BUILD: OFF
ESMF_AUTO_LIB_BUILD: ON
ESMF_DEFER_LIB_BUILD: ON
ESMF_SHARED_LIB_BUILD: ON
ESMF_TRACE_LIB_BUILD: ON
ESMF_TESTEXHAUSTIVE: ON
ESMF_TESTCOMPTUNNEL: ON
ESMF_TESTWITHTHREADS: ON
ESMF_TESTMPMD: OFF
ESMF_TESTSHAREDOBJ: OFF
ESMF_TESTFORCEOPENMP: OFF
ESMF_TESTFORCEOPENACC: OFF
ESMF_TESTHARNESS_ARRAY: default
ESMF_TESTHARNESS_FIELD: default
ESMF_MPIRUN: mpirun
--------------------------------------------------------------
* ESMF environment variables pointing to 3rd party software *
ESMF_MOAB: internal
ESMF_LAPACK: internal
ESMF_ACC_SOFTWARE_STACK: none
ESMF_NETCDF: /usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/bin/nc-config
ESMF_NETCDF_INCLUDE: /usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_NETCDF_LIBS: -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_YAMLCPP: OFF
ESMF_PIO: internal
--------------------------------------------------------------
* ESMF environment variables for final installation *
ESMF_INSTALL_PREFIX: ./DEFAULTINSTALLDIR
ESMF_INSTALL_HEADERDIR: include
ESMF_INSTALL_MODDIR: mod/modO/Linux.pgi.64.openmpi.default
ESMF_INSTALL_LIBDIR: lib/libO/Linux.pgi.64.openmpi.default
ESMF_INSTALL_BINDIR: bin/binO/Linux.pgi.64.openmpi.default
ESMF_INSTALL_DOCDIR: doc
--------------------------------------------------------------
* ESMF Benchmark directory and parameters *
ESMF_BENCHMARK_PREFIX: ./DEFAULTBENCHMARKDIR
ESMF_BENCHMARK_TOLERANCE: 20%
ESMF_BENCHMARK_THRESHOLD_MSEC: 500
--------------------------------------------------------------
* Other relevant environment variables *
PATH: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin:/usr/local/pgi/linux86-64/18.5/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/X11R6/bin:/usr/games:/opt/kde3/bin:/opt/ibutils/bin:/usr/lib/mit/bin:/usr/lib/mit/sbin:/usr/slurm/bin
LD_LIBRARY_PATH: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/lib:/usr/local/pgi/linux86-64/18.5/lib
--------------------------------------------------------------
* Compilers, Linkers, Flags, and Libraries *
Location of the preprocessor: /usr/bin/gcc
Location of the Fortran compiler: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpifort
Location of the Fortran linker: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpifort
Location of the C++ compiler: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpicxx
Location of the C++ linker: /discover/nobackup/mbhat/openmpi/Install/3.1.1/pgi-18.5.0/bin/mpicxx
Fortran compiler flags:
ESMF_F90COMPILER: mpifort
ESMF_F90COMPILEOPTS: -O -fpic -Mallocatable=03 -lpthread
ESMF_F90COMPILEPATHS: -I/discover/nobackup/rokuingh/sandbox/esmf/mod/modO/Linux.pgi.64.openmpi.default -I/discover/nobackup/rokuingh/sandbox/esmf/src/include -I/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_F90COMPILECPPFLAGS: -DESMF_NO_INTEGER_1_BYTE -DESMF_NO_INTEGER_2_BYTE -DESMFVERSIONGIT='ESMF_8_0_1' -DESMF_LAPACK=1 -DESMF_LAPACK_INTERNAL=1 -DESMF_MOAB=1 -DESMF_NO_ACC_SOFTWARE_STACK=1 -DESMF_NETCDF=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENMP -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DESMF_TESTWITHTHREADS -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=openmpi -DESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf -DESMF_PGIVERSION_MAJOR=18 -DESMF_PGIVERSION_MINOR=5 -DESMF_PGIVERSION_PATCH=0
ESMF_F90COMPILEFREECPP:
ESMF_F90COMPILEFREENOCPP: -Mfreeform
ESMF_F90COMPILEFIXCPP: -Mpreprocess -Mnofreeform
ESMF_F90COMPILEFIXNOCPP:
Fortran linker flags:
ESMF_F90LINKOPTS: -lpthread -Wl,--no-as-needed
ESMF_F90LINKPATHS: -L/discover/nobackup/rokuingh/sandbox/esmf/lib/libO/Linux.pgi.64.openmpi.default -L/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_F90LINKRPATHS: -Wl,-rpath,/discover/nobackup/rokuingh/sandbox/esmf/lib/libO/Linux.pgi.64.openmpi.default -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_F90LINKLIBS: -pgc++libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_F90ESMFLINKLIBS: -lesmf -pgc++libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
C++ compiler flags:
ESMF_CXXCOMPILER: mpicxx
ESMF_CXXCOMPILEOPTS: -std=c++11 -O -DNDEBUG -fpic -lpthread
ESMF_CXXCOMPILEPATHS: -I/discover/nobackup/rokuingh/sandbox/esmf/src/include -I/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/include
ESMF_CXXCOMPILECPPFLAGS: -DESMF_NO_INTEGER_1_BYTE -DESMF_NO_INTEGER_2_BYTE -DESMFVERSIONGIT='ESMF_8_0_1' -DESMF_LAPACK=1 -DESMF_LAPACK_INTERNAL=1 -DESMF_MOAB=1 -DESMF_NO_ACC_SOFTWARE_STACK=1 -DESMF_NETCDF=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENMP -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DESMF_TESTWITHTHREADS -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=openmpi -DESMF_DIR=/discover/nobackup/rokuingh/sandbox/esmf -D__SDIR__='' -DESMF_CXXSTD=11 -DESMF_NO_SIGUSR2 -DESMF_PGIVERSION_MAJOR=18 -DESMF_PGIVERSION_MINOR=5 -DESMF_PGIVERSION_PATCH=0
C++ linker flags:
ESMF_CXXLINKOPTS: -lpthread -Wl,--no-as-needed
ESMF_CXXLINKPATHS: -L/discover/nobackup/rokuingh/sandbox/esmf/lib/libO/Linux.pgi.64.openmpi.default -L/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_CXXLINKRPATHS: -Wl,-rpath,/discover/nobackup/rokuingh/sandbox/esmf/lib/libO/Linux.pgi.64.openmpi.default -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -Wl,-rpath,/gpfsm/dulocal/sles11/pgi/linux86-64/18.5/libso
ESMF_CXXLINKLIBS: -lmpi_mpifh -pgf90libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
ESMF_CXXESMFLINKLIBS: -lesmf -lmpi_mpifh -pgf90libs -ldl -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdff -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lnetcdf -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -L/usr/local/other/SLES11.1/netcdf4/pgi-14.9.0/lib -lnetcdf -lm -lcurl -lhdf5_hl -lhdf5 -lsz -lz -lrt -ldl -lm
Shared library build:
ESMF_SL_LIBS_TO_MAKE: libesmf
ESMF_SL_SUFFIX: so
ESMF_SL_LIBLINKER: mpicxx
ESMF_SL_LIBOPTS: -shared
ESMF_SL_LIBLIBS:
ESMF Tracing linker options:
ESMF_TRACE_LDPRELOAD=/discover/nobackup/rokuingh/sandbox/esmf/lib/libO/Linux.pgi.64.openmpi.default/libesmftrace_preload.so
ESMF_TRACE_STATICLINKOPTS=-static -Wl,--wrap=c_esmftrace_notify_wrappers -Wl,--wrap=c_esmftrace_isinitialized -Wl,--wrap=write -Wl,--wrap=writev -Wl,--wrap=pwrite -Wl,--wrap=read -Wl,--wrap=open -Wl,--wrap=MPI_Allgather -Wl,--wrap=MPI_Allgatherv -Wl,--wrap=MPI_Allreduce -Wl,--wrap=MPI_Alltoall -Wl,--wrap=MPI_Alltoallv -Wl,--wrap=MPI_Alltoallw -Wl,--wrap=MPI_Barrier -Wl,--wrap=MPI_Bcast -Wl,--wrap=MPI_Gather -Wl,--wrap=MPI_Gatherv -Wl,--wrap=MPI_Recv -Wl,--wrap=MPI_Reduce -Wl,--wrap=MPI_Scatter -Wl,--wrap=MPI_Send -Wl,--wrap=MPI_Sendrecv -Wl,--wrap=MPI_Wait -Wl,--wrap=MPI_Waitall -Wl,--wrap=MPI_Waitany -Wl,--wrap=MPI_Waitsome -Wl,--wrap=mpi_allgather_ -Wl,--wrap=mpi_allgather__ -Wl,--wrap=mpi_allgatherv_ -Wl,--wrap=mpi_allgatherv__ -Wl,--wrap=mpi_allreduce_ -Wl,--wrap=mpi_allreduce__ -Wl,--wrap=mpi_alltoall_ -Wl,--wrap=mpi_alltoall__ -Wl,--wrap=mpi_alltoallv_ -Wl,--wrap=mpi_alltoallv__ -Wl,--wrap=mpi_alltoallw_ -Wl,--wrap=mpi_alltoallw__ -Wl,--wrap=mpi_barrier_ -Wl,--wrap=mpi_barrier__ -Wl,--wrap=mpi_bcast_ -Wl,--wrap=mpi_bcast__ -Wl,--wrap=mpi_exscan_ -Wl,--wrap=mpi_exscan__ -Wl,--wrap=mpi_gather_ -Wl,--wrap=mpi_gather__ -Wl,--wrap=mpi_gatherv_ -Wl,--wrap=mpi_gatherv__ -Wl,--wrap=mpi_recv_ -Wl,--wrap=mpi_recv__ -Wl,--wrap=mpi_reduce_ -Wl,--wrap=mpi_reduce__ -Wl,--wrap=mpi_reduce_scatter_ -Wl,--wrap=mpi_reduce_scatter__ -Wl,--wrap=mpi_scatter_ -Wl,--wrap=mpi_scatter__ -Wl,--wrap=mpi_scatterv_ -Wl,--wrap=mpi_scatterv__ -Wl,--wrap=mpi_scan_ -Wl,--wrap=mpi_scan__ -Wl,--wrap=mpi_send_ -Wl,--wrap=mpi_send__ -Wl,--wrap=mpi_wait_ -Wl,--wrap=mpi_wait__ -Wl,--wrap=mpi_waitall_ -Wl,--wrap=mpi_waitall__ -Wl,--wrap=mpi_waitany_ -Wl,--wrap=mpi_waitany__
ESMF_TRACE_STATICLINKLIBS=-lesmftrace_static
--------------------------------------------------------------
Compiling on Wed May 20 13:29:37 EDT 2020 on borgq139
Machine characteristics: Linux borgq139 3.0.101-0.47.105-default #1 SMP Thu Jun 22 17:13:58 UTC 2017 (e1c7e3b) x86_64 x86_64 x86_64 GNU/Linux
==============================================================
Wed May 20 13:58:31 EDT 2020 library build .............................PASSED
Builds with warnings.
Wed May 20 13:59:20 EDT 2020 library install ...........................PASSED
Wed May 20 13:59:27 EDT 2020 library installcheck ......................PASSED
|--------------------------------- EXTERNAL DEMOS --------------------------|
Wed May 20 13:59:27 EDT 2020 ESMF_InstallationCheck ....................PASSED
Output of ESMF_InstallationCheck.sh
ESMF Installation Check
=======================
1) Environment variable ESMFMKFILE: /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/lib/libO/Linux.pgi.64.openmpi.default/esmf.mk
1a) Found esmf.mk according to ESMFMKFILE: ...YES.
1b) The ESMF_APPSDIR referenced by esmf.mk: ...EXISTS.
-> The ESMF_APPSDIR contains the following apps:
-> ESMF_Info
ESMF_InfoC
ESMF_Regrid
ESMF_RegridWeightGen
ESMF_Scrip2Unstruct
ESMF_WebServController
2) ESMF apps accessible through PATH environment variable: ...NO.
=> You must add the ESMF installation ./bin directory to your PATH
=> environment variable (recommended), or use the explicit path when
=> accessing ESMF apps.
/discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default
Wed May 20 13:59:28 EDT 2020 build ESMC_HelloWorld .....................PASSED
Wed May 20 13:59:31 EDT 2020 run_ESMC_HelloWorld (4 PET)................PASSED
Wed May 20 13:59:35 EDT 2020 build ESMF_HelloWorld .....................PASSED
Wed May 20 13:59:36 EDT 2020 run_ESMF_HelloWorld (4 PET)................PASSED
Wed May 20 13:59:57 EDT 2020 build ESMF_CoupledFlow ....................PASSED
Wed May 20 13:59:59 EDT 2020 run ESMF_CoupledFlow (4 PET)...............PASSED
The following are the *.nc files generated:
-rw------- 1 rokuingh s1184 45040 May 20 13:59 DE.nc
-rw------- 1 rokuingh s1184 45040 May 20 13:59 FLAG.nc
-rw------- 1 rokuingh s1184 224772 May 20 13:59 OMEGA.nc
-rw------- 1 rokuingh s1184 224768 May 20 13:59 SIE.nc
-rw------- 1 rokuingh s1184 224760 May 20 13:59 U_velocity.nc
-rw------- 1 rokuingh s1184 224760 May 20 13:59 V_velocity.nc
Wed May 20 14:00:02 EDT 2020 run ESMF_CoupledFlow (4 PET)...............PASSED
The following are the *.nc files generated:
-rw------- 1 rokuingh s1184 45040 May 20 14:00 DE.nc
-rw------- 1 rokuingh s1184 45040 May 20 14:00 FLAG.nc
-rw------- 1 rokuingh s1184 224772 May 20 14:00 OMEGA.nc
-rw------- 1 rokuingh s1184 224768 May 20 14:00 SIE.nc
-rw------- 1 rokuingh s1184 224760 May 20 14:00 U_velocity.nc
-rw------- 1 rokuingh s1184 224760 May 20 14:00 V_velocity.nc
Wed May 20 14:00:07 EDT 2020 build ESMF_Regrid .........................PASSED
Wed May 20 14:00:34 EDT 2020 run ESMF_Regrid (16 PETs)...................PASSED
The following is run output log:
Mean relative error = 2.0486342804909569E-004
Maximum relative error = 2.4778392255765034E-002
Least squares error = 5.5949766263568910E-004
ESMF_Regrid - PASS
Wed May 20 14:00:35 EDT 2020 run ESMF_RegridWeightGenCheck dryrun ......PASSED
Wed May 20 14:26:21 EDT 2020 run ESMF_RegridWeightGenCheck (16 PETS).....PASSED
ESMF_MPIRUN: mpirun
ESMF_TOOLRUN:
NUM_PROCS: 16
Tests to be run:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9
ll2.5deg_grid_to_T42_grid_bilinear_test10
ll2.5deg_grid_to_T42_grid_patch_test11
T42_grid_to_ll2.5deg_grid_patch_test12
T42_grid_to_ll2.5deg_grid_bilinear_test13
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14
ll1deg_grid_to_ll2.5deg_grid_patch_test15
ll1deg_grid_to_ll2.5deg_grid_conserve_test16
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17
T42_grid_to_wr50a_090614_bilinear_test18
T42_grid_to_wr50a_090614_patch_test19
T42_grid_to_wr50a_090614_conserve_test20
T42_grid_to_wr50a_090614_conserve2nd_test21
wr50a_090614_to_T42_grid_bilinear_test22
wr50a_090614_to_T42_grid_patch_test23
wr50a_090614_to_T42_grid_conserve_test24
wr50a_090614_to_T42_grid_conserve2nd_test25
T42_grid_to_ar9v4_100920_bilinear_test26
T42_grid_to_ar9v4_100920_patch_test27
T42_grid_to_ar9v4_100920_conserve_test28
T42_grid_to_ar9v4_100920_conserve2nd_test29
ar9v4_100920_to_T42_grid_bilinear_test30
ar9v4_100920_to_T42_grid_patch_test31
ar9v4_100920_to_T42_grid_conserve_test32
wr50a_090614_to_ar9v4_100920_bilinear_test33
wr50a_090614_to_ar9v4_100920_patch_test34
wr50a_090614_to_ar9v4_100920_conserve_test35
wr50a_090614_to_ar9v4_100920_conserve2nd_test36
ar9v4_100920_to_wr50a_090614_bilinear_test37
ar9v4_100920_to_wr50a_090614_patch_test38
ar9v4_100920_to_wr50a_090614_conserve_test39
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51
ne30np4-t2_to_wr50a_090614_bilinear_test52
ne30np4-t2_to_wr50a_090614_patch_test53
ne30np4-t2_to_ar9v4_100920_conserve_test54
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55
wr50a_090614_to_ne30np4-t2_bilinear_test56
wr50a_090614_to_ne30np4-t2_patch_test57
ar9v4_100920_to_ne30np4-t2_conserve_test58
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66
T42_grid_to_mpas_uniform_10242_dual_patch_test67
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82
T42_grid_to_ww3a_120213_conserve_test83
ww3a_120213_to_T42_grid_conserve_test84
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88
wr50a_090614_to_wr50a_090614_neareststod_test89
T42_grid_to_T42_grid_neareststod_test90
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91
wr50a_090614_to_wr50a_090614_nearestdtos_test92
T42_grid_to_T42_grid_nearestdtos_test93
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114
mpas_uniform_10242_to_T42_grid_conserve_test115
T42_grid_to_mpas_uniform_10242_conserve_test116
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121
C48_mosaic_to_latlon_mosaic_bilinear_test122
C48_mosaic_to_latlon_mosaic_patch_test123
C48_mosaic_to_latlon_mosaic_conserve_test124
C48_mosaic_to_latlon_mosaic_conserve2nd_test125
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138
latlon_grid_to_SCRIP_1x1_bilinear_test139
latlon_grid_to_SCRIP_1x1_conserve_test140
SCRIP_1x1_to_latlon_grid_bilinear_test141
SCRIP_1x1_to_latlon_grid_conserve_test142
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153
C48_mosaic_to_latlon_mosaic_neareststod_test154
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158
C48_mosaic_to_C48_mosaic_nearestdtos_test159
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160
ll1deg_grid_to_ll2.5deg_grid_patch_test161
T42_grid_to_mpas_uniform_10242_conserve2nd_test162
ll2.5deg_grid_to_ll1deg_grid_patch_test163
ll2.5deg_grid_to_ll1deg_grid_patch_test164
ll2.5deg_grid_to_ll1deg_grid_patch_test165
Test or Dryrun Results:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.out - PASSED
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.out - PASSED
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.out - PASSED
ll2.5deg_grid_to_T42_grid_bilinear_test10.out - PASSED
ll2.5deg_grid_to_T42_grid_patch_test11.out - PASSED
T42_grid_to_ll2.5deg_grid_patch_test12.out - PASSED
T42_grid_to_ll2.5deg_grid_bilinear_test13.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_patch_test15.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.out - PASSED
T42_grid_to_wr50a_090614_bilinear_test18.out - PASSED
T42_grid_to_wr50a_090614_patch_test19.out - PASSED
T42_grid_to_wr50a_090614_conserve_test20.out - PASSED
T42_grid_to_wr50a_090614_conserve2nd_test21.out - PASSED
wr50a_090614_to_T42_grid_bilinear_test22.out - PASSED
wr50a_090614_to_T42_grid_patch_test23.out - PASSED
wr50a_090614_to_T42_grid_conserve_test24.out - PASSED
wr50a_090614_to_T42_grid_conserve2nd_test25.out - PASSED
T42_grid_to_ar9v4_100920_bilinear_test26.out - PASSED
T42_grid_to_ar9v4_100920_patch_test27.out - PASSED
T42_grid_to_ar9v4_100920_conserve_test28.out - PASSED
T42_grid_to_ar9v4_100920_conserve2nd_test29.out - PASSED
ar9v4_100920_to_T42_grid_bilinear_test30.out - PASSED
ar9v4_100920_to_T42_grid_patch_test31.out - PASSED
ar9v4_100920_to_T42_grid_conserve_test32.out - PASSED
wr50a_090614_to_ar9v4_100920_bilinear_test33.out - PASSED
wr50a_090614_to_ar9v4_100920_patch_test34.out - PASSED
wr50a_090614_to_ar9v4_100920_conserve_test35.out - PASSED
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.out - PASSED
ar9v4_100920_to_wr50a_090614_bilinear_test37.out - PASSED
ar9v4_100920_to_wr50a_090614_patch_test38.out - PASSED
ar9v4_100920_to_wr50a_090614_conserve_test39.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.out - PASSED
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.out - PASSED
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.out - PASSED
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.out - PASSED
ne30np4-t2_to_wr50a_090614_bilinear_test52.out - PASSED
ne30np4-t2_to_wr50a_090614_patch_test53.out - PASSED
ne30np4-t2_to_ar9v4_100920_conserve_test54.out - PASSED
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.out - PASSED
wr50a_090614_to_ne30np4-t2_bilinear_test56.out - PASSED
wr50a_090614_to_ne30np4-t2_patch_test57.out - PASSED
ar9v4_100920_to_ne30np4-t2_conserve_test58.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.out - PASSED
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.out - PASSED
T42_grid_to_mpas_uniform_10242_dual_patch_test67.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.out - PASSED
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.out - PASSED
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.out - PASSED
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.out - PASSED
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.out - PASSED
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.out - PASSED
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.out - PASSED
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.out - PASSED
T42_grid_to_ww3a_120213_conserve_test83.out - PASSED
ww3a_120213_to_T42_grid_conserve_test84.out - PASSED
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.out - PASSED
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.out - PASSED
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.out - PASSED
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.out - PASSED
wr50a_090614_to_wr50a_090614_neareststod_test89.out - PASSED
T42_grid_to_T42_grid_neareststod_test90.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.out - PASSED
wr50a_090614_to_wr50a_090614_nearestdtos_test92.out - PASSED
T42_grid_to_T42_grid_nearestdtos_test93.out - PASSED
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.out - PASSED
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.out - PASSED
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.out - PASSED
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.out - PASSED
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.out - PASSED
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.out - PASSED
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.out - PASSED
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.out - PASSED
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.out - PASSED
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.out - PASSED
mpas_uniform_10242_to_T42_grid_conserve_test115.out - PASSED
T42_grid_to_mpas_uniform_10242_conserve_test116.out - PASSED
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.out - PASSED
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.out - PASSED
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.out - PASSED
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.out - PASSED
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.out - PASSED
C48_mosaic_to_latlon_mosaic_bilinear_test122.out - PASSED
C48_mosaic_to_latlon_mosaic_patch_test123.out - PASSED
C48_mosaic_to_latlon_mosaic_conserve_test124.out - PASSED
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.out - PASSED
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.out - PASSED
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.out - PASSED
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.out - PASSED
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.out - PASSED
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.out - PASSED
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.out - PASSED
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.out - PASSED
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.out - PASSED
latlon_grid_to_SCRIP_1x1_bilinear_test139.out - PASSED
latlon_grid_to_SCRIP_1x1_conserve_test140.out - PASSED
SCRIP_1x1_to_latlon_grid_bilinear_test141.out - PASSED
SCRIP_1x1_to_latlon_grid_conserve_test142.out - PASSED
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.out - PASSED
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.out - PASSED
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.out - PASSED
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.out - PASSED
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.out - PASSED
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.out - PASSED
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.out - PASSED
C48_mosaic_to_latlon_mosaic_neareststod_test154.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.out - PASSED
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.out - PASSED
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.out - PASSED
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.out - PASSED
C48_mosaic_to_C48_mosaic_nearestdtos_test159.out - PASSED
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.out - PASSED
ll1deg_grid_to_ll2.5deg_grid_patch_test161.out - PASSED
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test163.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test164.out - PASSED
ll2.5deg_grid_to_ll1deg_grid_patch_test165.out - PASSED
The following tests pass:
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9
ll2.5deg_grid_to_T42_grid_bilinear_test10
ll2.5deg_grid_to_T42_grid_patch_test11
T42_grid_to_ll2.5deg_grid_patch_test12
T42_grid_to_ll2.5deg_grid_bilinear_test13
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14
ll1deg_grid_to_ll2.5deg_grid_patch_test15
ll1deg_grid_to_ll2.5deg_grid_conserve_test16
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17
T42_grid_to_wr50a_090614_bilinear_test18
T42_grid_to_wr50a_090614_patch_test19
T42_grid_to_wr50a_090614_conserve_test20
T42_grid_to_wr50a_090614_conserve2nd_test21
wr50a_090614_to_T42_grid_bilinear_test22
wr50a_090614_to_T42_grid_patch_test23
wr50a_090614_to_T42_grid_conserve_test24
wr50a_090614_to_T42_grid_conserve2nd_test25
T42_grid_to_ar9v4_100920_bilinear_test26
T42_grid_to_ar9v4_100920_patch_test27
T42_grid_to_ar9v4_100920_conserve_test28
T42_grid_to_ar9v4_100920_conserve2nd_test29
ar9v4_100920_to_T42_grid_bilinear_test30
ar9v4_100920_to_T42_grid_patch_test31
ar9v4_100920_to_T42_grid_conserve_test32
wr50a_090614_to_ar9v4_100920_bilinear_test33
wr50a_090614_to_ar9v4_100920_patch_test34
wr50a_090614_to_ar9v4_100920_conserve_test35
wr50a_090614_to_ar9v4_100920_conserve2nd_test36
ar9v4_100920_to_wr50a_090614_bilinear_test37
ar9v4_100920_to_wr50a_090614_patch_test38
ar9v4_100920_to_wr50a_090614_conserve_test39
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51
ne30np4-t2_to_wr50a_090614_bilinear_test52
ne30np4-t2_to_wr50a_090614_patch_test53
ne30np4-t2_to_ar9v4_100920_conserve_test54
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55
wr50a_090614_to_ne30np4-t2_bilinear_test56
wr50a_090614_to_ne30np4-t2_patch_test57
ar9v4_100920_to_ne30np4-t2_conserve_test58
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66
T42_grid_to_mpas_uniform_10242_dual_patch_test67
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82
T42_grid_to_ww3a_120213_conserve_test83
ww3a_120213_to_T42_grid_conserve_test84
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88
wr50a_090614_to_wr50a_090614_neareststod_test89
T42_grid_to_T42_grid_neareststod_test90
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91
wr50a_090614_to_wr50a_090614_nearestdtos_test92
T42_grid_to_T42_grid_nearestdtos_test93
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114
mpas_uniform_10242_to_T42_grid_conserve_test115
T42_grid_to_mpas_uniform_10242_conserve_test116
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121
C48_mosaic_to_latlon_mosaic_bilinear_test122
C48_mosaic_to_latlon_mosaic_patch_test123
C48_mosaic_to_latlon_mosaic_conserve_test124
C48_mosaic_to_latlon_mosaic_conserve2nd_test125
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138
latlon_grid_to_SCRIP_1x1_bilinear_test139
latlon_grid_to_SCRIP_1x1_conserve_test140
SCRIP_1x1_to_latlon_grid_bilinear_test141
SCRIP_1x1_to_latlon_grid_conserve_test142
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153
C48_mosaic_to_latlon_mosaic_neareststod_test154
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158
C48_mosaic_to_C48_mosaic_nearestdtos_test159
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160
ll1deg_grid_to_ll2.5deg_grid_patch_test161
T42_grid_to_mpas_uniform_10242_conserve2nd_test162
ll2.5deg_grid_to_ll1deg_grid_patch_test163
ll2.5deg_grid_to_ll1deg_grid_patch_test164
ll2.5deg_grid_to_ll1deg_grid_patch_test165
Found 165 external tests, 165 pass and 0 fail.
The following are the output files of the external tests.
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc -m bilinear -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_bilinear_test1.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295644777888 Grid 2 max:
2.878193473106264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9183073237474407
Mean relative error = 2.9685108849425115E-006
Maximum relative error = 1.1493004899161763E-005
Least squares error = 1.7488474827205434E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc -m patch -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_patch_test2.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295224253021 Grid 2 max:
2.878196308392081
Maximum negative weight = -4.4114131943125579E-002
Maximum positive weight = 0.5792317430612126
Mean relative error = 2.6718769339002197E-006
Maximum relative error = 8.4647073271794656E-006
Least squares error = 1.5632930836251587E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc -w wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc -m bilinear -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc
Weight File:
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_bilinear_test3.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295644777888 Grid 2 max:
2.878193473106264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9183073237474407
Mean relative error = 2.9685108849425115E-006
Maximum relative error = 1.1493004899161763E-005
Least squares error = 1.7488474827205434E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc -w wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc -m patch -i --src_regional --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual_counterclockwise.nc
Weight File:
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_counterclockwise_patch_test4.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.414295224253021 Grid 2 max:
2.878196308392081
Maximum negative weight = -4.4114131943125579E-002
Maximum positive weight = 0.5792317430612126
Mean relative error = 2.6718769339002197E-006
Maximum relative error = 8.4647073271794656E-006
Least squares error = 1.5632930836251587E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20120314_to_scrip_regional_1140x690_conserve_test5.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054529E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490945E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20120314.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20120314_conserve_test6.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174170E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416728E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve_test7.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054529E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490945E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve_test8.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174170E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416728E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc -m conserve2nd -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File:
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_20130228_conserve2nd_test9.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104126684461489 Grid 2 max:
1.267965448503102
Maximum negative weight = -9.8103324895943630E-002
Maximum positive weight = 1.000000027145994
Mean relative error = 4.6838434167228392E-006
Maximum relative error = 2.3750711665525214E-004
Least squares error = 1.2857177719957664E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524510860E-002
Conservation error = 1.3392065234540951E-015
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
ll2.5deg_grid_to_T42_grid_bilinear_test10.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ll2.5deg_grid_to_T42_grid_bilinear_test10.nc -m bilinear -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ll2.5deg_grid_to_T42_grid_bilinear_test10.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_T42_grid_bilinear_test10.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000696911748382 Grid 2 max:
2.999303088251618
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6897315357818468
Mean relative error = 1.5952287252993816E-004
Maximum relative error = 1.1480005671931216E-003
Least squares error = 1.2315304773456284E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_T42_grid_patch_test11.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ll2.5deg_grid_to_T42_grid_patch_test11.nc -m patch -p 4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ll2.5deg_grid_to_T42_grid_patch_test11.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: 4
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_T42_grid_patch_test11.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001542715262713 Grid 2 max:
2.998457410576255
Maximum negative weight = -5.4193965782691415E-002
Maximum positive weight = 0.5964294845720665
Mean relative error = 1.5609425918284423E-004
Maximum relative error = 9.4921568323822966E-004
Least squares error = 1.1613392943154142E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ll2.5deg_grid_patch_test12.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w T42_grid_to_ll2.5deg_grid_patch_test12.nc -m patch -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: T42_grid_to_ll2.5deg_grid_patch_test12.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ll2.5deg_grid_patch_test12.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.001672572920737 Grid 2 max:
2.998327427078863
Maximum negative weight = -4.6965788623775290E-002
Maximum positive weight = 0.5919331727774024
Mean relative error = 1.9715117708700729E-004
Maximum relative error = 1.1961145018712770E-003
Least squares error = 1.4713751545419111E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ll2.5deg_grid_bilinear_test13.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w T42_grid_to_ll2.5deg_grid_bilinear_test13.nc -m bilinear -p 4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: T42_grid_to_ll2.5deg_grid_bilinear_test13.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: 4
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ll2.5deg_grid_bilinear_test13.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.7218407425594577
Mean relative error = 2.0344046061245426E-004
Maximum relative error = 1.4544920500495578E-003
Least squares error = 1.5614625004551166E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid
is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_bilinear_test14.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000532959665187 Grid 2 max:
2.999467040334813
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.7499952402924188
Mean relative error = 2.2977195996957779E-005
Maximum relative error = 2.0758052589430913E-004
Least squares error = 1.8853287697984475E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_patch_test15.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc -m patch --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_patch_test15.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000628070892059 Grid 2 max:
2.999371922974020
Maximum negative weight = -2.0249766993954643E-002
Maximum positive weight = 0.3833008747706331
Mean relative error = 2.4801410654640418E-005
Maximum relative error = 1.5210930320135805E-004
Least squares error = 1.8509575576225145E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_conserve_test16.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.001050304834934 Grid 2 max:
2.998949695165063
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1920572045330995
Mean relative error = 2.1786738416066712E-004
Maximum relative error = 9.1628879155054562E-004
Least squares error = 1.3904366145507956E-004
Grid 1 area = 25.13274116382905
Grid 2 area = 25.13274116382934
Conservation error = 2.9842794901924208E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_conserve2nd_test17.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000883137451016 Grid 2 max:
2.999116862548981
Maximum negative weight = -1.3853114995673215E-002
Maximum positive weight = 0.1920572045330995
Mean relative error = 9.0103204243284911E-005
Maximum relative error = 4.0827820940581309E-004
Least squares error = 5.8460316834800332E-005
Grid 1 area = 25.13274116382905
Grid 2 area = 25.13274116382933
Conservation error = 2.8421709430404007E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_wr50a_090614_bilinear_test18.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_bilinear_test18.nc -m bilinear --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_bilinear_test18.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_bilinear_test18.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.407928185940795 Grid 2 max:
2.880301211797764
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9908869627786648
Mean relative error = 1.0307089262538299E-004
Maximum relative error = 5.3681060887387155E-004
Least squares error = 6.7329861438908194E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_wr50a_090614_patch_test19.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_patch_test19.nc -m patch --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_patch_test19.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_patch_test19.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.408225331553344 Grid 2 max:
2.879831979301316
Maximum negative weight = -5.4226849746687317E-002
Maximum positive weight = 0.7040521663031800
Mean relative error = 9.9450805069472179E-005
Maximum relative error = 3.8153304568285874E-004
Least squares error = 6.2111011424476222E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_wr50a_090614_conserve_test20.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_conserve_test20.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_conserve_test20.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_conserve_test20.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.387821384989527 Grid 2 max:
2.893630888459492
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.2815297282766292E-003
Maximum relative error = 2.2883538003142547E-002
Least squares error = 2.6274833680737715E-003
Grid 1 area = 5.540769934370015
Grid 2 area = 5.540769934369933
Conservation error = 8.1712414612411521E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_wr50a_090614_conserve2nd_test21.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w T42_grid_to_wr50a_090614_conserve2nd_test21.nc -m conserve2nd --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: T42_grid_to_wr50a_090614_conserve2nd_test21.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_wr50a_090614_conserve2nd_test21.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.384526766907194 Grid 2 max:
2.895794985450039
Maximum negative weight = -0.1378648954292294
Maximum positive weight = 1.000285118618625
Mean relative error = 2.8775322677652201E-004
Maximum relative error = 2.3146485552752612E-002
Least squares error = 4.8922641123009386E-004
Grid 1 area = 5.540769934370015
Grid 2 area = 5.540769934369964
Conservation error = 5.1514348342607263E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_T42_grid_bilinear_test22.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_bilinear_test22.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_bilinear_test22.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_bilinear_test22.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.421210964257466 Grid 2 max:
2.868182489192589
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9589509181063564
Mean relative error = 2.5767331934990911E-006
Maximum relative error = 1.1928839020408242E-005
Least squares error = 1.5906331542738886E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_T42_grid_patch_test23.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_patch_test23.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_patch_test23.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_patch_test23.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.421211252847369 Grid 2 max:
2.868180456183529
Maximum negative weight = -3.5005797015190687E-002
Maximum positive weight = 0.5840104211743562
Mean relative error = 1.9460604338581056E-006
Maximum relative error = 8.4291838826047895E-006
Least squares error = 1.3033118721072477E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_T42_grid_conserve_test24.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_conserve_test24.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_conserve_test24.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_conserve_test24.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.446274531233001 Grid 2 max:
2.855141680551719
Maximum negative weight = 0.000000000000000
Maximum positive weight = 2.5933641287566849E-002
Mean relative error = 1.0071631128572948E-004
Maximum relative error = 3.1532770857449125E-004
Least squares error = 6.3320017241734418E-005
Grid 1 area = 5.540831679362005
Grid 2 area = 5.540831679361966
Conservation error = 3.9079850466805510E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_T42_grid_conserve2nd_test25.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w wr50a_090614_to_T42_grid_conserve2nd_test25.nc -m conserve2nd --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: wr50a_090614_to_T42_grid_conserve2nd_test25.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_T42_grid_conserve2nd_test25.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.446260260990446 Grid 2 max:
2.855154029643404
Maximum negative weight = -1.5552670881367526E-003
Maximum positive weight = 2.5933641287566849E-002
Mean relative error = 1.0048028459518608E-004
Maximum relative error = 3.0908050555521514E-004
Least squares error = 6.3105484777000796E-005
Grid 1 area = 5.540831679362005
Grid 2 area = 5.540831679361988
Conservation error = 1.6875389974302379E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_ar9v4_100920_bilinear_test26.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_bilinear_test26.nc -m bilinear --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_bilinear_test26.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_bilinear_test26.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.270325742367340 Grid 2 max:
2.920199231436992
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9956139066054912
Mean relative error = 1.3394951567903868E-004
Maximum relative error = 9.2581498202157100E-004
Least squares error = 8.3368157242845391E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ar9v4_100920_patch_test27.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_patch_test27.nc -m patch --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_patch_test27.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_patch_test27.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.270012159722373 Grid 2 max:
2.920227317427170
Maximum negative weight = -5.7753949399568870E-002
Maximum positive weight = 0.7026000253137141
Mean relative error = 1.3173523889150755E-004
Maximum relative error = 6.6103353672020810E-004
Least squares error = 7.8064944040833546E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_ar9v4_100920_conserve_test28.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_conserve_test28.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_conserve_test28.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_conserve_test28.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.249118012229103 Grid 2 max:
2.929940706212614
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 5.1422713889146873E-003
Maximum relative error = 2.9606974086513742E-002
Least squares error = 3.0263915044839700E-003
Grid 1 area = 4.101885611711285
Grid 2 area = 4.101885611711637
Conservation error = 3.5260683262094972E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_ar9v4_100920_conserve2nd_test29.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w T42_grid_to_ar9v4_100920_conserve2nd_test29.nc -m conserve2nd --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: T42_grid_to_ar9v4_100920_conserve2nd_test29.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ar9v4_100920_conserve2nd_test29.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.246427501899844 Grid 2 max:
2.932831603403523
Maximum negative weight = -0.1508061402367780
Maximum positive weight = 1.000535189214813
Mean relative error = 4.9611395279243985E-004
Maximum relative error = 2.4539565317283692E-002
Least squares error = 6.0449696941614734E-004
Grid 1 area = 4.101885611711285
Grid 2 area = 4.101885611711149
Conservation error = 1.3589129821411916E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ar9v4_100920_to_T42_grid_bilinear_test30.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_bilinear_test30.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_bilinear_test30.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_bilinear_test30.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.281146748178136 Grid 2 max:
2.903077104393789
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9706956298491298
Mean relative error = 1.1370584187500132E-007
Maximum relative error = 6.6594387596398455E-007
Least squares error = 7.0800770052985312E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_T42_grid_patch_test31.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_patch_test31.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_patch_test31.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_patch_test31.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.281146735171934 Grid 2 max:
2.903077157527935
Maximum negative weight = -3.4984228609113370E-002
Maximum positive weight = 0.5840137417576756
Mean relative error = 9.0797950577630552E-008
Maximum relative error = 4.9922435052461245E-007
Least squares error = 6.2180755724533763E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_T42_grid_conserve_test32.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ar9v4_100920_to_T42_grid_conserve_test32.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ar9v4_100920_to_T42_grid_conserve_test32.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_T42_grid_conserve_test32.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.329653694764767 Grid 2 max:
2.902559026310645
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.1681525068171982E-003
Mean relative error = 1.1998198659354620E-004
Maximum relative error = 1.1084381276240695E-003
Least squares error = 7.3028406048970874E-005
Grid 1 area = 4.101992066485009
Grid 2 area = 4.101992066484921
Conservation error = 8.7929663550312398E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_bilinear_test33.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_bilinear_test33.nc -m bilinear -r -i --64bit_offset --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_bilinear_test33.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Output weight file in 64bit offset NetCDF file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_bilinear_test33.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408964481598766 Grid 2 max:
2.880764952077028
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9965481556001182
Mean relative error = 2.8571480438867800E-006
Maximum relative error = 1.1997232002712689E-005
Least squares error = 1.5552835563232657E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_patch_test34.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_patch_test34.nc -m patch -r -i --netcdf4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_patch_test34.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Output weight file in NetCDF4 file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_patch_test34.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408967542501543 Grid 2 max:
2.880768572246513
Maximum negative weight = -9.4650893722103599E-002
Maximum positive weight = 0.7206928490396662
Mean relative error = 2.5123668763609466E-006
Maximum relative error = 8.6110688752145300E-006
Least squares error = 1.3633446462321339E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_conserve_test35.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_conserve_test35.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_conserve_test35.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_conserve_test35.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.408836578868641 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 6.3146800262002848E-004
Maximum relative error = 2.7210620439703818E-003
Least squares error = 3.5993920164114945E-004
Grid 1 area = 3.273732694387550
Grid 2 area = 3.273732694387629
Conservation error = 7.9491968563161208E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ar9v4_100920_conserve2nd_test36.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407651649162107 Grid 2 max:
2.881952168726384
Maximum negative weight = -0.2882813789566323
Maximum positive weight = 1.000014177872719
Mean relative error = 2.5850149029416173E-005
Maximum relative error = 2.5001141665476098E-003
Least squares error = 4.8324047740512281E-005
Grid 1 area = 3.273732694387550
Grid 2 area = 3.273732694387564
Conservation error = 1.4210854715202004E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_bilinear_test37.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_bilinear_test37.nc -m bilinear -r -i --64bit_offset --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_bilinear_test37.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Output weight file in 64bit offset NetCDF file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_bilinear_test37.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409864375858864 Grid 2 max:
2.880805070429286
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9781763083018320
Mean relative error = 1.4300140913551688E-007
Maximum relative error = 5.0670984297114177E-007
Least squares error = 7.9012629124136396E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_patch_test38.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_patch_test38.nc -m patch -r -i --netcdf4 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_patch_test38.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Output weight file in NetCDF4 file format
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_patch_test38.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409864488232422 Grid 2 max:
2.880805334788911
Maximum negative weight = -6.9438884880716117E-002
Maximum positive weight = 0.6077030408396398
Mean relative error = 1.3346960439563650E-007
Maximum relative error = 3.5941724438352978E-007
Least squares error = 7.1953230233894195E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_wr50a_090614_conserve_test39.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ar9v4_100920_to_wr50a_090614_conserve_test39.nc -m conserve -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ar9v4_100920_to_wr50a_090614_conserve_test39.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_wr50a_090614_conserve_test39.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.409871321006670 Grid 2 max:
2.880801765599641
Maximum negative weight = 0.000000000000000
Maximum positive weight = 6.9865670601382365E-002
Mean relative error = 4.6103857875456994E-006
Maximum relative error = 9.9774031716158172E-004
Least squares error = 8.3235226301167518E-006
Grid 1 area = 3.273737090581014
Grid 2 area = 3.273737090580906
Conservation error = 1.0835776720341528E-013
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_bilinear_test40.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903115
Mean relative error = 3.4029239305708512E-005
Maximum relative error = 3.5423921218395883E-004
Least squares error = 2.5418777226479349E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc -m patch -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_patch_test41.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000414058318799 Grid 2 max:
2.999586192145366
Maximum negative weight = -3.5572425577483933E-002
Maximum positive weight = 0.6216087415904159
Mean relative error = 2.9595153681292773E-005
Maximum relative error = 2.3468032665894899E-004
Least squares error = 2.2194846802865778E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_conserve_test42.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000772094018910 Grid 2 max:
2.999227905981090
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9303280267833661
Mean relative error = 3.0620202684083987E-004
Maximum relative error = 1.6029209620329725E-003
Least squares error = 2.0729209485468471E-004
Grid 1 area = 25.13274114649101
Grid 2 area = 25.13274114649107
Conservation error = 6.0396132539608516E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc -m conserve2nd -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_fv1.9x2.5_050503_conserve2nd_test43.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000531324944229 Grid 2 max:
2.999468675055724
Maximum negative weight = -0.1018930744496560
Maximum positive weight = 0.9336148439612062
Mean relative error = 1.4471614404676852E-004
Maximum relative error = 6.9729509010601500E-004
Least squares error = 9.2160977170376894E-005
Grid 1 area = 25.13274114649101
Grid 2 area = 25.13274114649105
Conservation error = 3.9079850466805510E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_bilinear_test44.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573857E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc -m patch -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_patch_test45.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000816324221133 Grid 2 max:
2.999183675778753
Maximum negative weight = -5.2453953163262401E-002
Maximum positive weight = 0.6999320227713361
Mean relative error = 1.6228071643104293E-004
Maximum relative error = 8.1632422137567463E-004
Least squares error = 1.1412492077025675E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_conserve_test46.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.5509508215902414E-003
Maximum relative error = 2.0168439180763661E-002
Least squares error = 2.4925207875614247E-003
Grid 1 area = 25.13274116386258
Grid 2 area = 25.13274116386289
Conservation error = 3.0908609005564358E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc -m conserve2nd -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4-t2_conserve2nd_test47.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 0.9998004483380533 Grid 2 max:
3.000199663799930
Maximum negative weight = -0.1058545036547023
Maximum positive weight = 1.000035473910266
Mean relative error = 4.0257983995688001E-004
Maximum relative error = 2.6450052052800579E-003
Least squares error = 2.5544613838105878E-004
Grid 1 area = 25.13274116386258
Grid 2 area = 25.13274116386239
Conservation error = 1.8118839761882555E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc -m bilinear -p all -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_bilinear_test48.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000000000000000 Grid 2 max:
2.999999999999999
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.4277827179837285E-005
Maximum relative error = 9.6936464568289703E-005
Least squares error = 1.0420189393259969E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc -m patch -p all -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_patch_test49.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000026178851979 Grid 2 max:
2.999973821148028
Maximum negative weight = -4.7415854932721838E-002
Maximum positive weight = 0.6659623644625358
Mean relative error = 1.0743240146794200E-005
Maximum relative error = 6.4191810729649073E-005
Least squares error = 7.4530295796198937E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc -m conserve -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_conserve_test50.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000078534891130 Grid 2 max:
2.999921465108868
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.4985434527864375
Mean relative error = 2.2370033311681328E-004
Maximum relative error = 2.3913496459412173E-003
Least squares error = 1.4528010518900656E-004
Grid 1 area = 25.13274116382198
Grid 2 area = 25.13274116382193
Conservation error = 4.2632564145606011E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc -m conserve2nd -p none -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_ne30np4-t2_conserve2nd_test51.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 0.9999519185170680 Grid 2 max:
3.000048081482934
Maximum negative weight = -4.1404873409531508E-002
Maximum positive weight = 0.5469508386499484
Mean relative error = 3.5700222875343826E-004
Maximum relative error = 1.7323374288797998E-003
Least squares error = 2.2348320340844264E-004
Grid 1 area = 25.13274116382198
Grid 2 area = 25.13274116382278
Conservation error = 8.0646600508771371E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_wr50a_090614_bilinear_test52.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ne30np4-t2_to_wr50a_090614_bilinear_test52.nc -m bilinear --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ne30np4-t2_to_wr50a_090614_bilinear_test52.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_wr50a_090614_bilinear_test52.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.407807072558000 Grid 2 max:
2.880753635683558
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9989420926450214
Mean relative error = 2.2857240227858495E-005
Maximum relative error = 1.3034610711876269E-004
Least squares error = 1.3990871385700634E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_wr50a_090614_patch_test53.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w ne30np4-t2_to_wr50a_090614_patch_test53.nc -m patch --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: ne30np4-t2_to_wr50a_090614_patch_test53.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_wr50a_090614_patch_test53.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.407788163804375 Grid 2 max:
2.880657755668146
Maximum negative weight = -6.9685247811201459E-002
Maximum positive weight = 0.6260433953493308
Mean relative error = 1.8492176088130048E-005
Maximum relative error = 8.4237243276364602E-005
Least squares error = 1.0917897390026271E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4-t2_to_ar9v4_100920_conserve_test54.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w ne30np4-t2_to_ar9v4_100920_conserve_test54.nc -m conserve --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: ne30np4-t2_to_ar9v4_100920_conserve_test54.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_ar9v4_100920_conserve_test54.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.261511626389548 Grid 2 max:
2.925596391678233
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.2109034102557267E-003
Maximum relative error = 1.3132060105454053E-002
Least squares error = 1.3028590754329582E-003
Grid 1 area = 4.101962517899295
Grid 2 area = 4.101962517899203
Conservation error = 9.2370555648813024E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -w ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc -m conserve2nd --dst_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Weight File: ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4-t2_to_ar9v4_100920_conserve2nd_test55.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.259891527241230 Grid 2 max:
2.926320165544824
Maximum negative weight = -0.1741224067116104
Maximum positive weight = 1.000163123217093
Mean relative error = 3.9850058957437146E-004
Maximum relative error = 1.0524808476825274E-002
Least squares error = 2.8606096933511330E-004
Grid 1 area = 4.101962517899295
Grid 2 area = 4.101962517899158
Conservation error = 1.3766765505351941E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
wr50a_090614_to_ne30np4-t2_bilinear_test56.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w wr50a_090614_to_ne30np4-t2_bilinear_test56.nc -m bilinear --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: wr50a_090614_to_ne30np4-t2_bilinear_test56.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ne30np4-t2_bilinear_test56.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.411413485766603 Grid 2 max:
2.877245607063264
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9853535116783407
Mean relative error = 3.1132168105022371E-006
Maximum relative error = 1.2540906935666507E-005
Least squares error = 1.8291466946406726E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_ne30np4-t2_patch_test57.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w wr50a_090614_to_ne30np4-t2_patch_test57.nc -m patch --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: wr50a_090614_to_ne30np4-t2_patch_test57.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_ne30np4-t2_patch_test57.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.411419167492401 Grid 2 max:
2.877244487333645
Maximum negative weight = -8.8937867737286361E-002
Maximum positive weight = 0.6640039868841283
Mean relative error = 2.7839477519642172E-006
Maximum relative error = 8.9976173472111310E-006
Least squares error = 1.6108963457873725E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
ar9v4_100920_to_ne30np4-t2_conserve_test58.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc -w ar9v4_100920_to_ne30np4-t2_conserve_test58.nc -m conserve --src_regional -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ar9v4_100920.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4-t2.nc
Weight File: ar9v4_100920_to_ne30np4-t2_conserve_test58.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ar9v4_100920_to_ne30np4-t2_conserve_test58.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.269225300407650 Grid 1 max:
2.921268956108409
Grid 2 min: 1.286138968978850 Grid 2 max:
2.913256989119863
Maximum negative weight = 0.000000000000000
Maximum positive weight = 3.6721131937541493E-002
Mean relative error = 2.7377562095861246E-004
Maximum relative error = 1.9485797454926064E-003
Least squares error = 1.6074565146877002E-004
Grid 1 area = 4.101992066485010
Grid 2 area = 4.101992066484914
Conservation error = 9.5923269327613525E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc -m bilinear --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_bilinear_test59.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.001128159729882 Grid 2 max:
2.998764136080539
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.5020259690075720
Mean relative error = 2.0026025856754323E-004
Maximum relative error = 8.9630634429834226E-004
Least squares error = 1.2518081469127700E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc -m bilinear --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_bilinear_test60.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000969927966136 Grid 2 max:
2.999031032024315
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3819163387529070
Mean relative error = 1.7579552083653058E-004
Maximum relative error = 7.4857024423650542E-004
Least squares error = 1.1345148771463082E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc -m patch --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_patch_test61.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000766419135112 Grid 2 max:
2.999150982795090
Maximum negative weight = -8.2149828432321076E-002
Maximum positive weight = 0.5039212340804914
Mean relative error = 1.2268232022941031E-004
Maximum relative error = 5.9619379805721500E-004
Least squares error = 7.8124166255755419E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc -m patch --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_patch_test62.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000776822848914 Grid 2 max:
2.999227564340475
Maximum negative weight = -2.8407316435550001E-002
Maximum positive weight = 0.4003471627158327
Mean relative error = 1.3066287713470607E-004
Maximum relative error = 5.5589087118602790E-004
Least squares error = 8.4720224746374914E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve_test63.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000908599337869 Grid 2 max:
2.999044968578705
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3819120942511915
Mean relative error = 7.0231678159128272E-004
Maximum relative error = 3.7707384435877382E-003
Least squares error = 4.2834597006488980E-004
Grid 1 area = 25.13274122871588
Grid 2 area = 25.13274122871570
Conservation error = 1.8474111129762605E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve_test64.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000970341320715 Grid 2 max:
2.998885861619253
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2000000043199321
Mean relative error = 1.7462455265368571E-004
Maximum relative error = 7.3852448462963314E-004
Least squares error = 1.1330539336195819E-004
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872013
Conservation error = 2.1316282072803006E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File:
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_dual_conserve2nd_test65.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000597152542309 Grid 2 max:
2.999404315992031
Maximum negative weight = -5.2302895979353746E-002
Maximum positive weight = 0.4353034058641357
Mean relative error = 6.1257600436672506E-004
Maximum relative error = 4.5043735317746476E-003
Least squares error = 4.0733086883227128E-004
Grid 1 area = 25.13274122871588
Grid 2 area = 25.13274122871583
Conservation error = 5.6843418860808015E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_mpas_uniform_10242_conserve2nd_test66.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000354494786775 Grid 2 max:
2.999492993986421
Maximum negative weight = -1.3198134337366663E-002
Maximum positive weight = 0.2218339042291491
Mean relative error = 1.1501710726986485E-004
Maximum relative error = 7.8199491537764732E-004
Least squares error = 7.3922944545783969E-005
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872022
Conservation error = 7.4606987254810520E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_dual_patch_test67.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_dual_patch_test67.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.001428367094103 Grid 2 max:
2.998429173480840
Maximum negative weight = -5.8162135290801324E-002
Maximum positive weight = 0.7033417226469986
Mean relative error = 2.4791441139648953E-004
Maximum relative error = 1.1964451410941658E-003
Least squares error = 1.7295655608570354E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc -m patch --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_patch_test68.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000626505066923 Grid 2 max:
2.999365507621254
Maximum negative weight = -3.7966505486605781E-002
Maximum positive weight = 0.7694848471888617
Mean relative error = 1.0018764466371057E-004
Maximum relative error = 5.5941940624438288E-004
Least squares error = 7.1352542997220108E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve_test69.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000722390365525 Grid 2 max:
2.999287669498348
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.3586985616313471E-003
Maximum relative error = 9.9089649267714887E-003
Least squares error = 1.4697463444350676E-003
Grid 1 area = 25.13274116386466
Grid 2 area = 25.13274116386468
Conservation error = 2.1316282072803006E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_conserve_test70.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000354082199758 Grid 2 max:
2.999786300028091
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.8005404692723775E-003
Maximum relative error = 9.1833470932952653E-003
Least squares error = 1.1963445155095751E-003
Grid 1 area = 25.13274122872014
Grid 2 area = 25.13274122872010
Conservation error = 4.2632564145606011E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll2.5deg_grid_to_mpas_uniform_10242_dual_conserve2nd_test71.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 0.9997951401131537 Grid 2 max:
3.000218959616413
Maximum negative weight = -7.0883176602102943E-002
Maximum positive weight = 1.000001597812416
Mean relative error = 7.2967191947793226E-004
Maximum relative error = 4.9552680488248501E-003
Least squares error = 4.9930859472851346E-004
Grid 1 area = 25.13274116386466
Grid 2 area = 25.13274116386484
Conservation error = 1.8118839761882555E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ll1deg_grid_conserve2nd_test72.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 0.9998796178520540 Grid 2 max:
3.000083655365185
Maximum negative weight = -6.2875425348188463E-002
Maximum positive weight = 1.000003841628778
Mean relative error = 2.9731357703653374E-004
Maximum relative error = 2.8936836883717769E-003
Least squares error = 2.0226450731740747E-004
Grid 1 area = 25.13274122872014
Grid 2 area = 25.13274122872021
Conservation error = 7.4606987254810520E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc -m bilinear --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_bilinear_test73.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000358716259307 Grid 2 max:
2.999524074940656
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9933173004325160
Mean relative error = 1.3197458555628944E-004
Maximum relative error = 7.8068525778381517E-004
Least squares error = 8.7375151915732133E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc -m bilinear --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_bilinear_test74.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000288510693136 Grid 2 max:
2.999751083396332
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9463007975484484
Mean relative error = 1.0569120322062708E-005
Maximum relative error = 9.4667928509457953E-005
Least squares error = 7.5750544491412469E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc -m patch --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_patch_test75.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000553929571545 Grid 2 max:
2.999444957013826
Maximum negative weight = -3.6414919775474841E-002
Maximum positive weight = 0.7675005675667076
Mean relative error = 1.2627575971177636E-004
Maximum relative error = 5.6096976260598360E-004
Least squares error = 8.1928550174390941E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_patch_test76.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000272345130329 Grid 2 max:
2.999733719068698
Maximum negative weight = -5.3061757857396599E-002
Maximum positive weight = 0.6245544318982552
Mean relative error = 9.5807626313402907E-006
Maximum relative error = 6.2711804740443421E-005
Least squares error = 6.6069160236403667E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_ne60np4_pentagons_100408_conserve_test77.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.0856633780708101E-003
Maximum relative error = 1.8408116426317189E-002
Least squares error = 1.9671714224314260E-003
Grid 1 area = 25.13274122872015
Grid 2 area = 25.13274122872044
Conservation error = 2.9132252166164108E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File:
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne60np4_pentagons_100408_to_mpas_uniform_10242_conserve_test78.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000556619311953 Grid 2 max:
2.999301179847601
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1328911474569657
Mean relative error = 8.5481276753677176E-005
Maximum relative error = 3.7493683496640459E-004
Least squares error = 5.5175911537766132E-005
Grid 1 area = 25.13274116382200
Grid 2 area = 25.13274116382247
Conservation error = 4.6895820560166612E-013
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc -m bilinear --dst_regional --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_bilinear_test79.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.407826071067408 Grid 2 max:
2.880236471481813
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9874832588459073
Mean relative error = 8.4816712278230696E-005
Maximum relative error = 3.4838108923070674E-004
Least squares error = 4.9537801680697043E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc -m patch --dst_regional --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_patch_test80.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.408034258514138 Grid 2 max:
2.880335003583856
Maximum negative weight = -3.5395435664845327E-002
Maximum positive weight = 0.7671708785095220
Mean relative error = 7.3991153168558203E-005
Maximum relative error = 2.2051044462264530E-004
Least squares error = 4.1760948653348984E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -w wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc -m conserve -i --src_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Weight File: wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_mpas_uniform_10242_dual_conserve_test81.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.432471615542428 Grid 2 max:
2.866458177240490
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.1341278584780846
Mean relative error = 3.3188314311301937E-004
Maximum relative error = 1.6390681319050878E-003
Least squares error = 1.9671537018039732E-004
Grid 1 area = 5.540831679362003
Grid 2 area = 5.540831679361991
Conservation error = 1.2434497875801753E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc -m conserve --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242_dual.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_dual_to_wr50a_090614_conserve_test82.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.394776877570522 Grid 2 max:
2.889115143275674
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.6535139680050825E-003
Maximum relative error = 1.5754890439032502E-002
Least squares error = 1.6292337023121252E-003
Grid 1 area = 5.540800716163900
Grid 2 area = 5.540800716163871
Conservation error = 2.8421709430404007E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
T42_grid_to_ww3a_120213_conserve_test83.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc -w T42_grid_to_ww3a_120213_conserve_test83.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc
Weight File: T42_grid_to_ww3a_120213_conserve_test83.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_ww3a_120213_conserve_test83.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.004317790307703 Grid 2 max:
2.997373374312540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.6138169902508026
Mean relative error = 1.0401692492597947E-003
Maximum relative error = 4.9809645290135856E-003
Least squares error = 6.8044026636770592E-004
Grid 1 area = 17.55115200890330
Grid 2 area = 17.55115200890330
Conservation error = 7.1054273576010019E-015
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ww3a_120213_to_T42_grid_conserve_test84.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w ww3a_120213_to_T42_grid_conserve_test84.nc -m conserve -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ww3a_120213.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: ww3a_120213_to_T42_grid_conserve_test84.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ww3a_120213_to_T42_grid_conserve_test84.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.003213663400609 Grid 1 max:
2.999220382103066
Grid 2 min: 1.003213668489402 Grid 2 max:
2.999220382103066
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.3351114506113997E-003
Maximum relative error = 1.1442400378214829E-002
Least squares error = 1.5450893395666208E-003
Grid 1 area = 17.55126214355783
Grid 2 area = 17.55126214355784
Conservation error = 1.4210854715202004E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-14
----------------------------------------------------------
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne15np4_scrip_to_fv1.9x2.5_050503_bilinear_test85.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000513922563370 Grid 1 max:
2.999486076799700
Grid 2 min: 1.000694107611233 Grid 2 max:
2.999305892388766
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9728674858162275
Mean relative error = 6.2111131743672573E-005
Maximum relative error = 5.0298578803447628E-004
Least squares error = 4.5001298038448892E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne15np4_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne15np4_scrip_to_fv1.9x2.5_050503_conserve_test86.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000513922563370 Grid 1 max:
2.999486076799700
Grid 2 min: 1.000799377600221 Grid 2 max:
2.999200622399779
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9999999999999969
Mean relative error = 3.6434733521316891E-004
Maximum relative error = 1.6433980992002460E-003
Least squares error = 2.3537181116069876E-004
Grid 1 area = 25.13274116381184
Grid 2 area = 25.13274116381218
Conservation error = 3.3395508580724709E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc -m bilinear -p all --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ARM_30_x8.g_scrip_to_SCRIP_1x1_bilinear_test87.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000378801991011 Grid 2 max:
2.999621197584363
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9531473692611419
Mean relative error = 4.0068296664640821E-005
Maximum relative error = 4.0919728480336571E-004
Least squares error = 3.0341086065913927E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc -m conserve -p none --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ARM_30_x8.g_scrip.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ARM_30_x8.g_scrip_to_SCRIP_1x1_conserve_test88.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000471180399725 Grid 2 max:
2.999528819072081
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 7.8303800170341996E-004
Maximum relative error = 2.7520856784963381E-003
Least squares error = 5.0499246931839893E-004
Grid 1 area = 25.13274176876450
Grid 2 area = 25.13274176876435
Conservation error = 1.4921397450962104E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
wr50a_090614_to_wr50a_090614_neareststod_test89.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w wr50a_090614_to_wr50a_090614_neareststod_test89.nc -m neareststod --src_regional --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: wr50a_090614_to_wr50a_090614_neareststod_test89.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_wr50a_090614_neareststod_test89.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407727885364827 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_T42_grid_neareststod_test90.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w T42_grid_to_T42_grid_neareststod_test90.nc -m neareststod -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: T42_grid_to_T42_grid_neareststod_test90.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_T42_grid_neareststod_test90.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc -m neareststod --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_neareststod_test91.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-15
----------------------------------------------------------
wr50a_090614_to_wr50a_090614_nearestdtos_test92.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc -w wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc -m nearestdtos --src_regional --dst_regional --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wr50a_090614.nc
Weight File: wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wr50a_090614_to_wr50a_090614_nearestdtos_test92.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.407727885364827 Grid 1 max:
2.880806206656942
Grid 2 min: 1.407727885364827 Grid 2 max:
2.880806206656942
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_T42_grid_nearestdtos_test93.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w T42_grid_to_T42_grid_nearestdtos_test93.nc -m nearestdtos -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: T42_grid_to_T42_grid_nearestdtos_test93.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_T42_grid_nearestdtos_test93.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000592936755168 Grid 2 max:
2.999407063244833
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_mpas_uniform_10242_nearestdtos_test94.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000222637330105 Grid 1 max:
2.999787532820912
Grid 2 min: 1.000222637330105 Grid 2 max:
2.999787532820912
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-15
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc -m bilinear -p none -i --src_missingvalue so --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_SCRIP_1x1_bilinear_test95.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228490891774 Grid 2 max:
2.999771508683540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9878741003625324
Mean relative error = 2.7309284630399469E-006
Maximum relative error = 3.5485727970151211E-005
Least squares error = 2.4235762337493832E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-05
- Area Conservation : 10E-16
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc -m conserve -i --src_missingvalue so --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_SCRIP_1x1_conserve_test96.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588289 Grid 2 max:
2.999749047987005
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8641615363212363
Mean relative error = 5.7138641266395664E-005
Maximum relative error = 9.6686564325307593E-004
Least squares error = 4.5414408765749150E-005
Grid 1 area = 18.05346971120511
Grid 2 area = 18.05346971120527
Conservation error = 1.5987211554602254E-013
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_bilinear_test97.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389430 Grid 2 max:
2.999771555185884
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067310703140121E-009
Maximum relative error = 5.6184475943235341E-008
Least squares error = 7.8633045473335015E-009
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-08
- Area Conservation : 10E-16
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_conserve_test98.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389402 Grid 2 max:
2.999771555185883
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067311857763041E-009
Maximum relative error = 5.6184472459840344E-008
Least squares error = 7.8633044953104336E-009
Grid 1 area = 25.13274116381885
Grid 2 area = 25.13274116381886
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-07
- Area Conservation : 10E-13
----------------------------------------------------------
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc -m conserve2nd --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc
Source File is in CF Grid format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
so_Omon_GISS-E2_to_SCRIP_1x1_conserve2nd_test99.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228444389430 Grid 1 max:
2.999771555185884
Grid 2 min: 1.000228444389402 Grid 2 max:
2.999771555185883
Maximum negative weight = -2.1589640897263792E-015
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2067312016287127E-009
Maximum relative error = 5.6184472459840344E-008
Least squares error = 7.8633044951488968E-009
Grid 1 area = 25.13274116381885
Grid 2 area = 25.13274116381886
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-07
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc -m bilinear --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_bilinear_test100.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228490891774 Grid 2 max:
2.999771508683540
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9968083238306480
Mean relative error = 5.4218502129951430E-005
Maximum relative error = 1.5732878654887775E-002
Least squares error = 3.4723290919402936E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-02
- Area Conservation : 10E-16
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc -m conserve --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve_test101.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588316 Grid 2 max:
2.999749047987006
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8641615363212382
Mean relative error = 5.9977385435193309E-005
Maximum relative error = 9.6686304233344154E-004
Least squares error = 4.7435225637391118E-005
Grid 1 area = 14.10283958342657
Grid 2 area = 14.10283958342658
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc -m conserve -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_conserve_test102.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103764193745211 Grid 2 max:
1.267409547775841
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.1817100638054529E-004
Maximum relative error = 1.2463857846015326E-003
Least squares error = 1.6722631542490945E-004
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539751685E-002
Conservation error = 2.4216739724636227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc -m bilinear -r -i --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test103.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104094929567250 Grid 1 max:
1.267814847521477
Grid 2 min: 1.104202625705249 Grid 2 max:
1.267531975183821
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9959110505418356
Mean relative error = 9.0979470250387767E-007
Maximum relative error = 7.3313467233200241E-006
Least squares error = 1.2275487745415694E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_conserve_test104.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104187168385389 Grid 2 max:
1.267921331101225
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.2969666127174170E-005
Maximum relative error = 2.6018572795393592E-004
Least squares error = 7.9719020210416728E-005
Grid 1 area = 4.9476074524512199E-002
Grid 2 area = 4.9476074524515190E-002
Conservation error = 2.9906632725840154E-015
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-15
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc -m bilinear -r --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test105.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104095138166020 Grid 2 max:
1.267814986159640
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9957330909203670
Mean relative error = 8.3660389503879205E-008
Maximum relative error = 1.9053202512114875E-007
Least squares error = 7.1326526667711310E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_conserve2nd_test106.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103757757138068 Grid 2 max:
1.267409477827944
Maximum negative weight = -7.8868975605769095E-002
Maximum positive weight = 1.000000594991105
Mean relative error = 1.1079680669327026E-005
Maximum relative error = 9.9860851000234310E-004
Least squares error = 1.6253679198156096E-005
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539752261E-002
Conservation error = 1.8457457784393227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc -m bilinear -r -i --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_bilinear_test107.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104202515120718 Grid 2 max:
1.267531988261491
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9949688461226236
Mean relative error = 7.7595179178720595E-007
Maximum relative error = 8.7101224196348266E-006
Least squares error = 1.1122534491967276E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc -m bilinear -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_bilinear_test108.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104193040020623 Grid 2 max:
1.267750522929710
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9997977706369883
Mean relative error = 8.3641088000305345E-008
Maximum relative error = 1.9047882022690803E-007
Least squares error = 7.1307896649410803E-008
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc -m bilinear -p all --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4_esmf_to_fv1.9x2.5_050503_bilinear_test109.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903106
Mean relative error = 3.4029239323877091E-005
Maximum relative error = 3.5423921220678915E-004
Least squares error = 2.5418777262612359E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc -w fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc -m bilinear -p all --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4_esmf.nc
Weight File: fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4_esmf_bilinear_test110.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573857E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -w ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc -m bilinear -p all --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Weight File: ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ne30np4dual_esmf_to_fv1.9x2.5_050503_bilinear_test111.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
2.999999999999999
Grid 2 min: 1.000317376991963 Grid 2 max:
2.999682623008036
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9521127684903115
Mean relative error = 3.4029239305708512E-005
Maximum relative error = 3.5423921218395883E-004
Least squares error = 2.5418777226479349E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc -w fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc -m bilinear -p all --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/fv1.9x2.5_050503.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne30np4dual_esmf.nc
Weight File: fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
fv1.9x2.5_050503_to_ne30np4dual_esmf_bilinear_test112.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000273371325302 Grid 1 max:
2.999726628674698
Grid 2 min: 1.000273371325302 Grid 2 max:
2.999726628674698
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.6289703910335774E-004
Maximum relative error = 1.1996535010058965E-003
Least squares error = 1.2155788949573857E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc -m conserve --norm_type dstarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test113.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000231645760019 Grid 2 max:
2.999625516944541
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000220
Mean relative error = 3.9930412749466715E-003
Maximum relative error = 1.9847001400030796E-002
Least squares error = 2.5021674970176445E-003
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871644
Conservation error = 5.5422333389287814E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc -w mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ne60np4_pentagons_100408.nc
Weight File:
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_ne60np4_pentagons_100408_conserve_test114.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.000231645760020 Grid 2 max:
2.999625516944538
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.9930412749465934E-003
Maximum relative error = 1.9847001400035976E-002
Least squares error = 2.5021674970176428E-003
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871644
Conservation error = 5.5422333389287814E-013
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
mpas_uniform_10242_to_T42_grid_conserve_test115.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -w mpas_uniform_10242_to_T42_grid_conserve_test115.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Weight File: mpas_uniform_10242_to_T42_grid_conserve_test115.nc
Source File is in ESMF format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
mpas_uniform_10242_to_T42_grid_conserve_test115.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000231645760020 Grid 1 max:
2.999625516944538
Grid 2 min: 1.001475465026822 Grid 2 max:
2.998458628828994
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8009589969456941
Mean relative error = 5.3062722702205403E-004
Maximum relative error = 2.5161336733329821E-003
Least squares error = 3.3421111501551659E-004
Grid 1 area = 25.13274122871589
Grid 2 area = 25.13274122871597
Conservation error = 7.8159700933611020E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_conserve_test116.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w T42_grid_to_mpas_uniform_10242_conserve_test116.nc -m conserve --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: T42_grid_to_mpas_uniform_10242_conserve_test116.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_conserve_test116.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 1.000949051010596 Grid 2 max:
2.999026703768899
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.8209792383482486E-003
Maximum relative error = 6.9637126088784350E-003
Least squares error = 1.1454775127853565E-003
Grid 1 area = 25.13274116387593
Grid 2 area = 25.13274116387592
Conservation error = 1.0658141036401503E-014
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -w ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Weight File: ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_conserve_test117.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.842449577472537 Grid 1 max:
2.977327032051172
Grid 2 min: 2.859446969982689 Grid 2 max:
2.977327032051172
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.2674488909809263
Grid 2 area = 0.2674488909809263
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -w ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc -m bilinear -r --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Weight File: ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID1_to_ConcaveQuadUGRID2_bilinear_test118.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.742945380481558 Grid 1 max:
3.000000000000000
Grid 2 min: 2.742945380481558 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.3652863182711281E-004
Maximum relative error = 3.9287576864440151E-003
Least squares error = 4.5458781754768418E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc -w ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc -m conserve -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID2.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ConcaveQuadUGRID1.nc
Weight File: ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ConcaveQuadUGRID2_to_ConcaveQuadUGRID1_conserve_test119.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.853312394136481 Grid 1 max:
2.977327032051172
Grid 2 min: 2.859446969982689 Grid 2 max:
2.977327032051172
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.2771878741864180
Grid 2 area = 0.2771878741864180
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -w wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc -m bilinear -i --src_loc corner --dst_loc corner -l greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Weight File: wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wam_ugrid3D_to_ipe_ugrid3D_bilinear_test120.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000811544781440 Grid 1 max:
2.999188454422532
Grid 2 min: 1.000811546673118 Grid 2 max:
2.999188453356611
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9830652253855027
Mean relative error = 1.3831487149092207E-004
Maximum relative error = 7.9507100290313428E-004
Least squares error = 9.5230427230868787E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-13
----------------------------------------------------------
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc -m bilinear -i --src_loc corner --dst_loc corner --line_type greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ipe_ugrid3D_to_wam_ugrid3D_bilinear_test121.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000169452445673 Grid 1 max:
2.999988367613791
Grid 2 min: 1.001002009108891 Grid 2 max:
2.998673303456757
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9856240342429960
Mean relative error = 4.1383338591142066E-004
Maximum relative error = 3.2112542949449801E-003
Least squares error = 3.1325315634452336E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_bilinear_test122.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_bilinear_test122.nc -m bilinear --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_bilinear_test122.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_bilinear_test122.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001388737096979 Grid 2 max:
2.998611261841921
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9812923102714494
Mean relative error = 9.7854008146722624E-005
Maximum relative error = 7.2708767938518088E-004
Least squares error = 7.0988994428026420E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_patch_test123.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_patch_test123.nc -m patch --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_patch_test123.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_patch_test123.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001887453362266 Grid 2 max:
2.998112545577026
Maximum negative weight = -4.4342063414020742E-002
Maximum positive weight = 0.7056462443000860
Mean relative error = 9.1294261799814707E-005
Maximum relative error = 6.3967945147188731E-004
Least squares error = 7.2368904517963021E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-14
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_conserve_test124.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_conserve_test124.nc -m conserve --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_conserve_test124.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_conserve_test124.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001621273787670 Grid 2 max:
2.998378725207388
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.9999999999999957
Mean relative error = 6.1540472324181632E-004
Maximum relative error = 2.5810873881455189E-003
Least squares error = 3.9294421349728056E-004
Grid 1 area = 25.13274116381415
Grid 2 area = 25.13274116381409
Conservation error = 6.0396132539608516E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc -m conserve2nd --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_conserve2nd_test125.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.001312954219081 Grid 2 max:
2.998687044719885
Maximum negative weight = -9.2445441600904524E-002
Maximum positive weight = 0.9999984513592338
Mean relative error = 1.4825353054123241E-004
Maximum relative error = 1.2257925849280991E-003
Least squares error = 1.0276900777643766E-004
Grid 1 area = 25.13274116381415
Grid 2 area = 25.13274116381400
Conservation error = 1.4566126083082054E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc -m bilinear -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test126.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.5448363373415477E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2206209814732940E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc -m bilinear -p none --extrap_method nearestidavg --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test127.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843630
Mean relative error = 1.5445315995757803E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2205203433106841E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc -m bilinear -p none --extrap_method nearestidavg --extrap_num_dst_pnts 6 --extrap_dst_exponent 3.0 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test128.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843630
Mean relative error = 1.5445315995757828E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2205203433106833E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc -m bilinear -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test129.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc -m bilinear -p none --extrap_method nearestidavg --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll2.5deg_grid_bilinear_test130.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generat
ion successfully.
UGRID_1D_LocStream_to_UGRID_1D_LocStream_nearestdtos_test131.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.316245423373021 Grid 1 max:
2.342040473372430
Grid 2 min: 2.316245423373021 Grid 2 max:
2.342040473372430
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc -m neareststod --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
UGRID_1D_LocStream_to_UGRID_1D_LocStream_neareststod_test132.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 2.316245423373021 Grid 1 max:
2.342040473372430
Grid 2 min: 2.316245423373021 Grid 2 max:
2.342040473372430
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc -m bilinear --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_bilinear_test133.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.316238447413402 Grid 2 max:
2.342043384214749
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2505125196504749
Mean relative error = 3.6486801501100902E-006
Maximum relative error = 7.8107750741006765E-006
Least squares error = 1.8301180922730473E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-6
- Max Relative Error: 10E-6
- Area Conservation : 10E-13
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc -m neareststod --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_neareststod_test134.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.306797897628755 Grid 2 max:
2.344745920836313
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.5568061230662538E-003
Maximum relative error = 4.0788103233498239E-003
Least squares error = 1.1938483407102185E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-3
- Max Relative Error: 10E-3
- Area Conservation : 10E-13
----------------------------------------------------------
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -w WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc -m nearestdtos -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_WRFG_CF_CART2D_nearestdtos_test135.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.505909821048103 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -w WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc -m neareststod -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_WRFG_CF_CART2D_neareststod_test136.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.505909821048103 Grid 2 max:
3.000000000000000
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc -w WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc -m bilinear -i -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_RCM3_CF_CART2D_bilinear_test137.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.523864811076107 Grid 2 max:
2.973627363408817
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 4.7543904135898302E-010
Maximum relative error = 2.4150455875509393E-009
Least squares error = 2.8069949123223392E-010
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-10
- Max Relative Error: 10E-9
- Area Conservation : 10E-10
----------------------------------------------------------
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc -w WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc -m patch -i -r --src_coordinates xc,yc --dst_coordinates xc,yc --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/WRFG_CF_CART2D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/RCM3_CF_CART2D.nc
Weight File: WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc
Source File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use 'xc' and 'yc' as the coordinate variables
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
WRFG_CF_CART2D_to_RCM3_CF_CART2D_patch_test138.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.505909821048103 Grid 1 max:
3.000000000000000
Grid 2 min: 1.527471895363601 Grid 2 max:
2.986857211420505
Maximum negative weight = -5.3667565476950524E-006
Maximum positive weight = 0.2522601926856085
Mean relative error = 5.0008510021253472E-004
Maximum relative error = 4.4490580632554838E-003
Least squares error = 3.2842282259197032E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-4
----------------------------------------------------------
latlon_grid_to_SCRIP_1x1_bilinear_test139.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w latlon_grid_to_SCRIP_1x1_bilinear_test139.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: latlon_grid_to_SCRIP_1x1_bilinear_test139.nc
Source File is in GRIDSPEC TILE format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
latlon_grid_to_SCRIP_1x1_bilinear_test139.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.001256071806711 Grid 1 max:
2.998743927132095
Grid 2 min: 1.001256073717032 Grid 2 max:
2.998743925858548
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.4534990557026918
Mean relative error = 1.3909949506225405E-004
Maximum relative error = 1.1708966440551994E-003
Least squares error = 1.1070864612035614E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-16
----------------------------------------------------------
latlon_grid_to_SCRIP_1x1_conserve_test140.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -w latlon_grid_to_SCRIP_1x1_conserve_test140.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Weight File: latlon_grid_to_SCRIP_1x1_conserve_test140.nc
Source File is in GRIDSPEC TILE format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
latlon_grid_to_SCRIP_1x1_conserve_test140.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.001256071806711 Grid 1 max:
2.998743927132095
Grid 2 min: 1.001256071806710 Grid 2 max:
2.998743927132095
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.4176475102317481E-003
Maximum relative error = 1.5676522837394055E-002
Least squares error = 2.3113146354160558E-003
Grid 1 area = 25.13274116380107
Grid 2 area = 25.13274116380118
Conservation error = 1.1013412404281553E-013
Tolerance values:
- Mean Relative Error: 10E-3
- Max Relative Error: 10E-2
- Area Conservation : 10E-13
----------------------------------------------------------
SCRIP_1x1_to_latlon_grid_bilinear_test141.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -w SCRIP_1x1_to_latlon_grid_bilinear_test141.nc -m bilinear --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Weight File: SCRIP_1x1_to_latlon_grid_bilinear_test141.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC TILE format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_latlon_grid_bilinear_test141.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 1.001446187626660 Grid 2 max:
2.998553811312335
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.3756112027262483
Mean relative error = 3.1827367062984783E-005
Maximum relative error = 1.8987943974850229E-004
Least squares error = 2.3251344829583770E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-5
- Max Relative Error: 10E-4
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_latlon_grid_conserve_test142.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc -w SCRIP_1x1_to_latlon_grid_conserve_test142.nc -m conserve --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_grid.nc
Weight File: SCRIP_1x1_to_latlon_grid_conserve_test142.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC TILE format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve
Pole option: NONE
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_latlon_grid_conserve_test142.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 1.001750467388461 Grid 2 max:
2.998249531508404
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.2999809680015363
Mean relative error = 3.1313933166316588E-004
Maximum relative error = 1.1769619679156235E-003
Least squares error = 2.0701941696239855E-004
Grid 1 area = 25.13274116381920
Grid 2 area = 25.13274116381931
Conservation error = 1.1013412404281553E-013
Tolerance values:
- Mean Relative Error: 10E-4
- Max Relative Error: 10E-3
- Area Conservation : 10E-13
----------------------------------------------------------
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/bggd_SCRIP_NCL_BR_INTERPOL.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/icos_ESMF_unstruct_six_corners_INTERPOL.nc -w bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc -m conserve2nd -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/bggd_SCRIP_NCL_BR_INTERPOL.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/icos_ESMF_unstruct_six_corners_INTERPOL.nc
Weight File:
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
bggd_SCRIP_NCL_BR_INTERPOL_to_icos_ESMF_unstruct_six_corners_INTERPOL_conserve2nd_test143.nc
- ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000000000000000 Grid 1 max:
3.000000000000000
Grid 2 min: 1.000173555172676 Grid 2 max:
2.999767541270307
Maximum negative weight = -7.7862579753932418E-002
Maximum positive weight = 0.8564279368959508
Mean relative error = 2.4500113883971886E-004
Maximum relative error = 6.7708562784845432E-003
Least squares error = 2.4945684098673848E-004
Grid 1 area = 19.06854840640458
Grid 2 area = 19.06854840640478
Conservation error = 1.9895196601282805E-013
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc -m conserve2nd -r -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File:
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_20130228_to_scrip_regional_1140x690_conserve2nd_test144.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.103757757138068 Grid 2 max:
1.267409477827944
Maximum negative weight = -7.8868975605769095E-002
Maximum positive weight = 1.000000594991105
Mean relative error = 1.1079680669327026E-005
Maximum relative error = 9.9860851000234310E-004
Least squares error = 1.6253679198156096E-005
Grid 1 area = 4.9476057539754106E-002
Grid 2 area = 4.9476057539752261E-002
Conservation error = 1.8457457784393227E-015
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-15
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc -m conserve2nd --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Ignore unmapped destination points
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_conserve2nd_test145.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000250951588298 Grid 2 max:
2.999749047987024
Maximum negative weight = -3.6166415150489732E-002
Maximum positive weight = 0.8641615363212382
Mean relative error = 1.8899521327844121E-005
Maximum relative error = 1.0048198889949353E-003
Least squares error = 2.4416297768624704E-005
Grid 1 area = 14.10283958342657
Grid 2 area = 14.10283958342659
Conservation error = 2.3092638912203256E-014
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc -m patch --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_patch_test146.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000335579598422 Grid 2 max:
2.999664419986244
Maximum negative weight = -0.1009477989759703
Maximum positive weight = 0.8129651632689743
Mean relative error = 7.5987093859750798E-005
Maximum relative error = 1.6774269500275323E-002
Least squares error = 3.3312128344369004E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc -w GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc -m neareststod --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/so_Omon_GISS-E2.nc
Weight File: GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_so_Omon_GISS-E2_neareststod_test147.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000228583776865 Grid 2 max:
2.999771415798449
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 7.9443940299660856E-003
Maximum relative error = 0.2618395244859859
Least squares error = 1.1282098872369689E-002
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-01
- Area Conservation : 10E-13
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc -m patch -r -i --src_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test148.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104094929567250 Grid 1 max:
1.267814847521477
Grid 2 min: 1.104202646528125 Grid 2 max:
1.267532042004711
Maximum negative weight = -7.7391220444910411E-002
Maximum positive weight = 0.7619689980245643
Mean relative error = 9.1775376048890859E-007
Maximum relative error = 5.0252722919263486E-006
Least squares error = 1.1671978551556696E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -w FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc -m patch -r -i --src_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Weight File: FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a regional grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_scrip_regional_1140x690_patch_test149.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104202606533447 Grid 2 max:
1.267531987225280
Maximum negative weight = -0.1239584822426496
Maximum positive weight = 0.7645680495797446
Mean relative error = 7.5663420688680144E-007
Maximum relative error = 5.7865527037111441E-006
Least squares error = 9.7786089914482074E-007
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc -w FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc -m neareststod -r -i --src_loc center --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d_20130228.nc
Weight File: FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_FVCOM_grid2d_20130228_neareststod_test150.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104193003011139 Grid 2 max:
1.267750428956195
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 2.8606635991204366E-005
Maximum relative error = 1.4866695668598713E-003
Least squares error = 5.6277029540503476E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc -m patch -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_patch_test151.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104193388161409 Grid 2 max:
1.267750629079399
Maximum negative weight = -3.0913140848555939E-002
Maximum positive weight = 0.3217180578094718
Mean relative error = 1.6716402431108135E-007
Maximum relative error = 3.7550974788168632E-007
Least squares error = 1.3671453724951031E-007
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-07
- Area Conservation : 10E-16
----------------------------------------------------------
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc -m neareststod -r --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/scrip_regional_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc
Source File is in SCRIP format
Source Grid is a regional grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
scrip_regional_1140x690_to_FVCOM_grid2d_neareststod_test152.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.019934559173892 Grid 1 max:
1.632905236365086
Grid 2 min: 1.104134482667060 Grid 2 max:
1.267990860606759
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 1.0047219841779570E-004
Maximum relative error = 2.9778625277139266E-004
Least squares error = 9.3834232246384894E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc -m neareststod -i --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ipe_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ipe_ugrid3D_to_wam_ugrid3D_neareststod_test153.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000169452445673 Grid 1 max:
2.999988367613791
Grid 2 min: 1.000273505203653 Grid 2 max:
2.999891927120118
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 8.5114267533632579E-003
Maximum relative error = 4.5522117658876204E-002
Least squares error = 5.8956884525179507E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
C48_mosaic_to_latlon_mosaic_neareststod_test154.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc -w C48_mosaic_to_latlon_mosaic_neareststod_test154.nc -m neareststod --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/latlon_mosaic.nc
Weight File: C48_mosaic_to_latlon_mosaic_neareststod_test154.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest source to destination
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_latlon_mosaic_neareststod_test154.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.000611420316384 Grid 2 max:
2.999388579096296
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 3.7954234240005487E-003
Maximum relative error = 1.6957872319489767E-002
Least squares error = 2.4357725890472000E-003
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-03
- Max Relative Error: 10E-02
- Area Conservation : 10E-13
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc -m bilinear -p none --extrap_method creep --extrap_num_levels 2 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: bilinear
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: creep
Extrap. Number of Levels: 2
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_bilinear_test155.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.000475889201700 Grid 2 max:
2.999524110798300
Maximum negative weight = 0.000000000000000
Maximum positive weight = 0.8999771501843645
Mean relative error = 1.5582863936334493E-004
Maximum relative error = 1.3802938606291264E-003
Least squares error = 1.2266966596685293E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc -w SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc -m patch --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/SCRIP_1x1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/UGRID_1D_LocStream.nc
Weight File: SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
SCRIP_1x1_to_UGRID_1D_LocStream_patch_test156.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000228445238804 Grid 1 max:
2.999771554336509
Grid 2 min: 2.316240775377539 Grid 2 max:
2.342032055869047
Maximum negative weight = -1.9570751174432181E-002
Maximum positive weight = 0.2768469460464549
Mean relative error = 2.6389000827728218E-006
Maximum relative error = 3.5940896320574577E-006
Least squares error = 1.1643056017509541E-006
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-6
- Max Relative Error: 10E-6
- Area Conservation : 10E-13
----------------------------------------------------------
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc -w GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc -m nearestdtos --src_missingvalue so --dst_missingvalue so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/GRIDSPEC_ACCESS1.nc
Weight File: GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc
Source File is in CF Grid format
Use the missing values of variable 'so' as the mask
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in CF Grid format
Use the missing value of 'so' as the mask
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
GRIDSPEC_ACCESS1_to_GRIDSPEC_ACCESS1_nearestdtos_test157.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000160717471778 Grid 1 max:
2.999839282103506
Grid 2 min: 1.000160717471778 Grid 2 max:
2.999839282103506
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc -w wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc -m nearestdtos --src_loc corner --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/wam_ugrid3D.nc
Weight File: wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc
Source File is in UGRID format
Source Grid is a global grid
Source Grid is an unstructured grid
Use the corner coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the corner coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
wam_ugrid3D_to_wam_ugrid3D_nearestdtos_test158.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000811544781440 Grid 1 max:
2.999188454422532
Grid 2 min: 1.000811544781440 Grid 2 max:
2.999188454422532
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
C48_mosaic_to_C48_mosaic_nearestdtos_test159.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc -w C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc -m nearestdtos --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/C48_mosaic.nc
Weight File: C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc
Source File is in GRIDSPEC MOSAIC format
Use the center coordinates of the source grid to do the regrid
Destination File is in GRIDSPEC MOSAIC format
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Alternative tile file path: ./input/
Completed weight generation successfully.
C48_mosaic_to_C48_mosaic_nearestdtos_test159.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000611420316384 Grid 1 max:
2.999388579096296
Grid 2 min: 1.000611420316384 Grid 2 max:
2.999388579096296
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc -w FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc -m nearestdtos -r -i --src_loc center --dst_loc center --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/FVCOM_grid2d.nc
Weight File: FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc
Source File is in UGRID format
Source Grid is a regional grid
Source Grid is an unstructured grid
Use the center coordinates of the source grid to do the regrid
Destination File is in UGRID format
Destination Grid is a regional grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
FVCOM_grid2d_to_FVCOM_grid2d_nearestdtos_test160.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.104193003011139 Grid 1 max:
1.267750428956195
Grid 2 min: 1.104193003011139 Grid 2 max:
1.267750428956195
Maximum negative weight = 0.000000000000000
Maximum positive weight = 1.000000000000000
Mean relative error = 0.000000000000000
Maximum relative error = 0.000000000000000
Least squares error = 0.000000000000000
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-16
- Max Relative Error: 10E-16
- Area Conservation : 10E-16
----------------------------------------------------------
ll1deg_grid_to_ll2.5deg_grid_patch_test161.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -w ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc -m patch -l greatcircle --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Weight File: ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: ALL
Line Type: greatcircle
Norm Type: dstarea
Extrap. Method: none
Completed weight generation successfully.
ll1deg_grid_to_ll2.5deg_grid_patch_test161.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000076152420625 Grid 1 max:
2.999923847579375
Grid 2 min: 1.000628074518533 Grid 2 max:
2.999371919347510
Maximum negative weight = -2.0250058695231291E-002
Maximum positive weight = 0.3833026175369277
Mean relative error = 2.4802280017125393E-005
Maximum relative error = 1.5211292794950135E-004
Least squares error = 1.8509706071763118E-005
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
- Area Conservation : 10E-16
----------------------------------------------------------
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc -w T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc -m conserve2nd --norm_type fracarea --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/T42_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/mpas_uniform_10242.nc
Weight File: T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in ESMF format
Destination Grid is a global grid
Destination Grid is an unstructured grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: conserve2nd
Pole option: NONE
Line Type: greatcircle
Norm Type: fracarea
Extrap. Method: none
Completed weight generation successfully.
T42_grid_to_mpas_uniform_10242_conserve2nd_test162.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000592936755168 Grid 1 max:
2.999407063244833
Grid 2 min: 0.9998345015286449 Grid 2 max:
2.999834680246799
Maximum negative weight = -5.2644200732807102E-002
Maximum positive weight = 1.000002319647793
Mean relative error = 3.8729980878907035E-004
Maximum relative error = 3.5374017108487392E-003
Least squares error = 2.7344395691685815E-004
Grid 1 area = 25.13274116387593
Grid 2 area = 25.13274116387591
Conservation error = 1.7763568394002505E-014
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-14
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test163.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc -m patch -p none --extrap_method neareststod --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: neareststod
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test163.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352488 Grid 2 max:
2.998972762647393
Maximum negative weight = -6.6825024090604604E-002
Maximum positive weight = 1.000000000000000
Mean relative error = 1.5501198156397646E-004
Maximum relative error = 9.5101251020479486E-004
Least squares error = 1.1565865982919035E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test164.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc -m patch -p none --extrap_method nearestidavg --extrap_num_dst_pnts 6 --extrap_dst_exponent 3.0 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: nearestidavg
Extrap. Number of Source Points: 8
Extrap. Dist. Exponent: 2.000000
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test164.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352488 Grid 2 max:
2.998972762647393
Maximum negative weight = -6.6825024090604604E-002
Maximum positive weight = 0.6353546525164413
Mean relative error = 1.5498150778739991E-004
Maximum relative error = 9.5101251020479486E-004
Least squares error = 1.1564803878020767E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 20E-05
- Max Relative Error: 20E-04
- Area Conservation : 10E-16
----------------------------------------------------------
ll2.5deg_grid_to_ll1deg_grid_patch_test165.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_RegridWeightGen -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc -w ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc -m patch -p none --extrap_method creep --extrap_num_levels 2 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll2.5deg_grid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridWeightGenCheck/input/ll1deg_grid.nc
Weight File: ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc
Source File is in SCRIP format
Source Grid is a global grid
Source Grid is a logically rectangular grid
Use the center coordinates of the source grid to do the regrid
Destination File is in SCRIP format
Destination Grid is a global grid
Destination Grid is a logically rectangular grid
Use the center coordinates of the destination grid to do the regrid
Regrid Method: patch
Pole option: NONE
Line Type: cartesian
Norm Type: dstarea
Extrap. Method: creep
Extrap. Number of Levels: 2
Completed weight generation successfully.
ll2.5deg_grid_to_ll1deg_grid_patch_test165.nc -
ESMF Offline Regridding Weight Generator
Grid 1 min: 1.000475889201700 Grid 1 max:
2.999524110798300
Grid 2 min: 1.001027237352488 Grid 2 max:
2.998972762647393
Maximum negative weight = -6.6825024090604604E-002
Maximum positive weight = 0.6960949362396290
Mean relative error = 1.5640398239842167E-004
Maximum relative error = 9.5101251020479486E-004
Least squares error = 1.1632950605771971E-004
Grid 1 area = 0.000000000000000
Grid 2 area = 0.000000000000000
Conservation error = 0.000000000000000
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
- Area Conservation : 10E-16
----------------------------------------------------------
The following is the output of 'gmake run'
perl ./RegridWeightGenCheckDriver.pl > RegridWeightGenCheck.Log
Wed May 20 14:26:24 EDT 2020 run ESMF_RegridCheck dryrun ...............PASSED
Wed May 20 14:31:16 EDT 2020 run ESMF_RegridCheck (16 PETS).............PASSED
Special wgettar files:
ESMF_MPIRUN: mpirun
ESMF_TOOLRUN:
NUM_PROCS: 16
Tests to be run:
BT42_ugrid_to_BT42_ugrid_dual_bilinear
BT42_ugrid_to_BT42_ugrid_dual_patch
BT42_ugrid_to_GRIDSPEC_2.5_bilinear
BT42_ugrid_to_GRIDSPEC_2.5_conserve
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd
C48_mosaic_to_GRIDSPEC_1x1_time_conserve
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear
Test or Dryrun Results:
BT42_ugrid_to_BT42_ugrid_dual_bilinear.out - PASSED
BT42_ugrid_to_BT42_ugrid_dual_patch.out - PASSED
BT42_ugrid_to_GRIDSPEC_2.5_bilinear.out - PASSED
BT42_ugrid_to_GRIDSPEC_2.5_conserve.out - PASSED
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch.out - PASSED
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod.out - PASSED
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve.out - PASSED
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear.out - PASSED
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch.out - PASSED
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear.out - PASSED
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod.out - PASSED
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd.out - PASSED
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd.out - PASSED
C48_mosaic_to_GRIDSPEC_1x1_time_conserve.out - PASSED
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear.out - PASSED
The following tests pass:
BT42_ugrid_to_BT42_ugrid_dual_bilinear
BT42_ugrid_to_BT42_ugrid_dual_patch
BT42_ugrid_to_GRIDSPEC_2.5_bilinear
BT42_ugrid_to_GRIDSPEC_2.5_conserve
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd
C48_mosaic_to_GRIDSPEC_1x1_time_conserve
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear
Found 19 external tests, 19 pass and 0 fail.
The following are the output files of the external tests.
----------------------------------------------------------
BT42_ugrid_to_BT42_ugrid_dual_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc -m bilinear --src_var nodedata --dst_var nodedata --dst_loc corner --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc
Source variable names: nodedata
Destination variable names: nodedata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name mesh
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = nodedata
Value min: 1.002391909653100 Value max:
3.997608090346899
Mean relative error = 2.8067638164246020E-004
Maximum relative error = 1.7939074934947413E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
BT42_ugrid_to_BT42_ugrid_dual_patch.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc -m patch --src_var nodedata --dst_var nodedata1 --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid_dual.nc
Source variable names: nodedata
Destination variable names: nodedata1
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name mesh
Destination Grid is a global grid
Regrid Method: patch
Pole option: ALL
Variable Name = nodedata1
Value min: 1.875144465976777 Value max:
3.998802470618330
Mean relative error = 1.6474543502075547E-004
Maximum relative error = 4.4639803891325904E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
----------------------------------------------------------
BT42_ugrid_to_GRIDSPEC_2.5_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc -m bilinear --src_var nodedata --dst_var nodedata --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc
Source variable names: nodedata
Destination variable names: nodedata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = nodedata
Value min: 1.002264965699437 Value max:
3.997735033240307
Mean relative error = 1.6269674760722376E-004
Maximum relative error = 1.5775167675972802E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
BT42_ugrid_to_GRIDSPEC_2.5_conserve.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc -m conserve --src_var elmtdata --dst_var elmtdata --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/BT42_ugrid.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5.nc
Source variable names: elmtdata
Destination variable names: elmtdata
Source File is in UGRID format with mesh name mesh
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: conservative
Pole option: NONE
Variable Name = elmtdata
Value min: 1.002698590982679 Value max:
3.997301407975296
Mean relative error = 7.8377542233516468E-004
Maximum relative error = 4.1281067930916812E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_patch.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -m patch --src_var so --dst_var so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Variable Name = so
Value min: 1.001579263971404 Value max:
13.99842071388053
Mean relative error = 8.6595176536922430E-006
Maximum relative error = 1.5183578862630823E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1x1_time_to_GRIDSPEC_2.5_time_neareststod.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -m neareststod --src_var so --dst_var so -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Variable Name = so
Value min: 1.002054758780645 Value max:
13.99794524121936
Mean relative error = 7.1785038341433741E-004
Maximum relative error = 5.4422423963820009E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_2.5_time_to_GRIDSPEC_1x1_time_nearestdtos.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m nearestdtos --src_var so --dst_var so1 -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_2.5_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: so
Destination variable names: so1
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: nearest destination to source
Pole option: NONE
Ignore unmapped destination points
Variable Name = so1
Value min: 1.002054758780645 Value max:
13.99794524121936
Mean relative error = 1.7516227605962697E-009
Maximum relative error = 1.9142184809378590E-008
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-09
- Max Relative Error: 10E-08
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_patch.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m patch --src_var zeta --dst_var zeta -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: zeta
Destination variable names: zeta
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: patch
Pole option: NONE
Ignore unmapped destination points
Variable Name = zeta
Value min: 1.104202628135681 Value max:
1.267532110214233
Mean relative error = 9.2988602832316701E-007
Maximum relative error = 5.0433009625879547E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_conserve.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m conserve --src_var ua,va --dst_var ua,va -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: ua,va
Destination variable names: ua,va
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: conservative
Pole option: NONE
Ignore unmapped destination points
Variable Name = ua
Value min: 1.104264378547668 Value max:
1.267504334449768
Mean relative error = 1.1735919555742817E-004
Maximum relative error = 1.2464727676687285E-003
Variable Name = va
Value min: 1.104264378547668 Value max:
1.267504334449768
Mean relative error = 1.1735919555742817E-004
Maximum relative error = 1.2464727676687285E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
FVCOM_grid2d_test_to_GRIDSPEC_1140x690_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -m bilinear --src_var ua,va --dst_var ua,va -i -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Source variable names: ua,va
Destination variable names: ua,va
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a regional grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a regional grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: bilinear
Pole option: NONE
Ignore unmapped destination points
Variable Name = ua
Value min: 1.104202628135681 Value max:
1.267531991004944
Mean relative error = 7.8968878393586553E-007
Maximum relative error = 8.7499938016077308E-006
Variable Name = va
Value min: 1.104202628135681 Value max:
1.267531991004944
Mean relative error = 7.8968878393586553E-007
Maximum relative error = 8.7499938016077308E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-07
- Max Relative Error: 10E-06
----------------------------------------------------------
FVCOM_grid2d_test_to_ADCIRC_grid2d_patch.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -m patch --src_var zeta --dst_var zeta --dst_loc corner -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Source variable names: zeta
Destination variable names: zeta
Souce Grid has a mask, using missingvalue -999.0000000000000
Source File is in UGRID format with mesh name fvcom_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name adcirc_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -999.0000000000000
Regrid Method: patch
Pole option: ALL
Ignore unmapped destination points
Variable Name = zeta
Value min: 1.104153871536255 Value max:
1.267814874649048
Mean relative error = 6.5311419776244359E-008
Maximum relative error = 4.5498045445955654E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-06
----------------------------------------------------------
ADCIRC_grid2d_to_FVCOM_grid2d_test_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m bilinear --src_var pressure --dst_var pressure -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: pressure
Destination variable names: pressure
Souce Grid has a mask, using missingvalue -99999.00000000000
Source File is in UGRID format with mesh name adcirc_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -99999.00000000000
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Variable Name = pressure
Value min: 1.104193157533732 Value max:
1.267750495359797
Mean relative error = 6.1157485954701603E-008
Maximum relative error = 6.6411095255865665E-006
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-06
----------------------------------------------------------
ADCIRC_grid2d_to_FVCOM_grid2d_test_neareststod.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m neareststod --src_var pressure --dst_var pressure1 --dst_loc corner -i --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/ADCIRC_grid2d.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: pressure
Destination variable names: pressure1
Souce Grid has a mask, using missingvalue -99999.00000000000
Source File is in UGRID format with mesh name adcirc_mesh
Source Grid is a global grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a global grid
Destination Grid has a mask, using missing value -99999.00000000000
Regrid Method: nearest source to destination
Pole option: NONE
Ignore unmapped destination points
Variable Name = pressure1
Value min: 1.104094982147217 Value max:
1.267814874649048
Mean relative error = 8.2620244268074340E-008
Maximum relative error = 1.6191460025814281E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_conserve2nd.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m conserve2nd --src_var so --dst_var so -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: so
Destination variable names: so
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a regional grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a regional grid
Regrid Method: 2nd order conservative
Pole option: NONE
Variable Name = so
Value min: 1.104126687450842 Value max:
1.267965453679941
Mean relative error = 4.6835925843086458E-006
Maximum relative error = 2.3751400488274888E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-06
- Max Relative Error: 10E-04
----------------------------------------------------------
GRIDSPEC_1140x690_to_FVCOM_grid2d_test_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc -m bilinear --src_var so --dst_var so1 --dst_loc corner -r --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1140x690.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/FVCOM_grid2d_test.nc
Source variable names: so
Destination variable names: so1
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a regional grid
Destination File is in UGRID format with mesh name fvcom_mesh
Destination Grid is a regional grid
Regrid Method: bilinear
Pole option: NONE
Variable Name = so1
Value min: 1.104095141167701 Value max:
1.267814986075502
Mean relative error = 8.7349906487729923E-008
Maximum relative error = 1.9421354484462889E-007
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-08
- Max Relative Error: 10E-07
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m bilinear --src_var area_land --dst_var area_land --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: area_land
Destination variable names: area_land
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: bilinear
Pole option: ALL
Variable Name = area_land
Value min: 1.000688195228577 Value max:
2.999311923980713
Mean relative error = 1.0485143151861608E-004
Maximum relative error = 8.7008138869185884E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-04
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_conserve2nd.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m conserve2nd --src_var evap_land --dst_var evap_land --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: evap_land
Destination variable names: evap_land
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: 2nd order conservative
Pole option: NONE
Variable Name = evap_land
Value min: 0.9998473525047302 Value max:
14.00015258789063
Mean relative error = 4.2834423606389221E-005
Maximum relative error = 1.5236834409609469E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-03
----------------------------------------------------------
C48_mosaic_to_GRIDSPEC_1x1_time_conserve.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -m conserve --src_var area_land,evap_land --dst_var var2d,var3d --srcdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Source variable names: area_land,evap_land
Destination variable names: var2d,var3d
Source File is in GRIDSPEC MOSAIC format
Source Grid is a global grid
Destination File is in GRIDSPEC format with coordinate names lon lat
Destination Grid is a global grid
Regrid Method: conservative
Pole option: NONE
Variable Name = var2d
Value min: 1.000611424446106 Value max:
2.999388694763184
Mean relative error = 1.8126691836533528E-003
Maximum relative error = 8.1195373620227915E-003
Variable Name = var3d
Value min: 1.000611424446106 Value max:
13.99938869476318
Mean relative error = 6.3581060437060489E-004
Maximum relative error = 8.1195373620227915E-003
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-04
- Max Relative Error: 10E-03
----------------------------------------------------------
GRIDSPEC_1x1_time_to_C48_mosaic_bilinear.out
mpirun -np 16 /discover/nobackup/rokuingh/sandbox/esmf/DEFAULTINSTALLDIR/bin/binO/Linux.pgi.64.openmpi.default/ESMF_Regrid -s /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc -d /gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc -m bilinear --src_var so --dst_var so -i --dstdatafile mosaictest --tilefile_path ./input/ --check
Starting weight generation with these inputs:
Source File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/GRIDSPEC_1x1_time.nc
Destination File:
/gpfsm/dnb31/rokuingh/sandbox/external_demos/ESMF_RegridCheck/input/C48_mosaic.nc
Source variable names: so
Destination variable names: so
Souce Grid has a mask, using missingvalue 1.0000000000000000E+020
Source File is in GRIDSPEC format with coordinate names lon lat
Source Grid is a global grid
Destination File is in GRIDSPEC MOSAIC format
Destination Grid is a global grid
Destination Grid has a mask, using missing value 1.0000000000000000E+020
Regrid Method: bilinear
Pole option: ALL
Ignore unmapped destination points
Variable Name = so
Value min: 1.000781606901139 Value max:
13.99921839309886
Mean relative error = 1.0051948289107548E-005
Maximum relative error = 2.0743945609521890E-004
Completed file regrid successfully.
Tolerance values:
- Mean Relative Error: 10E-05
- Max Relative Error: 10E-04
----------------------------------------------------------
The following is the output of 'gmake run'
perl ./RegridCheckDriver.pl > RegridCheck.Log
The tarballs of the tests and examples directories can be found at:
/discover/nobackup/rokuingh/sandbox/external_demos/logs.
These tarballs contain the *Log and *stdout files only, not the executables.
This directory also contains failed build output files with the naming convention of
build_ESMF_BOPT_(day)(platform)ESMF_OS ESMF_ABI ESMF_COMPILER ESMF_COMM.
For example, if the build fails on longs on the 19th of the month with ESMF_BOPT=g, the file
would be called 'build_g_19longslinux32pgimpiuni'.