Script end: Mon May 25 14:13:19 MDT 2020


______________________________________ESMPY TEST SUMMARY_________________________________________

               BUILD       INSTALL    OS.COMPILER.COMM.ABI       external demos     bfb compare
_________________________________________________________________________________________________
               PASS/FAIL   PASS/FAIL                              PASS/FAIL/SKIP PASS/FAIL/NOTFOUND
________________________________________________________________________________________________
r2i4n1(g)       PASS        PASS    Linux.intel.intelmpi.64    324/0/44         40/0/0          0/0/0
r12i2n10(O)     PASS        PASS    Linux.intel.intelmpi.64    324/0/44         40/0/0         92/0/0

_____________________________________________________________________________________________________________

Fri May 22 19:09:04 MDT 2020 on r2i4n1 

ESMF Checkout Source: git://git.code.sf.net/p/esmf/esmf

Compiler and configuration information:

-------------------------------------------------------------- 

Currently Loaded Modules:
  1) ncarenv/1.3    3) ncarcompilers/0.5.0   5) netcdf/4.7.1
  2) intel/18.0.5   4) impi/2018.4.274       6) python/3.6.8intel

 



 
ESMF Repository:
origin	git@github.com:esmf-org/esmf.git (fetch)
origin	git@github.com:esmf-org/esmf.git (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/addon/ESMPy/PET0.ESMF_LogFile
	src/addon/ESMPy/PET1.ESMF_LogFile
	src/addon/ESMPy/PET2.ESMF_LogFile
	src/addon/ESMPy/PET3.ESMF_LogFile
	src/addon/ESMPy/environ
	src/addon/ESMPy/esmpy_example_weight_file.nc
	src/addon/ESMPy/esmpy_test_field_from_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file2.nc
	src/addon/ESMPy/queue_results
	src/addon/ESMPy/routehandlefile.nc
	src/addon/ESMPy/tmp
	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 4.0
Built for x86_64-unknown-linux-gnu
Copyright (C) 1988-2013 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later 
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law.

--------------------------------------------------------------
Fortran Compiler version:
mpiifort for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) Fortran Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
ifort: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

ifort version 18.0.5

--------------------------------------------------------------
C++ Compiler version:
mpiicpc for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) C++ Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
icpc: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

icpc version 18.0.5 (gcc version 4.8.0 compatibility)

--------------------------------------------------------------
Preprocessor version:
gcc (SUSE Linux) 4.8.5
Copyright (C) 2015 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.

 
--------------------------------------------------------------
 * User set ESMF environment variables *
ESMF_ABI=64
ESMF_BOPT=g
ESMF_COMM=intelmpi
ESMF_COMPILER=intel
ESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_MPIRUN=mpirun
ESMF_NETCDF_INCLUDE=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBPATH=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_NETCDF=split
ESMF_NUM_PROCS=4
ESMF_OS=Linux
ESMF_SITE=default
ESMF_TESTEXHAUSTIVE=ON
ESMF_TESTWITHTHREADS=OFF
 
--------------------------------------------------------------
 * ESMF environment variables *
ESMF_DIR: /glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_OS:                Linux
ESMF_MACHINE:           x86_64
ESMF_ABI:               64
ESMF_COMPILER:          intel
ESMF_BOPT:              g
ESMF_COMM:              intelmpi
ESMF_SITE:              default
ESMF_PTHREADS:          ON
ESMF_OPENMP:            ON
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:   OFF
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:             split
ESMF_NETCDF_INCLUDE:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBS:        -lnetcdff -lnetcdf
ESMF_NETCDF_LIBPATH:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_YAMLCPP:            internal
ESMF_PIO:                internal
 
--------------------------------------------------------------
 * ESMF environment variables for final installation *
ESMF_INSTALL_PREFIX:    ./DEFAULTINSTALLDIR
ESMF_INSTALL_HEADERDIR: include
ESMF_INSTALL_MODDIR:    mod/modg/Linux.intel.64.intelmpi.default
ESMF_INSTALL_LIBDIR:    lib/libg/Linux.intel.64.intelmpi.default
ESMF_INSTALL_BINDIR:    bin/bing/Linux.intel.64.intelmpi.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:    /glade/work/rokuingh/python/3.6.8/intel/18.0.5/bin:/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi:/glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5:/glade/u/apps/opt/intel/2018u4/vtune_amplifier/bin64:/glade/u/apps/opt/intel/2018u4/inspector/bin64:/glade/u/apps/opt/intel/2018u4/advisor/bin64:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/bin/intel64:/glade/u/apps/opt/vncmgr:/glade/u/apps/opt/globus-utils:/glade/u/apps/ch/opt/usr/bin:/glade/u/apps/ch/opt/lmod/8.1.7/bin:/ncar/opt/slurm/latest/bin:/opt/clmgr/sbin:/opt/clmgr/bin:/opt/sgi/sbin:/opt/sgi/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/games:/opt/ibutils/bin:/usr/lib/mit/bin:/opt/pbs/bin:/sbin:/glade/u/apps/opt/hpss/hpss-client.5.0.2.p5/bin:/glade/u/apps/ch/os/usr/bin
LD_LIBRARY_PATH: /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/lib:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/lib/intel64:/ncar/opt/slurm/latest/lib:/glade/u/apps/ch/os/usr/lib64:/glade/u/apps/ch/os/usr/lib:/glade/u/apps/ch/os/lib64:/glade/u/apps/ch/os/lib
 
--------------------------------------------------------------
 * Compilers, Linkers, Flags, and Libraries *
Location of the preprocessor:      /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/gcc
Location of the Fortran compiler:  /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the Fortran linker:    /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the C++ compiler:      /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc
Location of the C++ linker:        /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc

Fortran compiler flags:
ESMF_F90COMPILER: mpiifort
ESMF_F90COMPILEOPTS: -g -traceback -check arg_temp_created,bounds,format,output_conversion,stack,uninit -fPIC -assume realloc_lhs -m64 -mcmodel=small -threads  -qopenmp
ESMF_F90COMPILEPATHS: -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/mod/modg/Linux.intel.64.intelmpi.default -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_g -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_F90COMPILEFREECPP: 
ESMF_F90COMPILEFREENOCPP: 
ESMF_F90COMPILEFIXCPP: 
ESMF_F90COMPILEFIXNOCPP: 

Fortran linker flags:
ESMF_F90LINKOPTS:   -m64 -mcmodel=small -threads -Wl,--no-as-needed  -qopenmp
ESMF_F90LINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libg/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib 
ESMF_F90LINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libg/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_F90LINKLIBS:  -cxxlib -lrt -ldl -lnetcdff -lnetcdf
ESMF_F90ESMFLINKLIBS: -lesmf  -cxxlib -lrt -ldl -lnetcdff -lnetcdf

C++ compiler flags:
ESMF_CXXCOMPILER: mpiicpc
ESMF_CXXCOMPILEOPTS: -std=c++11 -g -traceback -Wcheck -fPIC -m64 -mcmodel=small -pthread  -qopenmp
ESMF_CXXCOMPILEPATHS:  -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include  -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/prologue/yaml-cpp/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE  -DESMF_BOPT_g -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf -D__SDIR__='' -DESMF_CXXSTD=11

C++ linker flags:
ESMF_CXXLINKOPTS:   -m64 -mcmodel=small -pthread -Wl,--no-as-needed  -qopenmp
ESMF_CXXLINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libg/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -L/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libg/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -Wl,-rpath,/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKLIBS:  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -ldl -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf
ESMF_CXXESMFLINKLIBS: -lesmf  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -ldl -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf

Shared library build:
ESMF_SL_LIBS_TO_MAKE: libesmf
ESMF_SL_SUFFIX:       so
ESMF_SL_LIBLINKER:    mpiicpc
ESMF_SL_LIBOPTS:       -pthread -shared  -qopenmp
ESMF_SL_LIBLIBS:      

ESMF Tracing linker options:
ESMF_TRACE_LDPRELOAD=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libg/Linux.intel.64.intelmpi.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 Fri May 22 19:09:07 MDT 2020 on r2i4n1
Machine characteristics: Linux r2i4n1 4.12.14-95.37.1.18642.1.PTF.1155508-default #1 SMP Mon Nov 4 13:03:21 UTC 2019 (9cc1377) x86_64 x86_64 x86_64 GNU/Linux
==============================================================
 
Fri May 22 19:29:02 MDT 2020 library build -j4 ............PASS
Fri May 22 19:29:40 MDT 2020 library install ..............PASS
Fri May 22 19:29:44 MDT 2020 library installcheck .........PASS

|------------------------ PYTHON BUILD ------------------------|
Fri May 22 19:29:48 MDT 2020 python build .................PASS


|---------------- PYTHON UNIT PARALLEL TESTS ------------------|
Fri May 22 19:29:59 MDT 2020 run test_parallel ............PASS

Found 368 parallel unit tests, 324 pass,   0 fail and 44 were skipped.


 The following is the run_unit_tests_parallel.out file.

running test_parallel
test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok

----------------------------------------------------------------------
Ran 92 tests in 9.270s

OK (SKIP=11)
ok

----------------------------------------------------------------------
Ran 92 tests in 9.269s

OK (SKIP=11)
ok

----------------------------------------------------------------------
Ran 92 tests in 9.269s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([5], dtype=int32)
    upper bounds = array([10], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [3 0]

    exclusiveUBounds = [ 6 20]
int32
Grid Bounds:
    exclusiveLBounds = [3 0 0]

    exclusiveUBounds = [ 6 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS

local_pet = 1


pet_count = 4

Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([10], dtype=int32)
    upper bounds = array([15], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [6 0]

    exclusiveUBounds = [ 9 20]
int32
Grid Bounds:
    exclusiveLBounds = [6 0 0]

    exclusiveUBounds = [ 8 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS

local_pet = 2


pet_count = 4

Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([15], dtype=int32)
    upper bounds = array([20], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [9 0]

    exclusiveUBounds = [12 20]
int32
Grid Bounds:
    exclusiveLBounds = [8 0 0]

    exclusiveUBounds = [10 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS

local_pet = 3


pet_count = 4

ok

----------------------------------------------------------------------
Ran 92 tests in 9.269s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([0], dtype=int32)
    upper bounds = array([5], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [0 0]

    exclusiveUBounds = [ 3 20]
int32
Grid Bounds:
    exclusiveLBounds = [0 0 0]

    exclusiveUBounds = [ 3 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 


  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.001644712412741019
  Max  relative error = 0.00632260657635561
  Conservation  error = 1.5420348779874812e-16
PET0 - PASS

  Mean relative error = 0.0021560174316746917
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0006158773776454592
  Max  relative error = 0.0020478537206400373
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002029689100025825
  Max  relative error = 0.024456521739130436
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0021560174316746883
  Max  relative error = 0.021739130434782764
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037733241800767425
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.03880663005126584
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037109375
  Max  relative error = 0.037109375
  Conservation  error = 0.0
PET0 - PASS

local_pet = 0


pet_count = 4




|-------------- PYTHON EXAMPLES PARALLEL TESTS ----------------|
Fri May 22 19:30:29 MDT 2020 run examples parallel tests ..PASS

Found 40 examples parallel tests, 40 pass,   0 fail and 0 crashed.


 The following is the run_examples_parallel.out file.

running test_examples_parallel
test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... Hello ESMPy World from PET (processor) 2!
Hello ESMPy World from PET (processor) 3!
ok

----------------------------------------------------------------------
Ran 10 tests in 28.387s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 28.389s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 28.389s

OK
ESMPy Field Data Regridding Example Finished Successfully
Successfully created a grid with masking and switched periodic dimensions for regridding!
ESMPy Grid LocStream Regridding Example
  interpolation mean relative error = 0.01944275635764881
Hello ESMPy World from PET (processor) 0!
ESMPy LocStream Grid Regridding Example
  interpolation mean relative error = 8.973534323145588e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 2.2839050714024556e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 0.0029621541650294665
Fields created from file regridded successfully :)
ESMPy UGRID to LatLon Regridding Example
ESMPy Ungridded Field Dimensions Example
  interpolation mean relative error = 0.000768815903363929
  mass conservation relative error  = 0.0
Hello ESMPy World from PET (processor) 1!
ok

----------------------------------------------------------------------
Ran 10 tests in 28.386s

OK



_____________________________________________________________________________________________________________

Fri May 22 19:36:32 MDT 2020 on r1i4n1 

ESMF Checkout Source: git://git.code.sf.net/p/esmf/esmf

Compiler and configuration information:

-------------------------------------------------------------- 

Currently Loaded Modules:
  1) ncarenv/1.3    3) ncarcompilers/0.5.0   5) netcdf/4.7.1
  2) intel/18.0.5   4) impi/2018.4.274       6) python/3.6.8intel

 



 
ESMF Repository:
origin	git@github.com:esmf-org/esmf.git (fetch)
origin	git@github.com:esmf-org/esmf.git (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/addon/ESMPy/PET0.ESMF_LogFile
	src/addon/ESMPy/PET1.ESMF_LogFile
	src/addon/ESMPy/PET2.ESMF_LogFile
	src/addon/ESMPy/PET3.ESMF_LogFile
	src/addon/ESMPy/environ
	src/addon/ESMPy/esmpy_example_weight_file.nc
	src/addon/ESMPy/esmpy_test_field_from_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file2.nc
	src/addon/ESMPy/queue_results
	src/addon/ESMPy/routehandlefile.nc
	src/addon/ESMPy/tmp
	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 4.0
Built for x86_64-unknown-linux-gnu
Copyright (C) 1988-2013 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later 
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law.

--------------------------------------------------------------
Fortran Compiler version:
mpiifort for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) Fortran Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
ifort: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

ifort version 18.0.5

--------------------------------------------------------------
C++ Compiler version:
mpiicpc for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) C++ Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
icpc: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

icpc version 18.0.5 (gcc version 4.8.0 compatibility)

--------------------------------------------------------------
Preprocessor version:
gcc (SUSE Linux) 4.8.5
Copyright (C) 2015 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.

 
--------------------------------------------------------------
 * User set ESMF environment variables *
ESMF_ABI=64
ESMF_BOPT=O
ESMF_COMM=intelmpi
ESMF_COMPILER=intel
ESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_MPIRUN=mpirun
ESMF_NETCDF_INCLUDE=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBPATH=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_NETCDF=split
ESMF_NUM_PROCS=4
ESMF_OS=Linux
ESMF_SITE=default
ESMF_TESTEXHAUSTIVE=ON
ESMF_TESTWITHTHREADS=OFF
 
--------------------------------------------------------------
 * ESMF environment variables *
ESMF_DIR: /glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_OS:                Linux
ESMF_MACHINE:           x86_64
ESMF_ABI:               64
ESMF_COMPILER:          intel
ESMF_BOPT:              O
ESMF_COMM:              intelmpi
ESMF_SITE:              default
ESMF_PTHREADS:          ON
ESMF_OPENMP:            ON
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:   OFF
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:             split
ESMF_NETCDF_INCLUDE:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBS:        -lnetcdff -lnetcdf
ESMF_NETCDF_LIBPATH:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_YAMLCPP:            internal
ESMF_PIO:                internal
 
--------------------------------------------------------------
 * ESMF environment variables for final installation *
ESMF_INSTALL_PREFIX:    ./DEFAULTINSTALLDIR
ESMF_INSTALL_HEADERDIR: include
ESMF_INSTALL_MODDIR:    mod/modO/Linux.intel.64.intelmpi.default
ESMF_INSTALL_LIBDIR:    lib/libO/Linux.intel.64.intelmpi.default
ESMF_INSTALL_BINDIR:    bin/binO/Linux.intel.64.intelmpi.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:    /glade/work/rokuingh/python/3.6.8/intel/18.0.5/bin:/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi:/glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5:/glade/u/apps/opt/intel/2018u4/vtune_amplifier/bin64:/glade/u/apps/opt/intel/2018u4/inspector/bin64:/glade/u/apps/opt/intel/2018u4/advisor/bin64:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/bin/intel64:/glade/u/apps/opt/vncmgr:/glade/u/apps/opt/globus-utils:/glade/u/apps/ch/opt/usr/bin:/glade/u/apps/ch/opt/lmod/8.1.7/bin:/ncar/opt/slurm/latest/bin:/opt/clmgr/sbin:/opt/clmgr/bin:/opt/sgi/sbin:/opt/sgi/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/games:/opt/ibutils/bin:/usr/lib/mit/bin:/opt/pbs/bin:/sbin:/glade/u/apps/opt/hpss/hpss-client.5.0.2.p5/bin:/glade/u/apps/ch/os/usr/bin
LD_LIBRARY_PATH: /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/lib:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/lib/intel64:/ncar/opt/slurm/latest/lib:/glade/u/apps/ch/os/usr/lib64:/glade/u/apps/ch/os/usr/lib:/glade/u/apps/ch/os/lib64:/glade/u/apps/ch/os/lib
 
--------------------------------------------------------------
 * Compilers, Linkers, Flags, and Libraries *
Location of the preprocessor:      /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/gcc
Location of the Fortran compiler:  /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the Fortran linker:    /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the C++ compiler:      /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc
Location of the C++ linker:        /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc

Fortran compiler flags:
ESMF_F90COMPILER: mpiifort
ESMF_F90COMPILEOPTS: -O -fPIC -assume realloc_lhs -m64 -mcmodel=small -threads  -qopenmp
ESMF_F90COMPILEPATHS: -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/mod/modO/Linux.intel.64.intelmpi.default -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_F90COMPILEFREECPP: 
ESMF_F90COMPILEFREENOCPP: 
ESMF_F90COMPILEFIXCPP: 
ESMF_F90COMPILEFIXNOCPP: 

Fortran linker flags:
ESMF_F90LINKOPTS:   -m64 -mcmodel=small -threads -Wl,--no-as-needed  -qopenmp
ESMF_F90LINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib 
ESMF_F90LINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_F90LINKLIBS:  -cxxlib -lrt -ldl -lnetcdff -lnetcdf
ESMF_F90ESMFLINKLIBS: -lesmf  -cxxlib -lrt -ldl -lnetcdff -lnetcdf

C++ compiler flags:
ESMF_CXXCOMPILER: mpiicpc
ESMF_CXXCOMPILEOPTS: -std=c++11 -O -DNDEBUG -fPIC -m64 -mcmodel=small -pthread  -qopenmp
ESMF_CXXCOMPILEPATHS:  -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include  -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/prologue/yaml-cpp/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE  -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf -D__SDIR__='' -DESMF_CXXSTD=11

C++ linker flags:
ESMF_CXXLINKOPTS:   -m64 -mcmodel=small -pthread -Wl,--no-as-needed  -qopenmp
ESMF_CXXLINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -L/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -Wl,-rpath,/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKLIBS:  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf
ESMF_CXXESMFLINKLIBS: -lesmf  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf

Shared library build:
ESMF_SL_LIBS_TO_MAKE: libesmf
ESMF_SL_SUFFIX:       so
ESMF_SL_LIBLINKER:    mpiicpc
ESMF_SL_LIBOPTS:       -pthread -shared  -qopenmp
ESMF_SL_LIBLIBS:      

ESMF Tracing linker options:
ESMF_TRACE_LDPRELOAD=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.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 Fri May 22 19:36:35 MDT 2020 on r1i4n1
Machine characteristics: Linux r1i4n1 4.12.14-95.37.1.18642.1.PTF.1155508-default #1 SMP Mon Nov 4 13:03:21 UTC 2019 (9cc1377) x86_64 x86_64 x86_64 GNU/Linux
==============================================================
 
Fri May 22 20:01:52 MDT 2020 library build -j4 ............PASS
Fri May 22 20:02:25 MDT 2020 library install ..............PASS
Fri May 22 20:02:28 MDT 2020 library installcheck .........PASS

|------------------------ PYTHON BUILD ------------------------|
Fri May 22 20:02:31 MDT 2020 python build .................PASS


|---------------- PYTHON UNIT PARALLEL TESTS ------------------|
Fri May 22 20:02:34 MDT 2020 run test_parallel ............PASS

Found 368 parallel unit tests, 324 pass,   0 fail and 44 were skipped.


 The following is the run_unit_tests_parallel.out file.

running test_parallel
test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([0], dtype=int32)
    upper bounds = array([5], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [0 0]

    exclusiveUBounds = [ 3 20]
int32
Grid Bounds:
    exclusiveLBounds = [0 0 0]

    exclusiveUBounds = [ 3 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 


  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0016447124127410193
  Max  relative error = 0.006322606576355609
  Conservation  error = 1.5420348779874812e-16
PET0 - PASS

  Mean relative error = 0.0021560174316746917
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.000615877377645456
  Max  relative error = 0.0020478537206400373
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002029689100025825
  Max  relative error = 0.024456521739130436
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002156017431674681
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037733241800767425
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.03880663005126584
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037109375
  Max  relative error = 0.037109375
  Conservation  error = 0.0
PET0 - PASS

local_pet = 0


pet_count = 4

ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([5], dtype=int32)
    upper bounds = array([10], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [3 0]

    exclusiveUBounds = [ 6 20]
int32
Grid Bounds:
    exclusiveLBounds = [3 0 0]

    exclusiveUBounds = [ 6 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS

local_pet = 1


pet_count = 4

Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([10], dtype=int32)
    upper bounds = array([15], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [6 0]

    exclusiveUBounds = [ 9 20]
int32
Grid Bounds:
    exclusiveLBounds = [6 0 0]

    exclusiveUBounds = [ 8 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS

local_pet = 2


pet_count = 4

Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([15], dtype=int32)
    upper bounds = array([20], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [9 0]

    exclusiveUBounds = [12 20]
int32
Grid Bounds:
    exclusiveLBounds = [8 0 0]

    exclusiveUBounds = [10 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS

local_pet = 3


pet_count = 4




|-------------- PYTHON EXAMPLES PARALLEL TESTS ----------------|
Fri May 22 20:02:40 MDT 2020 run examples parallel tests ..PASS

Found 40 examples parallel tests, 40 pass,   0 fail and 0 crashed.


 The following is the run_examples_parallel.out file.

running test_examples_parallel
test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... Hello ESMPy World from PET (processor) 1!
ok

----------------------------------------------------------------------
Ran 10 tests in 4.758s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 4.748s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 4.748s

OK
ESMPy Field Data Regridding Example Finished Successfully
Successfully created a grid with masking and switched periodic dimensions for regridding!
ESMPy Grid LocStream Regridding Example
  interpolation mean relative error = 0.019442756357648784
Hello ESMPy World from PET (processor) 0!
ESMPy LocStream Grid Regridding Example
  interpolation mean relative error = 8.973534323145588e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 2.2839050714024556e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 0.00296215416502947
Fields created from file regridded successfully :)
ESMPy UGRID to LatLon Regridding Example
ESMPy Ungridded Field Dimensions Example
  interpolation mean relative error = 0.0007688159033639291
  mass conservation relative error  = 0.0
Hello ESMPy World from PET (processor) 2!
Hello ESMPy World from PET (processor) 3!
ok

----------------------------------------------------------------------
Ran 10 tests in 4.757s

OK



|----------- PYTHON REGRID FROM FILE PARALLEL TESTS -----------|

_____________________________________________________________________________________________________________

Mon May 25 13:04:02 MDT 2020 on r12i2n10 

ESMF Checkout Source: git://git.code.sf.net/p/esmf/esmf

Compiler and configuration information:

-------------------------------------------------------------- 

Currently Loaded Modules:
  1) ncarenv/1.3    3) ncarcompilers/0.5.0   5) netcdf/4.7.1
  2) intel/18.0.5   4) impi/2018.4.274       6) python/3.6.8intel

 



 
ESMF Repository:
origin	git@github.com:esmf-org/esmf.git (fetch)
origin	git@github.com:esmf-org/esmf.git (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/addon/ESMPy/PET0.ESMF_LogFile
	src/addon/ESMPy/PET1.ESMF_LogFile
	src/addon/ESMPy/PET2.ESMF_LogFile
	src/addon/ESMPy/PET3.ESMF_LogFile
	src/addon/ESMPy/environ
	src/addon/ESMPy/esmpy_example_weight_file.nc
	src/addon/ESMPy/esmpy_test_field_from_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file.nc
	src/addon/ESMPy/esmpy_test_field_regrid_file2.nc
	src/addon/ESMPy/queue_results
	src/addon/ESMPy/routehandlefile.nc
	src/addon/ESMPy/tmp
	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 4.0
Built for x86_64-unknown-linux-gnu
Copyright (C) 1988-2013 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later 
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law.

--------------------------------------------------------------
Fortran Compiler version:
mpiifort for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) Fortran Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
ifort: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

ifort version 18.0.5

--------------------------------------------------------------
C++ Compiler version:
mpiicpc for the Intel(R) MPI Library 2018 Update 4 for Linux*
Copyright(C) 2003-2018, Intel Corporation.  All rights reserved.
Intel(R) C++ Intel(R) 64 Compiler for applications running on Intel(R) 64, Version 18.0.5.274 Build 20180823
Copyright (C) 1985-2018 Intel Corporation.  All rights reserved.
icpc: warning #10315: specifying -lm before files may supersede the Intel(R) math library and affect performance

icpc version 18.0.5 (gcc version 4.8.0 compatibility)

--------------------------------------------------------------
Preprocessor version:
gcc (SUSE Linux) 4.8.5
Copyright (C) 2015 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.

 
--------------------------------------------------------------
 * User set ESMF environment variables *
ESMF_ABI=64
ESMF_BOPT=O
ESMF_COMM=intelmpi
ESMF_COMPILER=intel
ESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_MPIRUN=mpirun
ESMF_NETCDF_INCLUDE=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBPATH=/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_NETCDF=split
ESMF_NUM_PROCS=4
ESMF_OS=Linux
ESMF_SITE=default
ESMF_TESTEXHAUSTIVE=ON
ESMF_TESTWITHTHREADS=OFF
 
--------------------------------------------------------------
 * ESMF environment variables *
ESMF_DIR: /glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_OS:                Linux
ESMF_MACHINE:           x86_64
ESMF_ABI:               64
ESMF_COMPILER:          intel
ESMF_BOPT:              O
ESMF_COMM:              intelmpi
ESMF_SITE:              default
ESMF_PTHREADS:          ON
ESMF_OPENMP:            ON
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:   OFF
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:             split
ESMF_NETCDF_INCLUDE:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include
ESMF_NETCDF_LIBS:        -lnetcdff -lnetcdf
ESMF_NETCDF_LIBPATH:     /glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_YAMLCPP:            internal
ESMF_PIO:                internal
 
--------------------------------------------------------------
 * ESMF environment variables for final installation *
ESMF_INSTALL_PREFIX:    ./DEFAULTINSTALLDIR
ESMF_INSTALL_HEADERDIR: include
ESMF_INSTALL_MODDIR:    mod/modO/Linux.intel.64.intelmpi.default
ESMF_INSTALL_LIBDIR:    lib/libO/Linux.intel.64.intelmpi.default
ESMF_INSTALL_BINDIR:    bin/binO/Linux.intel.64.intelmpi.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:    /glade/work/rokuingh/python/3.6.8/intel/18.0.5/bin:/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi:/glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin:/glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5:/glade/u/apps/opt/intel/2018u4/vtune_amplifier/bin64:/glade/u/apps/opt/intel/2018u4/inspector/bin64:/glade/u/apps/opt/intel/2018u4/advisor/bin64:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/bin/intel64:/glade/u/apps/opt/vncmgr:/glade/u/apps/opt/globus-utils:/glade/u/apps/ch/opt/usr/bin:/glade/u/apps/ch/opt/lmod/8.1.7/bin:/ncar/opt/slurm/latest/bin:/opt/clmgr/sbin:/opt/clmgr/bin:/opt/sgi/sbin:/opt/sgi/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/games:/opt/ibutils/bin:/usr/lib/mit/bin:/opt/pbs/bin:/sbin:/glade/u/apps/opt/hpss/hpss-client.5.0.2.p5/bin:/glade/u/apps/ch/os/usr/bin
LD_LIBRARY_PATH: /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/lib:/glade/u/apps/opt/intel/2018u4/compilers_and_libraries/linux/lib/intel64:/ncar/opt/slurm/latest/lib:/glade/u/apps/ch/os/usr/lib64:/glade/u/apps/ch/os/usr/lib:/glade/u/apps/ch/os/lib64:/glade/u/apps/ch/os/lib
 
--------------------------------------------------------------
 * Compilers, Linkers, Flags, and Libraries *
Location of the preprocessor:      /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/gcc
Location of the Fortran compiler:  /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the Fortran linker:    /glade/u/apps/ch/opt/ncarcompilers/0.5.0/intel/18.0.5/mpi/mpiifort
Location of the C++ compiler:      /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc
Location of the C++ linker:        /glade/u/apps/opt/intel/2018u4/impi/2018.4.274/intel64/bin/mpiicpc

Fortran compiler flags:
ESMF_F90COMPILER: mpiifort
ESMF_F90COMPILEOPTS: -O -fPIC -assume realloc_lhs -m64 -mcmodel=small -threads  -qopenmp
ESMF_F90COMPILEPATHS: -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/mod/modO/Linux.intel.64.intelmpi.default -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf
ESMF_F90COMPILEFREECPP: 
ESMF_F90COMPILEFREENOCPP: 
ESMF_F90COMPILEFIXCPP: 
ESMF_F90COMPILEFIXNOCPP: 

Fortran linker flags:
ESMF_F90LINKOPTS:   -m64 -mcmodel=small -threads -Wl,--no-as-needed  -qopenmp
ESMF_F90LINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib 
ESMF_F90LINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib
ESMF_F90LINKLIBS:  -cxxlib -lrt -ldl -lnetcdff -lnetcdf
ESMF_F90ESMFLINKLIBS: -lesmf  -cxxlib -lrt -ldl -lnetcdff -lnetcdf

C++ compiler flags:
ESMF_CXXCOMPILER: mpiicpc
ESMF_CXXCOMPILEOPTS: -std=c++11 -O -DNDEBUG -fPIC -m64 -mcmodel=small -pthread  -qopenmp
ESMF_CXXCOMPILEPATHS:  -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/include  -I/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/include -I/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/src/prologue/yaml-cpp/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_YAMLCPP=1 -DESMF_YAML=1 -DESMF_PIO=1 -DESMF_MPIIO -DESMF_NO_OPENACC -DESMF_TESTEXHAUSTIVE  -DESMF_BOPT_O -DESMF_TESTCOMPTUNNEL -DSx86_64_small=1 -DESMF_OS_Linux=1 -DESMF_COMM=intelmpi -DESMF_DIR=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf -D__SDIR__='' -DESMF_CXXSTD=11

C++ linker flags:
ESMF_CXXLINKOPTS:   -m64 -mcmodel=small -pthread -Wl,--no-as-needed  -qopenmp
ESMF_CXXLINKPATHS: -L/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default -L/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -L/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKRPATHS: -Wl,-rpath,/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.default  -Wl,-rpath,/glade/u/apps/ch/opt/netcdf/4.7.1/intel/18.0.5/lib -Wl,-rpath,/glade/u/apps/opt/intel/2018u4/compilers_and_libraries_2018.5.274/linux/compiler/lib/intel64_lin/
ESMF_CXXLINKLIBS:  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf
ESMF_CXXESMFLINKLIBS: -lesmf  -lsz -lz -limf -lm -ldl -ldl -lrt -lpthread -lifport -lifcoremt -limf -lsvml -lm -lipgo -liomp5 -lintlc -lpthread -lsvml -lgcc -lgcc_s -lirc_s -ldl -lrt -ldl -lnetcdff -lnetcdf

Shared library build:
ESMF_SL_LIBS_TO_MAKE: libesmf
ESMF_SL_SUFFIX:       so
ESMF_SL_LIBLINKER:    mpiicpc
ESMF_SL_LIBOPTS:       -pthread -shared  -qopenmp
ESMF_SL_LIBLIBS:      

ESMF Tracing linker options:
ESMF_TRACE_LDPRELOAD=/glade/work/rokuingh/sandbox/esmpyintel18test/esmf/lib/libO/Linux.intel.64.intelmpi.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 Mon May 25 13:04:05 MDT 2020 on r12i2n10
Machine characteristics: Linux r12i2n10 4.12.14-95.37.1.18642.1.PTF.1155508-default #1 SMP Mon Nov 4 13:03:21 UTC 2019 (9cc1377) x86_64 x86_64 x86_64 GNU/Linux
==============================================================
 
Mon May 25 13:29:04 MDT 2020 library build -j4 ............PASS
Mon May 25 13:29:38 MDT 2020 library install ..............PASS
Mon May 25 13:29:41 MDT 2020 library installcheck .........PASS

|------------------------ PYTHON BUILD ------------------------|
Mon May 25 13:29:44 MDT 2020 python build .................PASS


|---------------- PYTHON UNIT PARALLEL TESTS ------------------|
Mon May 25 13:29:48 MDT 2020 run test_parallel ............PASS

Found 368 parallel unit tests, 324 pass,   0 fail and 44 were skipped.


 The following is the run_unit_tests_parallel.out file.

running test_parallel
test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... test_assertNumpyAll_bad_mask (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_assertNumpyAll_type_differs (ESMF.test.base_test.Test) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_copy (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_del (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_doublebuffer (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_mul (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_new (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_ownership (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_reshape (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_slice2 (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_stress (ESMF.test.test_api.test_array.TestMaskedArray) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_create_from_gridfield (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_extradims_mesh (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_grid_copy (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_locstream_mask (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_switchedindices_grid (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_field_uniqueness (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_meta_del (ESMF.test.test_api.test_field.TestField) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_area_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_2d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_attributes_3d (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_coords_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_copy (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_gridspec1D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_balanced_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_balanced_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_cyclic_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_cyclic_restlast (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restfirst_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restfirst_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_balanced (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_cyclic (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... SKIP
test_grid_create_from_file_scrip_decomp_restlast_restfirst (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_create_from_file_scrip_decomp_restlast_restlast (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_mask_3D (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_grid_periodic (ESMF.test.test_api.test_grid.TestGrid) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_copy (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_create (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_mask (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... ok
test_pickle (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_properties (ESMF.test.test_api.test_locstream.TestLocStream) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... SKIP
test_mesh_10 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_5 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50 (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_mask_area (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_50_ngons (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_copy (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_esmfmesh (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_mesh_create_from_file_scrip (ESMF.test.test_api.test_mesh.TestMesh) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_area (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_extrapolation (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file1 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file2 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file3 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_file4 (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_gridmesh (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_periodic (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_field_regrid_zeroregion_select_ndbounds (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_cartesian (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_3d_bilinear_spherical (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_2nd_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_csrv_mask_3D (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_grid_regrid_srcmask_types (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_pentatri_regrid_bilinear (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_csrv_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_grid_mesh_regrid_mask (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_mesh_mesh_regrid (ESMF.test.test_api.test_regrid.TestRegrid) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_broadcast (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_vm_reduce (ESMF.test.test_api.test_vm.TestVM) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... ok
test_interfaceint2 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_interfaceint3 (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... SKIP
test_log (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_version_compare (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok
test_vm (ESMF.test.test_cbindings.TestCbindings) ... ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([0], dtype=int32)
    upper bounds = array([5], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [0 0]

    exclusiveUBounds = [ 3 20]
int32
Grid Bounds:
    exclusiveLBounds = [0 0 0]

    exclusiveUBounds = [ 3 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([0], dtype=int32) 
    upper_bounds = array([5], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 


  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0016447124127410193
  Max  relative error = 0.006322606576355609
  Conservation  error = 1.5420348779874812e-16
PET0 - PASS

  Mean relative error = 0.0021560174316746917
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.000615877377645456
  Max  relative error = 0.0020478537206400373
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002029689100025825
  Max  relative error = 0.024456521739130436
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002156017431674681
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.002480318984801377
  Max  relative error = 0.021739130434782608
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037733241800767425
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.03880663005126584
  Max  relative error = 0.048417132216014895
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.0
  Max  relative error = 0.0
  Conservation  error = 0.0
PET0 - PASS

  Mean relative error = 0.037109375
  Max  relative error = 0.037109375
  Conservation  error = 0.0
PET0 - PASS

local_pet = 0


pet_count = 4

ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([5], dtype=int32)
    upper bounds = array([10], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [3 0]

    exclusiveUBounds = [ 6 20]
int32
Grid Bounds:
    exclusiveLBounds = [3 0 0]

    exclusiveUBounds = [ 6 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([5], dtype=int32) 
    upper_bounds = array([10], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS
PET1 - PASS

local_pet = 1


pet_count = 4

ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
ok

----------------------------------------------------------------------
Ran 92 tests in 1.875s

OK (SKIP=11)
Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([15], dtype=int32)
    upper bounds = array([20], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [9 0]

    exclusiveUBounds = [12 20]
int32
Grid Bounds:
    exclusiveLBounds = [8 0 0]

    exclusiveUBounds = [10 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([15], dtype=int32) 
    upper_bounds = array([20], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS
PET3 - PASS

local_pet = 3


pet_count = 4

Field:
    name = None
    type = 
    rank = 1
    extra dimensions = 0
    staggerloc = 
    lower bounds = array([10], dtype=int32)
    upper bounds = array([15], dtype=int32)
    extra bounds = None
    data = array([7., 7., 7., 7., 7.])
    grid = 
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

)
Grid Bounds:
    exclusiveLBounds = [6 0]

    exclusiveUBounds = [ 9 20]
int32
Grid Bounds:
    exclusiveLBounds = [6 0 0]

    exclusiveUBounds = [ 8 20 30]
int32
LocStream:
    name = 'Test LocStream' 
    lower_bounds = array([10], dtype=int32) 
    upper_bounds = array([15], dtype=int32) 
    keys = dict_items([('ESMF:X', array([1, 2, 3, 4, 5])), ('ESMF:Y', array([7, 7, 7, 7, 7])), ('ESMF:Mask', array([0, 0, 1, 1, 1]))]) 

PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS
PET2 - PASS

local_pet = 2


pet_count = 4




|-------------- PYTHON EXAMPLES PARALLEL TESTS ----------------|
Mon May 25 13:29:54 MDT 2020 run examples parallel tests ..PASS

Found 40 examples parallel tests, 40 pass,   0 fail and 0 crashed.


 The following is the run_examples_parallel.out file.

running test_examples_parallel
test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... test_field_read (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_create_peridim_mask (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_grid_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_helloworld (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_locstream_grid_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_mesh_locstream_regrid (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_read_write_weight_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_regrid_from_file (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ugrid_latlon_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... ok
test_ungridded_dimension_regrid (examples.exampletest.TestExamples) ... Hello ESMPy World from PET (processor) 1!
ok

----------------------------------------------------------------------
Ran 10 tests in 4.682s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 4.688s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 4.680s

OK
ok

----------------------------------------------------------------------
Ran 10 tests in 4.680s

OK
ESMPy Field Data Regridding Example Finished Successfully
Successfully created a grid with masking and switched periodic dimensions for regridding!
ESMPy Grid LocStream Regridding Example
  interpolation mean relative error = 0.019442756357648784
Hello ESMPy World from PET (processor) 0!
ESMPy LocStream Grid Regridding Example
  interpolation mean relative error = 8.973534323145588e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 2.2839050714024556e-05
ESMPy Grid Mesh Regridding Example
  interpolation mean relative error = 0.00296215416502947
Fields created from file regridded successfully :)
ESMPy UGRID to LatLon Regridding Example
ESMPy Ungridded Field Dimensions Example
  interpolation mean relative error = 0.0007688159033639291
  mass conservation relative error  = 0.0
Hello ESMPy World from PET (processor) 2!
Hello ESMPy World from PET (processor) 3!



|----------- PYTHON REGRID FROM FILE PARALLEL TESTS -----------|
Mon May 25 13:38:53 MDT 2020 run test_regrid_from_file_parallel ..PASS


The following is the output of the test run:
running test_regrid_from_file_parallel
Regrid from file test results: run_regrid_from_file_parallel.log
PASS  = 92
FAIL  = 0
SKIP  = 0



Found 92 regrid from file parallel tests, 92   pass, 0 fail and 0 were skipped.


 The following is the run_regrid_from_file_parallel.log file.

Reading control file...
Retrieving regrid_from_file data...
Running 1 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START


  Mean relative error = 2.9685108849332966e-06
  Max  relative error = 1.1493004899310925e-05
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 2 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START


  Mean relative error = 2.6718769338929666e-06
  Max  relative error = 8.464707327490223e-06
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 3 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START


  Mean relative error = 2.9685108849332966e-06
  Max  relative error = 1.1493004899310925e-05
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 4 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START


  Mean relative error = 2.6718769338929666e-06
  Max  relative error = 8.464707327490223e-06
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 5 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00011804176592990299
  Max  relative error = 0.0012463858064397468
  Conservation  error = 3.365940246094622e-15
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 6 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 8.29696669879497e-05
  Max  relative error = 0.00026018573556715115
  Conservation  error = 1.3884498748696186e-14
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 7 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00011804176592990299
  Max  relative error = 0.0012463858064397468
  Conservation  error = 3.365940246094622e-15
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 8 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 8.29696669879497e-05
  Max  relative error = 0.00026018573556715115
  Conservation  error = 1.3884498748696186e-14
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 9 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00015952287480719822
  Max  relative error = 0.0011480005344516773
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 10 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.0001560942603935725
  Max  relative error = 0.0009492156981895618
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 11 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.0001971511785547053
  Max  relative error = 0.0011961145207687806
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 12 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00020344046014150312
  Max  relative error = 0.0014544919976016112
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 13 of 92 regrid_from_file test cases...Reading control file...
Running 1 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 2 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 3 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 4 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 5 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 6 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 7 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 8 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 9 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 10 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 11 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 12 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 13 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 14 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 15 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 16 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START
Reading control file...
Running 1 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 2 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 3 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 4 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 5 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 6 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 7 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 8 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 9 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 10 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 11 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 12 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 13 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 14 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 15 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 16 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START
Reading control file...
Running 1 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 2 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 3 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as bilinear with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 4 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to mpas_uniform_10242_dual_counterclockwise.nc as patch with -i --src_regional --dst_type ESMF itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 5 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid FVCOM_grid2d_20120314.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 6 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20120314.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 7 of 92 regrid_from_file test cases...

Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid FVCOM_grid2d_20130228.nc to scrip_regional_1140x690.nc as conserve with --src_type UGRID -r --src_meshname fvcom_mesh -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 8 of 92 regrid_from_file test cases...

Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid scrip_regional_1140x690.nc to FVCOM_grid2d_20130228.nc as conserve with --dst_type UGRID -r --dst_meshname fvcom_mesh itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 9 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ll2.5deg_grid.nc to T42_grid.nc as bilinear with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 10 of 92 regrid_from_file test cases...

Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ll2.5deg_grid.nc to T42_grid.nc as patch with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 11 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to ll2.5deg_grid.nc as patch with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 12 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to ll2.5deg_grid.nc as bilinear with -p 4 itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 13 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 14 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 15 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 16 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 2.2977196328243044e-05
  Max  relative error = 0.0002075805264422704
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as bilinear with -t SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 14 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 2.480141066483355e-05
  Max  relative error = 0.00015210930556521917
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as patch with --src_type SCRIP itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 15 of 92 regrid_from_file test cases...

Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.0002178673825164541
  Max  relative error = 0.0009162887917584147
  Conservation  error = 1.4135798584282285e-16
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ll1deg_grid.nc to ll2.5deg_grid.nc as conserve with --dst_type SCRIP itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 16 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.00010307276429945737
  Max  relative error = 0.0005368393552662554
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 17 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 9.945268098736511e-05
  Max  relative error = 0.0003815597892597472
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 18 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START


  Mean relative error = 0.004281529765778352
  Max  relative error = 0.022883521409011256
  Conservation  error = 1.92358483357115e-15
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 19 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START


  Mean relative error = 2.575206704364283e-06
  Max  relative error = 1.192744466490933e-05
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 20 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START


  Mean relative error = 1.943871519350065e-06
  Max  relative error = 8.419608345445245e-06
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 21 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.00010061396303563536
  Max  relative error = 0.00031532816463400985
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 22 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.00012283804712926366
  Max  relative error = 0.0009258300407099529
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 23 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.00011953194320643073
  Max  relative error = 0.0006610477708996238
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 24 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START


  Mean relative error = 0.0051768859866599655
  Max  relative error = 0.029606989049317207
  Conservation  error = 1.5462406162767463e-14
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 25 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START


  Mean relative error = 1.1234708356345565e-07
  Max  relative error = 6.367160062966812e-07
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 26 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - START


  Mean relative error = 9.234309264430486e-08
PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 17 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 18 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 19 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 20 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 21 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 22 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 23 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 24 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 25 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 26 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 27 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 28 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 29 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 30 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 31 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 32 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 33 of 92 regrid_from_file test cases...
PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 17 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 18 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 19 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 20 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 21 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 22 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 23 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 24 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 25 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 26 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 27 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 28 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 29 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 30 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 31 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 32 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 33 of 92 regrid_from_file test cases...
PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to wr50a_090614.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 17 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to wr50a_090614.nc as patch with --dst_regional itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 18 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to wr50a_090614.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 19 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 20 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 21 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 22 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to ar9v4_100920.nc as bilinear with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 23 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to ar9v4_100920.nc as patch with --dst_regional itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 24 of 92 regrid_from_file test cases...

Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid T42_grid.nc to ar9v4_100920.nc as conserve with --dst_regional itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 25 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to T42_grid.nc as bilinear with --src_regional -i itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 26 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 27 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 28 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 29 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 30 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 31 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 32 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 33 of 92 regrid_from_file test cases...
  Max  relative error = 4.849274863215431e-07
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to T42_grid.nc as patch with --src_regional -i itrp_mean_err=0.000000, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 27 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00010117181850582583
  Max  relative error = 0.00029439336044538453
  Conservation  error = 1.3329524748820523e-16
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to T42_grid.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 28 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START


  Mean relative error = 3.098377938478118e-06
  Max  relative error = 1.2781227906984004e-05
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to ar9v4_100920.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 29 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START


  Mean relative error = 2.755329516575854e-06
  Max  relative error = 9.090642867297367e-06
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to ar9v4_100920.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 30 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.0006853831439539224
  Max  relative error = 0.0027712398767799034
  Conservation  error = 9.297223110834345e-15
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid wr50a_090614.nc to ar9v4_100920.nc as conserve with -r -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 31 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START


  Mean relative error = 1.345551741989895e-07
  Max  relative error = 5.067098429711418e-07
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to wr50a_090614.nc as bilinear with -r -i --64bit_offset itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 32 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - START


  Mean relative error = 1.2399808977064527e-07
  Max  relative error = 3.4350634095038997e-07
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to wr50a_090614.nc as patch with -r -i --netcdf4 itrp_mean_err=0.000001, itrp_max_err=0.000001, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 33 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 4.075874673132089e-06
  Max  relative error = 3.115308699490739e-05
  Conservation  error = 1.6029701379731204e-16
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 34 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 3.402923978393481e-05
  Max  relative error = 0.000354239203944942
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 35 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 2.9595154143671355e-05
  Max  relative error = 0.00023468032120940713
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 36 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.0003062020229997893
  Max  relative error = 0.0016029209593091795
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 37 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START


  Mean relative error = 0.00016289704078133478
  Max  relative error = 0.0011996534960073248
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 38 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START


  Mean relative error = 0.00016228071773185572
  Max  relative error = 0.0008163242341316934
  Conservation  error = 0.0
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 0 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 39 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START


  Mean relative error = 0.0035509508161518434
  Max  relative error = 0.020168439008100357
  Conservation  error = 1.4135798584282312e-16
PET0 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 34 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 35 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 36 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 37 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 38 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 39 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 40 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 41 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 42 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 43 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 44 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 45 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 46 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 47 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid wr50a_090614.nc to ne30np4-t2.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 48 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to ne30np4-t2.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid ar9v4_100920.nc to ne30np4-t2.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 49 of 92 regrid_from_file test cases...

Regrid mpas_uniform_10242.nc to mpas_uniform_10242_dual.nc as bilinear with --src_type ESMF --dst_type ESMF itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET3 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 3 - Regrid mpas_uniform_10242.nc to mpas_uniform_10242_dual.nc as bilinear with --src_type ESMF --dst_type ESMF itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH


Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 34 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 35 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 36 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 37 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 38 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 39 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 40 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 41 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 42 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 43 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 44 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 45 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 46 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 47 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid wr50a_090614.nc to ne30np4-t2.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 48 of 92 regrid_from_file test cases...

Regrid ar9v4_100920.nc to ne30np4-t2.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid ar9v4_100920.nc to ne30np4-t2.nc as conserve with --src_regional -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 49 of 92 regrid_from_file test cases...

Regrid mpas_uniform_10242.nc to mpas_uniform_10242_dual.nc as bilinear with --src_type ESMF --dst_type ESMF itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET1 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 1 - Regrid mpas_uniform_10242.nc to mpas_uniform_10242_dual.nc as bilinear with --src_type ESMF --dst_type ESMF itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH


Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ar9v4_100920.nc to wr50a_090614.nc as conserve with -i -r itrp_mean_err=0.000010, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 34 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as bilinear with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 35 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as patch with -p all itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 36 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to fv1.9x2.5_050503.nc as conserve with -p none itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 37 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as bilinear with -p all itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 38 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as patch with -p all itrp_mean_err=0.001000, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 39 of 92 regrid_from_file test cases...

Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid fv1.9x2.5_050503.nc to ne30np4-t2.nc as conserve with -p none itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 40 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as bilinear with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 41 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as patch with -p all -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 42 of 92 regrid_from_file test cases...

Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne60np4_pentagons_100408.nc to ne30np4-t2.nc as conserve with -p none -i itrp_mean_err=0.001000, itrp_max_err=0.010000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 43 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to wr50a_090614.nc as bilinear with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.001000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 44 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to wr50a_090614.nc as patch with --dst_regional -i itrp_mean_err=0.000100, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 45 of 92 regrid_from_file test cases...

Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid ne30np4-t2.nc to ar9v4_100920.nc as conserve with --dst_regional -i itrp_mean_err=0.010000, itrp_max_err=0.100000, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 46 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, they are printed below for future reference


PET: 2 - Regrid wr50a_090614.nc to ne30np4-t2.nc as bilinear with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000100, and csrv_err=0.000000 - FINISH

RESULT: PASS


Running 47 of 92 regrid_from_file test cases...

Regrid wr50a_090614.nc to ne30np4-t2.nc as patch with --src_regional -i itrp_mean_err=0.000010, itrp_max_err=0.000010, and csrv_err=0.000000 - START

PET2 - PASS

***NOTE*** The log files must be deleted in this test case, t