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gcm_CPLFCST360S2S_setup
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#!/bin/tcsh -f
#######################################################################
# Define Colors
# Note: For No Colors, set C1 and C2 to NONE
#######################################################################
set BLACK = "\033[30m"
set RED = "\033[31m"
set GREEN = "\033[32m"
set YELLOW = "\033[33m"
set BLUE = "\033[34m"
set MAGENTA = "\033[35m"
set CYAN = "\033[36m"
set WHITE = "\033[37m"
set RESET = "\033[0m"
set BOLD = "\033[1m"
set COLORS = `echo $BLACK $RED $GREEN $YELLOW $BLUE $MAGENTA $CYAN $WHITE $RESET`
if( -e $HOME/.GCMSETUP ) then
set GCMSETUPinfo = `cat $HOME/.GCMSETUP`
set C1 = $GCMSETUPinfo[1]
set C2 = $GCMSETUPinfo[2]
else
set C1 = $RED
set C2 = $BLUE
endif
set CN = $RESET
#######################################################################
# Set Directory Locations specific to coupled forecast
#######################################################################
set FCSTBLD = '/discover/nobackup/projects/gmao/m2oasf/build/geos-s2s/GEOSodas/src'
set SUBSEASONAL = @FCSTSUBX
set QUEUENAME = @FCSTQUEUENAME
set ARCHBASEN = @FCSTARCHIVE
set FCSTBASE = "$GEOSS2S"
set setupFNM = "gcm_CPLFCST360S2S_setup"
set fcstsegm=00000045
if ($SUBSEASONAL == TRUE) then
set maxmonths=3
set ARCHBASE = "/archive/u/gmaofcst/${ARCHBASEN}/subseasonal"
else
set maxmonths=10
set ARCHBASE = "/archive/u/gmaofcst/${ARCHBASEN}/seasonal"
endif
#######################################################################
# Build Directory Locations
#######################################################################
# Set Current Working Path to gcm_setup
# -------------------------------------
set GCMSETUP = `which $0`
set root = `echo $GCMSETUP | cut -d / -f1`
if($root == . ) set GCMSETUP = `echo $cwd`/gcm_setup
set root = `echo $GCMSETUP | cut -b1`
if( "$root" != "/" ) set GCMSETUP = `echo $cwd`/$GCMSETUP
# Overwrite GCMSETUP for coupled forecast and define the coupled forecast (seasonal/subseasonal)
# -------------------------------------
set GCMSETUP = "${FCSTBLD}/Applications/GEOSgcm_App/${setupFNM}"
# Set Default GEOS Build Directory
# --------------------------------
@ n = 1
set root = `echo $GCMSETUP | cut -d / -f$n`
while( .$root == . )
@ n = $n + 1
set root = `echo $GCMSETUP | cut -d / -f$n`
end
set GEOSDEF = ''
while( $root != 'src' )
set GEOSDEF = `echo ${GEOSDEF}/${root}`
@ n = $n + 1
set root = `echo $GCMSETUP | cut -d / -f$n`
end
# Set Applications Directory
# --------------------------
@ n = 1
set root = `echo $GCMSETUP | cut -d / -f$n`
while( .$root == . )
@ n = $n + 1
set root = `echo $GCMSETUP | cut -d / -f$n`
end
set APPDIR = ''
#while( $root != 'gcm_CPLFCST_setup' )
while( $root != ${setupFNM} )
set APPDIR = `echo ${APPDIR}/${root}`
@ n = $n + 1
set root = `echo $GCMSETUP | cut -d / -f$n`
end
#######################################################################
# Test for Command Line Flags
#######################################################################
# Set default behavior of switches
set NOCVS = TRUE
set GPU = FALSE
set LINKX = FALSE
set ENSM = @FCSTMEMBER
while ( $#argv > 0 )
set arg = $argv[1]
shift argv
switch ( $arg )
# Set 1 digit ensemble member number
case -[Ee][1-9]:
set ENSM = `echo $arg | cut -c3-4`
breaksw
# Set 2 digit ensemble member number
case -[Ee][1-9][0-9]:
set ENSM = `echo $arg | cut -c3-4`
breaksw
# Set our colors
case -[Cc]:
case --[Cc][Oo][Ll][Oo][Rr]:
goto SETCOLOR
# Run the gpu code
case -[Gg]:
case --[Gg][Pp][Uu]:
# If we get here, the environment is (probably) right for GPUs
set GPU = TRUE
breaksw
# Do not archive the source
case --nocvs:
set NOCVS = TRUE
breaksw
# Symlink GEOSgcm.x
case --link:
set LINKX = TRUE
breaksw
# Here any string not above will trigger USAGE
case -[Hh]:
case --[Hh][Ee][Ll][Pp]:
default:
goto USAGE
endsw
end
#######################################################################
# CVS: Use CVS functionality only at NCCS or NAS
#######################################################################
setenv NODE `uname -n`
setenv SITE `$GEOSDEF/src/g5_modules site`
if ( $SITE != 'NCCS' && $SITE != 'NAS' ) then
set NOCVS = TRUE
echo "SCRIPTS NOCVS VALUE1= ${NOCVS}"
endif
#######################################################################
# CVS: Test for Environment Variable
#######################################################################
if ( $?ESMA_NOCVS ) then
set NOCVS = TRUE
echo "SCRIPTS NOCVS VALUE2= ${NOCVS}"
endif
# FOR COUPLED WE WANT NOCVS=TRUE JM
set NOCVS = TRUE
#######################################################################
# CVS: Test if we are on a compute node
#######################################################################
if ( $NOCVS != "TRUE" ) then
if ( $SITE == 'NCCS' ) then
if ( ($NODE =~ borg*) || ($NODE =~ warp*) ) then
goto ONCOMPUTE
endif
else if ( $SITE == 'NAS' ) then
if ( ($NODE =~ r[0-9]*i[0-9]*n[0-9]*) || ($NODE =~ maia*) ) then
goto ONCOMPUTE
endif
endif
endif
#######################################################################
# Test for Compiler and MPI Setup
#######################################################################
set BASEDIR = `$GEOSDEF/src/g5_modules basedir`
if ( `echo $BASEDIR | grep -i ifort` != '') then
set COMPILER = ifort
else if ( `echo $BASEDIR | grep -i pgfortran` != '') then
set COMPILER = pgfortran
else
# Assume default is ifort in case of older baselibs
set COMPILER = ifort
endif
if ( `echo $BASEDIR | grep -i mvapich2` != '') then
set MPI = mvapich2
else if ( `echo $BASEDIR | grep -i openmpi` != '') then
set MPI = openmpi
else if ( `echo $BASEDIR | grep -i impi` != '') then
set MPI = intelmpi
else if ( `echo $BASEDIR | grep -i intelmpi` != '') then
set MPI = intelmpi
else if ( `echo $BASEDIR | grep -i mpt` != '') then
set MPI = mpt
else
# Assume default is Intel MPI in case of older baselibs
set MPI = intelmpi
endif
#######################################################################
# Set up RUN_CMD for MPI Stack
#######################################################################
if ( $MPI == mvapich2 ) then
setenv RUN_CMD 'mpirun_rsh -export -hostfile $PBS_NODEFILE -np ' # mpi run for MVAPICH2
else if ( $MPI == openmpi ) then
if ( $SITE == 'NCCS' && $COMPILER == 'pgfortran') then
setenv RUN_CMD 'mpirun -bind-to core --mca btl ^openib --mca btl_tcp_if_include ib0 -np ' # mpi run for OpenMPI
else
setenv RUN_CMD 'mpirun -bind-to core -np ' # mpi run for OpenMPI
endif
else if ( $MPI == intelmpi ) then
setenv RUN_CMD 'mpirun -np ' # mpi run for Intel MPI
else if ( $MPI == mpt ) then
setenv RUN_CMD 'mpiexec_mpt -np ' # mpi run for MPT
endif
#######################################################################
# Enter Experiment Specific Run Parameters
# For coupled forecast interactive mode is either turned OFF or DISABLED STOPPED HERE ON SEP 26
#######################################################################
echo
echo "Enter the ${C1}Experiment ID${CN}:"
set ICDATE = @FCSTIC
set EXPYR = `echo $ICDATE | cut -c1-4`
set EXPMO = `echo $ICDATE | cut -c5-6`
set EXPDD = `echo $ICDATE | cut -c7-8`
if ($EXPMO == '01') set EXPID='jan'$EXPDD
if ($EXPMO == '02') set EXPID='feb'$EXPDD
if ($EXPMO == '03') set EXPID='mar'$EXPDD
if ($EXPMO == '04') set EXPID='apr'$EXPDD
if ($EXPMO == '05') set EXPID='may'$EXPDD
if ($EXPMO == '06') set EXPID='jun'$EXPDD
if ($EXPMO == '07') set EXPID='jul'$EXPDD
if ($EXPMO == '08') set EXPID='aug'$EXPDD
if ($EXPMO == '09') set EXPID='sep'$EXPDD
if ($EXPMO == '10') set EXPID='oct'$EXPDD
if ($EXPMO == '11') set EXPID='nov'$EXPDD
if ($EXPMO == '12') set EXPID='dec'$EXPDD
echo "ENTERED $EXPID FOR $EXPYR"
echo
echo "SETTING END DATES"
echo "FOR 45-DAY SUB-SEASONAL: max months= 3"
echo "FOR 9- MONTHS-SEASONAL: max months= 9"
@ ENDM2 = $EXPMO + $maxmonths
@ ENDY2 = $EXPYR
if ($ENDM2 > 12) then
@ ENDM2 = $ENDM2 - 12
@ ENDY2 = $EXPYR + 1
endif
if ($ENDM2 < 10) then
set END_DATE2 = "${ENDY2}0${ENDM2}01 210000"
else
set END_DATE2 = "${ENDY2}${ENDM2}01 210000"
endif
echo "END DATE BEFORE ${END_DATE2}"
echo
DESC:
echo "Enter a 1-line ${C1}Experiment Description${CN}:"
set EXPTMP = @FCSTXX
if( $#EXPTMP == 0 ) goto DESC
set EXPDSC = $EXPTMP[1]
foreach WORD ($EXPTMP)
if( $WORD != $EXPDSC ) set EXPDSC = `echo ${EXPDSC}_${WORD}`
end
echo "ENTERED $EXPDSC"
echo
GEOSTAG:
set GEOSTAG = `cat $APPDIR/.AGCM_VERSION`
#echo "${C1}CVS BASE Source Tag${CN} used for Experiment: ${C2}${GEOSTAG}${CN}"
#######################################################################
# Test to see if you want to CLONE old experiment
#######################################################################
# Check for CLONE
# ---------------
ASKCLONE:
echo "Do you wish to ${C1}CLONE${CN} an old experiment? (Default: ${C2}NO${CN} or ${C2}FALSE${CN})"
set KLONE = "NO"
if( .$KLONE == . ) then
set KLONE = FALSE
else
set KLONE = `echo $KLONE | tr "[:lower:]" "[:upper:]"`
if( $KLONE == "Y" | \
$KLONE == "YES" | \
$KLONE == "T" | \
$KLONE == "TRUE" ) set KLONE = TRUE
if( $KLONE == "N" | \
$KLONE == "NO" | \
$KLONE == "F" | \
$KLONE == "FALSE" ) set KLONE = FALSE
if( $KLONE != "TRUE" & $KLONE != "FALSE" ) then
echo
echo "${C1}CLONE${CN} must be set equal to ${C2}TRUE${CN} or ${C2}FALSE${CN}!"
goto ASKCLONE
else if ( $KLONE == "TRUE" ) then
goto DOCLONE
endif
endif
echo "ENTERED $KLONE"
#######################################################################
# Continue to enter in experiment parameters
#######################################################################
HRCODE:
echo "Enter the ${C1}Atmospheric Horizontal Resolution${CN} code:"
echo "-----------------------------------------------------------"
echo " Lat/Lon Cubed-Sphere"
echo "-----------------------------------------------------------"
echo " ${C2}b -- 2 deg ${CN} ${C2}c48 -- 2 deg ${CN}"
echo " ${C2}c -- 1 deg ${CN} ${C2}c90 -- 1 deg ${CN}"
echo " ${C2}d -- 1/2 deg ${CN} ${C2}c180 -- 1/2 deg (${C1}56-km${C2}) ${CN}"
echo " ${C2}e -- 1/4 deg (${C1}35-km${C2}) c360 -- 1/4 deg (${C1}28-km${C2}) ${CN} "
echo " ${C2} c720 -- 1/8 deg (${C1}14-km${C2}) ${CN}"
echo " ${C2} c1440 - 1/16 deg (${C1} 7-km${C2}) ${CN}"
echo " "
set HRCODE = `echo c180`
set HRCODE = `echo $HRCODE | tr "[:upper:]" "[:lower:]"`
if( $HRCODE != 'a' & \
$HRCODE != 'b' & \
$HRCODE != 'c' & \
$HRCODE != 'd' & \
$HRCODE != 'e' & \
$HRCODE != 'c12' & \
$HRCODE != 'c24' & \
$HRCODE != 'c48' & \
$HRCODE != 'c90' & \
$HRCODE != 'c180' & \
$HRCODE != 'c360' & \
$HRCODE != 'c720' & \
$HRCODE != 'c1440' ) goto HRCODE
if( $HRCODE == 'c12' | \
$HRCODE == 'c24' | \
$HRCODE == 'c48' | \
$HRCODE == 'c90' | \
$HRCODE == 'c180' | \
$HRCODE == 'c360' | \
$HRCODE == 'c720' | \
$HRCODE == 'c1440' ) then
set Resolution = $HRCODE
else
if( $HRCODE == 'a' ) set Resolution = `echo 72 46`
if( $HRCODE == 'b' ) set Resolution = `echo 144 91`
if( $HRCODE == 'c' ) set Resolution = `echo 288 181`
if( $HRCODE == 'd' ) set Resolution = `echo 576 361`
if( $HRCODE == 'e' ) set Resolution = `echo 1152 721`
endif
echo "ENTERED $HRCODE"
echo
if( $#Resolution == 2 ) then
set AGCM_IM = $Resolution[1]
set AGCM_JM = $Resolution[2]
set CUBED = FALSE
set DYCORE = FV
else
set CUBED = TRUE
set DYCORE = FV3
if (`echo $Resolution[1] | cut -b1` == "c" ) then
set AGCM_IM = $Resolution[1]
else
set AGCM_IM = "c$Resolution[1]"
endif
endif
echo "Enter the Atmospheric Model ${C1}Vertical Resolution${CN}: ${C2}LM${CN} (Default: 72)"
set AGCM_LM = 72
if( .$AGCM_LM == . ) then
set AGCM_LM = 72
endif
echo "ENTERED $AGCM_LM"
echo
#######################################################################
# Check for COUPLED Ocean
#######################################################################
OGCM:
echo "Do you wish to run the ${C1}COUPLED${CN} Ocean/Sea-Ice Model? (Default: ${C2}NO${CN} or ${C2}FALSE${CN})"
set OGCM = "YES"
if( .$OGCM == . ) then
set OGCM = FALSE
else
set OGCM = `echo $OGCM | tr "[:lower:]" "[:upper:]"`
if( $OGCM == "Y" | \
$OGCM == "YES" | \
$OGCM == "T" | \
$OGCM == "TRUE" ) set OGCM = TRUE
if( $OGCM == "N" | \
$OGCM == "NO" | \
$OGCM == "F" | \
$OGCM == "FALSE" ) set OGCM = FALSE
if( $OGCM != TRUE & $OGCM != FALSE ) then
echo
echo "${C1}COUPLED${CN} must be set equal to TRUE or FALSE!"
goto OGCM
else
echo
endif
endif
echo "ENTERED $OGCM"
echo
set CLDMICRO = "1MOMENT"
if( $OGCM == TRUE ) then
set COUPLED = ""
set FORCAST = ""
set OGRIDTYP = "TM"
set DATAOCEAN = "#DELETE"
set CLDMICRO = "2MOMENT"
# Coupled Ocean Resolution
# ------------------------
CORSLV:
echo "Enter the Ocean Lat/Lon ${C1}Horizontal Resolution${CN}: ${C2}IM JM${CN} (Default: 360 200)"
set Resolution = `echo 720 410`
set num = $#Resolution
if( $num == 2 ) then
set OGCM_IM = $Resolution[1]
set OGCM_JM = $Resolution[2]
else
if( $num == 0 ) then
set OGCM_IM = 360
set OGCM_JM = 200
else
goto CORSLV
endif
endif
set IMO = ${OGCM_IM}
set JMO = ${OGCM_JM}
if( $IMO < 10 ) set IMO = 000$IMO
if( $IMO < 100 ) set IMO = 00$IMO
if( $IMO < 1000 ) set IMO = 0$IMO
if( $JMO < 10 ) set JMO = 000$JMO
if( $JMO < 100 ) set JMO = 00$JMO
if( $JMO < 1000 ) set JMO = 0$JMO
set OCEANtag = TM${IMO}xPE${JMO}
set BCSTAG = Ganymed-4_0_Reynolds
set SSTNAME = "#DELETE"
set SSTFILE = "#DELETE"
set ICEFILE = "#DELETE"
set KPARFILE = SEAWIFS_KPAR_mon_clim.${OGCM_IM}x${OGCM_JM}
set OSTIA = "#DELETE"
echo "Enter the Ocean Model ${C1}Vertical Resolution${CN}: ${C2}LM${CN} (Default: 50)"
set OGCM_LM = 40
if( .$OGCM_LM == . ) then
set OGCM_LM = 50
endif
echo "ENTERED $OGCM_LM"
echo
set OGCM_GRIDSPEC = tripolar_${OGCM_IM}x${OGCM_JM}.ascii
set OGCM_NX = 36
set OGCM_NY = 10
@ OGCM_NPROCS = $OGCM_NX * $OGCM_NY
else
# OGCM = FALSE (Data Ocean Resolution)
# ------------------------------------
DORSLV:
echo "Enter the ${C1}Data_Ocean Horizontal Resolution ${CN}code: ${C2}o1${CN} (1 -deg, 360x180 Reynolds) Default"
echo " ${C2}o2${CN} (1/4-deg, 1440x720 MERRA-2)"
echo " ${C2}o3${CN} (1/8-deg, 2880x1440 OSTIA)"
set HRCODE = `echo $<`
if( .$HRCODE == . ) set HRCODE = o1
set HRCODE = `echo $HRCODE | tr "[:upper:]" "[:lower:]"`
if( $HRCODE != 'o1' & \
$HRCODE != 'o2' & \
$HRCODE != 'o3' ) goto DORSLV
if( $HRCODE == 'o1' ) then
set Resolution = `echo 360 180`
set OGCM_IM = $Resolution[1]
set OGCM_JM = $Resolution[2]
set BCSTAG = Ganymed-4_0_Reynolds
set SSTNAME = SST
set SSTFILE = dataoceanfile_MERRA_sst_1971-current.${OGCM_IM}x${OGCM_JM}.LE
set ICEFILE = dataoceanfile_MERRA_fraci_1971-current.${OGCM_IM}x${OGCM_JM}.LE
set KPARFILE = SEAWIFS_KPAR_mon_clim.${OGCM_IM}x${OGCM_JM}
set OSTIA = "#DELETE"
endif
if( $HRCODE == 'o2' ) then
set Resolution = `echo 1440 720`
set OGCM_IM = $Resolution[1]
set OGCM_JM = $Resolution[2]
set BCSTAG = Ganymed-4_0_MERRA-2
set SSTNAME = MERRA2
set SSTFILE = dataoceanfile_MERRA2_SST.${OGCM_IM}x${OGCM_JM}.\${YEAR}.data
set ICEFILE = dataoceanfile_MERRA2_ICE.${OGCM_IM}x${OGCM_JM}.\${YEAR}.data
set KPARFILE = SEAWIFS_KPAR_mon_clim.${OGCM_IM}x${OGCM_JM}
set OSTIA = ""
endif
if( $HRCODE == 'o3' ) then
set Resolution = `echo 2880 1440`
set OGCM_IM = $Resolution[1]
set OGCM_JM = $Resolution[2]
set BCSTAG = Ganymed-4_0_Ostia
set SSTNAME = OSTIA_REYNOLDS
set SSTFILE = dataoceanfile_OSTIA_REYNOLDS_SST.${OGCM_IM}x${OGCM_JM}.\${YEAR}.data
set ICEFILE = dataoceanfile_OSTIA_REYNOLDS_ICE.${OGCM_IM}x${OGCM_JM}.\${YEAR}.data
set KPARFILE = SEAWIFS_KPAR_mon_clim.${OGCM_IM}x${OGCM_JM}
set OSTIA = ""
endif
set IMO = ${OGCM_IM}
set JMO = ${OGCM_JM}
if( $IMO < 10 ) set IMO = 000$IMO
if( $IMO < 100 ) set IMO = 00$IMO
if( $IMO < 1000 ) set IMO = 0$IMO
if( $JMO < 10 ) set JMO = 000$JMO
if( $JMO < 100 ) set JMO = 00$JMO
if( $JMO < 1000 ) set JMO = 0$JMO
set DATAOCEAN = ""
set OGCM_LM = 34
set COUPLED = "#DELETE"
set OGRIDTYP = "DE"
set OCEANtag = DE${IMO}xPE${JMO}
set OGCM_NX = ""
set OGCM_NY = ""
set OGCM_GRIDSPEC = ""
set OGCM_NPROCS = ""
endif
# Set DEFAULT SHMEM Parameter
# ---------------------------
set USE_SHMEM = 0
# Set IAU-Forcing and Bias Correction OFF
# ---------------------------------------
set FORCEDAS = "#"
set FORCEGCM = "#"
# Set Default Readers and Writers
# -------------------------------
set NUM_READERS = 1
set NUM_WRITERS = 1
# Default Run Parameters
# ----------------------
if( $AGCM_IM == "c12" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 12
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 2
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set JOB_SGMT = 00000015
set NUM_SGMT = 20
set ATMOStag = CF0012x6C
set POST_NDS = 4
endif
if( $AGCM_IM == "72" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set CHEM_DT = $DT
set JOB_SGMT = 00000015
set NUM_SGMT = 20
if( $OGCM == TRUE ) then
set NX = $OGCM_NX
set NY = $OGCM_NY
set OCEAN_DT = $DT
else
set NX = 4
set NY = 12
set OCEAN_DT = $IRRAD_DT
endif
set ATMOStag = DC0072xPC0046
set POST_NDS = 4
endif
if( $AGCM_IM == "c24" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 24
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 4
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set JOB_SGMT = 00000015
set NUM_SGMT = 20
set ATMOStag = CF0024x6C
set POST_NDS = 4
endif
if( $AGCM_IM == "144" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set CHEM_DT = $DT
set JOB_SGMT = 00000015
set NUM_SGMT = 20
if( $OGCM == TRUE ) then
set NX = $OGCM_NX
set NY = $OGCM_NY
set OCEAN_DT = $DT
else
set NX = 4
set NY = 12
set OCEAN_DT = $IRRAD_DT
endif
set ATMOStag = DC0144xPC0091
set POST_NDS = 4
endif
if( $AGCM_IM == "c48" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 48
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 4
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = 180
set HIST_JM = 91
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set JOB_SGMT = 00000015
set NUM_SGMT = 20
set ATMOStag = CF0048x6C
set POST_NDS = 4
endif
if( $AGCM_IM == "288" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set CHEM_DT = $DT
set JOB_SGMT = 00000008
set NUM_SGMT = 5
if( $OGCM == TRUE ) then
set NX = $OGCM_NX
set NY = $OGCM_NY
set OCEAN_DT = $DT
else
set NX = 8
set NY = 12
set OCEAN_DT = $IRRAD_DT
endif
set ATMOStag = DC0288xPC0181
set POST_NDS = 8
endif
if( $AGCM_IM == "c90" ) then
set DT = 900
set SOLAR_DT = 3600
set IRRAD_DT = 3600
if ( $OGCM == TRUE ) then
set OCEAN_DT = $DT
else
set OCEAN_DT = $IRRAD_DT
endif
set CHEM_DT = $DT
set AGCM_IM = 90
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 12
set NY = `expr $NX \* 5`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set JOB_SGMT = ${fcstsegm}
set NUM_SGMT = 1
set ATMOStag = CF0090x6C
set POST_NDS = 8
endif
if( $AGCM_IM == "576" ) then
set DT = 450
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set CHEM_DT = $DT
set JOB_SGMT = 00000016
set NUM_SGMT = 1
if( $OGCM == TRUE ) then
set NX = $OGCM_NX
set NY = $OGCM_NY
set OCEAN_DT = $DT
else
set NX = 12
set NY = 32
set OCEAN_DT = $IRRAD_DT
endif
set ATMOStag = DC0576xPC0361
set POST_NDS = 8
endif
if( $AGCM_IM == "c180" ) then
set DT = 450
set SOLAR_DT = 3600
set IRRAD_DT = 3600
if ( $OGCM == TRUE ) then
set OCEAN_DT = $DT
else
set OCEAN_DT = $IRRAD_DT
endif
set CHEM_DT = $DT
set AGCM_IM = 180
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 12
set NY = 30
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set NUM_READERS = 2
set JOB_SGMT = ${fcstsegm}
set NUM_SGMT = 1
set ATMOStag = CF0180x6C
set POST_NDS = 8
endif
if( $AGCM_IM == "1152" ) then
set DT = 450
set SOLAR_DT = 3600
set IRRAD_DT = 3600
set CHEM_DT = $DT
set JOB_SGMT = 00000005
set NUM_SGMT = 1
set NUM_READERS = 4
if( $OGCM == TRUE ) then
set NX = $OGCM_NX
set NY = $OGCM_NY
set OCEAN_DT = $DT
else
set NX = 24
set NY = 32
set OCEAN_DT = $IRRAD_DT
endif
set ATMOStag = DC1152xPC0721
set POST_NDS = 12
endif
if( $AGCM_IM == "c360" ) then
set DT = 450
set SOLAR_DT = 1800
set IRRAD_DT = 1800
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 360
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 12
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set NUM_READERS = 4
set JOB_SGMT = 00000005
set NUM_SGMT = 1
set ATMOStag = CF0360x6C
set POST_NDS = 12
endif
if( $AGCM_IM == "c500" ) then
set DT = 450
set SOLAR_DT = 1800
set IRRAD_DT = 1800
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 500
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 12
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set NUM_READERS = 4
set JOB_SGMT = 00000005
set NUM_SGMT = 1
set ATMOStag = CF0500x6C
set POST_NDS = 12
set USE_SHMEM = 1
endif
if( $AGCM_IM == "c720" ) then
set DT = 450
set SOLAR_DT = 1800
set IRRAD_DT = 1800
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 720
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 16
set NY = `expr $NX \* 6`
set HYDROSTATIC = TRUE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set NUM_READERS = 6
set JOB_SGMT = 00000005
set NUM_SGMT = 1
set ATMOStag = CF0720x6C
set POST_NDS = 16
set USE_SHMEM = 1
endif
if( $AGCM_IM == "c1440" ) then
set DT = 450
set SOLAR_DT = 1800
set IRRAD_DT = 1800
set OCEAN_DT = $IRRAD_DT
set CHEM_DT = $DT
set AGCM_IM = 1440
set AGCM_JM = `expr $AGCM_IM \* 6`
set NX = 30
set NY = `expr $NX \* 6`
set HYDROSTATIC = FALSE
set HIST_IM = `expr $AGCM_IM \* 4`
set HIST_JM = `expr $AGCM_IM \* 2 + 1`
set GRID_FILE = "Gnomonic_c${AGCM_IM}.dat"
set NUM_READERS = 6
set JOB_SGMT = 00000001
set NUM_SGMT = 1
set ATMOStag = CF1440x6C
set POST_NDS = 32
set USE_SHMEM = 1
endif
set IS_FCST = 0
if($CUBED == "TRUE") then
set FVCUBED = ""
set FVLATLON = "#DELETE"
set AGCM_GRIDNAME = "PE${AGCM_IM}x${AGCM_JM}-CF"
set OGCM_GRIDNAME = "PE${OGCM_IM}x${OGCM_JM}-${OGRIDTYP}"
set BCSRES = "${ATMOStag}_${OCEANtag}"
set RES_DATELINE = '${AGCM_IM}x${AGCM_JM}'
set TILEDATA = "${ATMOStag}_${OCEANtag}_Pfafstetter.til"
set TILEBIN = "${ATMOStag}_${OCEANtag}_Pfafstetter.TIL"
if( $HIST_IM >= $OGCM_IM ) then
set INTERPOLATE_SST = 1
else
set INTERPOLATE_SST = 0
endif
else
set FVLATLON = ""
set FVCUBED = "#DELETE"
set AGCM_GRIDNAME = "PC${AGCM_IM}x${AGCM_JM}-DC"
set OGCM_GRIDNAME = "PE${OGCM_IM}x${OGCM_JM}-${OGRIDTYP}"
set BCSRES = "${ATMOStag}_${OCEANtag}"
set RES_DATELINE = '${AGCM_IM}x${AGCM_JM}_${DATELINE}'
set TILEDATA = "${ATMOStag}_${OCEANtag}_Pfafstetter.til"
set TILEBIN = "${ATMOStag}_${OCEANtag}_Pfafstetter.TIL"
set HIST_IM = "$AGCM_IM"
set HIST_JM = "$AGCM_JM"
if( $AGCM_IM >= $OGCM_IM ) then
set INTERPOLATE_SST = 1
else
set INTERPOLATE_SST = 0
endif
endif
set BEG_DATE = '18910301 000000'
set END_DATE = "${END_DATE2}"
set JOB_SGMT = "$JOB_SGMT 000000"
#######################################################################
# Check for land surface and runoff routing models #
#######################################################################
# Check for Catche-Carbon
# -----------------------
CATCHCN:
echo "Enter the choice of ${C1} Land Surface Model${CN}: use ${C2}1${CN} (Default: Catchment Model), ${C2}2${CN} (CatchmentCN Model)"
set LSM = 1
if( .$LSM == . ) then
set LSM = 1
endif
if( $LSM != 1 & $LSM != 2 ) then
echo
echo "${C1} Land Surface Model${CN} must be set equal to ${C2}1{CN} or ${C2}2${CN}!"
goto CATCHCN
else
echo
endif
endif
if( $LSM == 1 ) then
set LSM_CHOICE = 1
else
set LSM_CHOICE = 2
endif
echo "QUESTION: ENTERED $LSM => LSM_CHOICE = ${LSM_CHOICE}"
echo
# Check for Runoff Routing Model
# ------------------------------
RRM:
echo "Do you wish to run ${C1} the Runoff Routing Model${CN}? (Default: ${C2}NO${CN} or ${C2}FALSE${CN})"
set RUNRRM = 'YES'
if( .$RUNRRM == . ) then
set RUNRRM = FALSE
else
set RUNRRM = `echo $RUNRRM | tr "[:lower:]" "[:upper:]"`
if( $RUNRRM == "Y" | \
$RUNRRM == "YES" | \
$RUNRRM == "T" | \
$RUNRRM == "TRUE" ) set RUNRRM = TRUE
if( $RUNRRM == "N" | \
$RUNRRM == "NO" | \
$RUNRRM == "F" | \
$RUNRRM == "FALSE" ) set RUNRRM = FALSE
if( $RUNRRM != TRUE & $RUNRRM != FALSE ) then
echo
echo "${C1} the Runoff Routing Model${CN} must be set equal to ${C2}TRUE${CN} or ${C2}FALSE${CN}!"
goto RRM
else
echo
endif
endif
if( $RUNRRM == TRUE ) then
set RUN_ROUTE = 1
else
set RUN_ROUTE = 0
endif
#######################################################################
# Check for AEROSOL/Chemistry Models
#######################################################################
# Check for GOCART
# ----------------
GOCART:
echo "Do you wish to run ${C1}GOCART${CN} with ${C2}Actual${CN} or ${C2}Climatological${CN} Aerosols? (Enter: ${C2}A${CN} (Default) or ${C2}C${CN})"
set GOKART = 'A'
if( .$GOKART == . ) set GOKART = A
set GOKART = `echo $GOKART | tr "[:lower:]" "[:upper:]"`
if( $GOKART != 'A' & $GOKART != 'C' ) then
echo
echo "${C1}GOCART${CN} must be set equal to ${C2}A${CN} or ${C2}C${CN}!"
goto GOCART
else
echo
endif
if( $GOKART == "A" ) set GOKART = TRUE # Use Actual Aerosols
if( $GOKART == "C" ) set GOKART = FALSE # Use Climatological Aerosols
if( $GOKART == TRUE ) then
set GOCART = ""
set GOCART_INTERNAL = "GOCART_INTERNAL"
set HIST_GOCART = ""
# Emission Files
# --------------
EMISSIONS:
set EMISSIONS = ''
echo "Enter the GOCART ${C1}Emission Files${CN} to use: ${C2}MERRA2${CN} (Default), ${C2}PIESA${CN}, ${C2}CMIP${CN}, ${C2}NR${CN}, ${C2}MERRA2-DD${CN} or ${C2}OPS${CN}:"
set EMISSIONS = 'MERRA2'