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added ccpp to the coupled system #7

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69fbaf0
added ccpp to the coupled system
linlin-pan Dec 2, 2019
9b90d1f
Merge pull request #1 from ufs-community/develop
panll Jan 22, 2020
088373b
adding ccpp into s2s coupled system
linlin-pan Jan 22, 2020
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46 changes: 46 additions & 0 deletions compsets/all_ccpp.input
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load 'fv3mom6cice5_ccpp.input'

########################################################################
#Run the standard Regression tests

run cpld_fv3_ccpp_mom6_cice_cold_atm_flux @ fv3, coupledapp, cold
run cpld_fv3_ccpp_384_mom6_cice_cold_atm_flux @ fv3, coupledapp, cold384

run cpld_fv3_ccpp_mom6_cice_2d_atm_flux @ fv3, coupledapp, warm
run cpld_fv3_ccpp_384_mom6_cice_2d_atm_flux @ fv3, coupledapp, warm384

########################################################################
#Run the Benchmark-like inputs for a single date
#These can be run separately from the baseline test cases
#above by commenting those 4 tests out. The user must then
#first run the benchmark cold start alone. The location of
#cold start mediator files is then used to run the warm start.
#The full path to the cold start mediator files is specified as
#MED_restart_data in benchmark_warm.input.

#load 'benchmark_cold.input'
#load 'benchmark_warm.input'

#run cpld_fv3_384_mom6_cice_cold_bmark @ benchmark, coldBM2
#run cpld_fv3_384_mom6_cice_2d_bmark @ benchmark, warmBM2

########################################################################
#Run the Benchmark-like inputs for 4 standard dates
#These can be run separately from the baseline test cases
#above by commenting those 4 tests out. The user must then
#first run the 4 cold starts alone. The location of
#cold start mediator files is then used to run the warm starts. The
#full path to the cold start mediator files is specified as ROOTDIR
#in the datesuite_warm.input.

#load 'datesuite_cold.input'
#run cpld_fv3_384_mom6_cice_cold_2012010100 @ benchmark, coldBM2
#run cpld_fv3_384_mom6_cice_cold_2012040100 @ benchmark, coldBM2
#run cpld_fv3_384_mom6_cice_cold_2012070100 @ benchmark, coldBM2
#run cpld_fv3_384_mom6_cice_cold_2012100100 @ benchmark, coldBM2

#load 'datesuite_warm.input'
#run cpld_fv3_384_mom6_cice_5d_2012010100 @ benchmark, warmBM2
#run cpld_fv3_384_mom6_cice_5d_2012040100 @ benchmark, warmBM2
#run cpld_fv3_384_mom6_cice_5d_2012070100 @ benchmark, warmBM2
#run cpld_fv3_384_mom6_cice_5d_2012100100 @ benchmark, warmBM2
200 changes: 200 additions & 0 deletions compsets/cpld_fv3_ccpp_mom6_cice_2d_atm_flux.input
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########################################################################
test cpld_fv3_ccpp_mom6_cice_2d_atm_flux: fv3_ccpp_mom6_cice.exe {
use plat
use plat%default_cpl
use fv3_defaults
use cpl_defaults

TEST_DESCR="Fully coupled FV3-MOM6-CICE system - 2d_warm"
CNTL_NAME="RT-Baselines_2d_warm@[ATMRES]"

DAYS='2' # run for 2 days
FHMAX='48'
FDIAG='6'
walltime=3600 # seconds

COM="@[plat%COMrt]/@[TEST_NAME]" # Test result area
RUNDIR="@[plat%TMPrt]/@[TEST_NAME]" # Test work area
CNTL="@[plat%BASELINE]/@[CNTL_NAME]" # Control baseline area

FV3_input_data="@[plat%INPUTS]/FV3_input_data@[ATMRES]"
UGCS_input_data="@[plat%INPUTS]"
OZONE_data="@[FV3_input_data]/INPUT/global_o3prdlos.f77"
CO2_data="@[FV3_input_data]/INPUT"
MED_restart_data="@[UGCS_input_data]/MEDIATOR@[ATMRES]"
RESTART_MED="mediator_*"

build=fv3_ccpp_mom6_cice.exe

prep=fv3cpld_prep(
RUNDIR="@[RUNDIR]",modules="@[fv3_ccpp_mom6_cice.exe%modules.nems]",
CNTL="@[CNTL]")

# - set component and coupling timesteps
DT_CICE="@[DT_ATMOS]"
CPL_SLOW="@[DT_THERM_MOM6]"
CPL_FAST="@[DT_ATMOS]"

# - set date YYYYMMDDHH
SYEAR='2016'
SMONTH='10'
SDAY='03'
SHOUR='00'
CDATE="@[SYEAR]@[SMONTH]@[SDAY]@[SHOUR]"

# write a CICE restart at DAYS
DUMPFREQ_N="@[DAYS]"
DUMPFREQ='d'

# set default locations of ICs
FV3_IC="@[FV3_input_data]/INPUT"
MOM6_IC="@[UGCS_input_data]/MOM6_IC"
CICE5_IC="@[UGCS_input_data]/CICE_IC"
FV3_mosaic="C96"

# - nems.configure ---
nems_configure="med_atm_ocn_ice"
coupling_interval_slow_sec="@[CPL_SLOW]"
coupling_interval_fast_sec="@[CPL_FAST]"

# Specify input files.
filters input {
# WORK FILE <=filter= SOURCE FILE
#FV3 fixed input
'aerosol.dat' <=copyfrom= "@[FV3_input_data]/INPUT"
'co2historicaldata_201*.txt' <=copyfrom= "@[CO2_data]"
'sfc_emissivity_idx.txt' <=copyfrom= "@[FV3_input_data]/INPUT"
'solarconstant_noaa_an.txt' <=copyfrom= "@[FV3_input_data]/INPUT"
'global_h2oprdlos.f77' <=copy= "@[FV3_input_data]/global_h2o_pltc.f77"
'global_o3prdlos.f77' <=copy= "@[OZONE_data]"
'*grb' <=copyfrom= "@[FV3_input_data]"
'field_table' <=copy= "@[FV3_input_data]/@[FIELD_TABLE]"
'INPUT/grid_spec.nc' <=copy= "@[UGCS_input_data]/CPL_FIX/a@[FV3_mosaic]o@[OCNRES]/grid_spec.nc"
"INPUT/@[FV3_mosaic]_grid*nc" <=copyfrom= "@[FV3_input_data]/INPUT"
'INPUT/oro_data*nc' <=copyfrom= "@[FV3_input_data]/INPUT"
"INPUT/@[FV3_mosaic]_mosaic.nc" <=copy= "@[FV3_input_data]/INPUT/grid_spec.nc"
'INPUT/gfs_ctrl.nc' <=copyfrom= "@[FV3_input_data]/INPUT"
#MOM6 fixed input
'INPUT/*' <=copyfrom= "@[UGCS_input_data]/MOM6_FIX/@[OCNRES]"
#CICE5 fixed input
'grid_cice_NEMS_mx025.nc' <=copy= "@[UGCS_input_data]/CICE_FIX/@[OCNRES]/grid_cice_NEMS_mx025.nc"
'kmtu_cice_NEMS_mx025.nc' <=copy= "@[UGCS_input_data]/CICE_FIX/@[OCNRES]/kmtu_cice_NEMS_mx025.nc"
# ICs
'INPUT/sfc_data*.nc' <=copyfrom= "@[FV3_IC]"
'INPUT/gfs_data*.nc' <=copyfrom= "@[FV3_IC]"
'INPUT/MOM*.nc' <=copyfrom= "@[MOM6_IC]"
'cice5_model.res.nc' <=copy= "@[CICE5_IC]/cice5_model_0.25.res_@[CDATE].nc"
"@[RESTART_MED]" <=copyfrom= "@[MED_restart_data]"
# namelists,templates and configurations
'input.nml' <=atparse= "@[PARMnems]/@[INPUT_CCPP_NML]"
'model_configure' <=atparse= "@[PARMnems]/model_configure.IN"
'ice_in_template' <=copy= "@[PARMnems]/ice_in_template"
'INPUT/MOM_input_template' <=copy= "@[PARMnems]/MOM_input_template"
'diag_table_template' <=copy= "@[PARMnems]/diag_table_template"
'data_table' <=copy= "@[PARMnems]/data_table"
"nems.configure" <=atparse= "@[PARMnems]/nems.configure.@[nems_configure].IN"
"suite_@[SUITE_NAME].xml" <=copyfrom= "@[PARMnems]/../FV3/ccpp/suites"
}

# Edit the templates for the compset parameters
prerun=edit_inputs(CDATE="@[CDATE]",
ATMRES="@[FV3_mosaic]",
DT_CICE="@[DT_CICE]",
NPROC_ICE="@[NPROC_ICE]",
RUNTYPE="@[RUNTYPE]",
USE_RESTART_TIME="@[USE_RESTART_TIME]",
FRAZIL_FWSALT="@[FRAZIL_FWSALT]",
RUNID="@[RUNID]",
CICE_HIST_AVG="@[CICE_HIST_AVG]",
DUMPFREQ_N="@[DUMPFREQ_N]",
DUMPFREQ="@[DUMPFREQ]",
DT_THERM="@[DT_THERM_MOM6]",
DT_DYNAM="@[DT_DYNAM_MOM6]",
MOM6_RIVER_RUNOFF="@[MOM6_RIVER_RUNOFF]")

# Specify output files:
criteria output {
# WORKFILE .comparison. TARGET
'phyf048.tile1.nc' .bitcmp. "@[CNTL]"
'phyf048.tile2.nc' .bitcmp. "@[CNTL]"
'phyf048.tile3.nc' .bitcmp. "@[CNTL]"
'phyf048.tile4.nc' .bitcmp. "@[CNTL]"
'phyf048.tile5.nc' .bitcmp. "@[CNTL]"
'phyf048.tile6.nc' .bitcmp. "@[CNTL]"
'dynf048.tile1.nc' .bitcmp. "@[CNTL]"
'dynf048.tile2.nc' .bitcmp. "@[CNTL]"
'dynf048.tile3.nc' .bitcmp. "@[CNTL]"
'dynf048.tile4.nc' .bitcmp. "@[CNTL]"
'dynf048.tile5.nc' .bitcmp. "@[CNTL]"
'dynf048.tile6.nc' .bitcmp. "@[CNTL]"
'RESTART/coupler.res' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile1.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile2.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile3.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile4.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile5.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_core.res.tile6.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile1.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile2.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile3.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile4.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile5.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_srf_wnd.res.tile6.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile1.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile2.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile3.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile4.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile5.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/fv_tracer.res.tile6.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile1.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile2.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile3.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile4.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile5.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/phy_data.tile6.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile1.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile2.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile3.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile4.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile5.nc' .bitcmp. "@[CNTL]/RESTART"
'RESTART/sfc_data.tile6.nc' .bitcmp. "@[CNTL]/RESTART"
'MOM6_RESTART/MOM.res.nc' .bitcmp. "@[CNTL]/RESTART"
'MOM6_RESTART/MOM.res_1.nc' .bitcmp. "@[CNTL]/RESTART"
'MOM6_RESTART/MOM.res_2.nc' .bitcmp. "@[CNTL]/RESTART"
'MOM6_RESTART/MOM.res_3.nc' .bitcmp. "@[CNTL]/RESTART"
'restart/iced.2016-10-05-00000.nc' .bitcmp. "@[CNTL]/RESTART"
'mediator_FBaccumAtm_restart.tile1.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtm_restart.tile2.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtm_restart.tile3.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtm_restart.tile4.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtm_restart.tile5.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtm_restart.tile6.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumOcn_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumIce_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumLnd_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumHyd_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBaccumAtmOcn_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile1.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile2.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile3.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile4.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile5.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtm_a_restart.tile6.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBIce_i_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBOcn_o_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBLnd_l_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBHyd_h_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
'mediator_FBAtmOcn_o_restart.nc' .bitcmp. "@[CNTL]/MEDIATOR_after_2d"
# Executable validation. This makes an MD5 sum of the fv3.exe
# for comparison against the MD5 sum made in the build job.
# This is to ensure the executable did not change during the
# test suite.
"@[build%target]" .md5cmp. "@[fv3_ccpp_mom6_cice.exe%md5sum]"
}

spawn execute {
# Run the
{"@[build%target]", ranks="@[TASKS]" }
}
}
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