#
# QSUB -s /bin/csh
## QSUB -lT 150000       # time limit
# QSUB -lT  80000       # time limit
# QSUB -q prem          # queue to be used
# QSUB -lM 20Mw         # space required in megawords
# QSUB -nr		# no rerun
## QSUB -A 28103032
#
# Run script for tgcm13mt (multi-tasked tiegcm)
#
cd $TMPDIR
#
# Comment out EXEC for compile/load only (no execution):
#
#set EXEC
#
# Set FFLAGS and LDFLAGS for building multi-tasked model:
#
set FFLAGS = "(-m4 -Ooverindex,nofastint,inlinefrom=inline.f)"
set LDFLAGS = "(-f zeros -M,stat -L /usr/local/lib -lncarm,ncaro,mss,alfpack,ecmfft,fitpack,fishpak,fftpack,hpf)"
#
# job is any generic job name (output listing will be $job.$$):
#
set job = tgcm13mt.june91
#
# tgcm_version must be a valid tgcm version name 
# (use the command "printversions" to get list of valid versions)
#
set tgcm_version = tgcm13mt
#
# tmpdir = temporary cray directory in which to keep copies of
#   model source and object files:
#
#set tmpdir = /tmp/roble	# temp dir for links (optional)
set tmpdir = /tmp/foster/tgcm13mt	# temp dir for links (optional)
#
# tgcm.run will set NCPUS according to ncpus:
 set ncpus = 9
#
echo ' '
date
echo job = $job ; echo tgcm_version = $tgcm_version
echo ' '
#
# Get fixed source and object tar files from mss:
#
INCLUDE $TGCMROOT/bin/getsrcobj
#
# Include any modified or new source, e.g., in dir modsrc:
# (this will overwrite fixed source obtained from mss by getsrcobj above)
#
INCLUDE -h modsrc.june91/*.f modsrc.june91/*.h
#
# Model lexical input:
#
set inp = $job.inp	# do not change -- used by timegcm.run
cat << 'EOF' >! $inp
INCLUDE june91.inp
'EOF'
#
# timegcm.run runs make and executes the model
# (if EXEC not set, model is not executed)
#
INCLUDE $TGCMROOT/bin/tgcm.run