source: trunk/Mars/datacenter/scripts/runsimtel@ 18840

#!/bin/sh
#
# ========================================================================
#
# *
# * This file is part of CheObs, the Modular Analysis and Reconstruction
# * Software. It is distributed to you in the hope that it can be a useful
# * and timesaving tool in analysing Data of imaging Cerenkov telescopes.
# * It is distributed WITHOUT ANY WARRANTY.
# *
# * Permission to use, copy, modify and distribute this software and its
# * documentation for any purpose is hereby granted without fee,
# * provided that the above copyright notice appears in all copies and
# * that both that copyright notice and this permission notice appear
# * in supporting documentation. It is provided "as is" without express
# * or implied warranty.
# *
#
#
#   Author(s): Daniela Dorner  01/2009 <mailto:daniela.dorner@unige.ch>
#
#   Copyright: CheObs Software Development, 2000-2009
#
#
# ========================================================================
#
# This script runs corsika and simtelarray.
# 

source `dirname $0`/sourcefile
printprocesslog "INFO starting $0"
program=corsikasimtel
column=fCorsikaSimTelarray

# todo:
# evtl trennung v corsika u simtel

set -C
# set write permission for group
umask 002

simdir=$mcpath/software/simtel

export CORSIKA_PATH=$simdir/corsika-6970/run/
export SIM_TELARRAY_PATH=$simdir/sim_telarray
#export SIM_TELARRAY_PATH=$simdir
export SIM_TELARRAY_RUN_PATH=$simdir/sim_telarray
export MCDATA_PATH=$mcpath
export CORSIKA_DATA="${MCDATA_PATH}/corsika"
export SIM_TELARRAY_DATA="${MCDATA_PATH}/simtel"
export LD_LIBRARY_PATH=$simdir/hessioxxx/lib/

# printing input card to stdout
function printinputcard()
{
   # Run number
   echo "RUNNR "$run
   # Number of simulated events
   echo "NSHOW "$numevts
   # Seed values for simulation
   echo "SEED "$run" 0 0 "
   echo "SEED "$run" 0 0 "
   echo "SEED "$run" 0 0 "
   echo "SEED "$run" 0 0 "
   # Observation level
   echo "OBSLEV "$obslev".E2"
   # output directory
   echo "DIRECT "$outpath"/ "
   cat $inputcardpart
}


# get hostname
prodhost=`echo $HOSTNAME | sed -e 's/compute-0-//' -e 's/[.]local//'`

diskusage=( `df $mcpath | grep $mcpath ` )
# continue only if more than 90 GB are left on /state/cta
if [ ${diskusage[2]} -lt 90000000 ]
then
   printprocesslog "WARN less than 90 GB left on $mcpath on node $prodhost "
   finish
else
   printprocesslog "INFO still ${diskusage[3]} left on $mcpath on node $prodhost "
fi


# get sequence # 
gettodo "1" 
run=${primaries[0]}

# lock sequ
lockfile=$lockpath/lock-$table-$column-$run.txt
checklock 

printprocesslog "INFO starting $program for run $run"

# get values for inputcard
query="SELECT fParticleTypeName FROM MCRunData LEFT JOIN ParticleType using (fParticleTypeKEY) where fMCRunNumber="$run
primparticle=`sendquery`
query="SELECT fNumEvents FROM MCRunData where fMCRunNumber="$run
numevts=`sendquery`

# get observation level for the script to be begun for sim_telarray
query="SELECT fObsLevel FROM MCRunData WHERE fMCRunNumber="$run
obslev=`sendquery`
# export $OBSLEVEL for the script sim_telarray/cta-ultra2_run.sh or sim_telarray/cta-ultra2-moon_run.sh
export OBSLEVEL=$obslev

# get moon condition for the script to be begun for sim_telarray
query="SELECT fMoonConditionKEY FROM MCRunData where fMCRunNumber="$run
mooncase=`sendquery`
# export $moon for the script sim_telarray/multi/multi_cta-ultra3.cfg
case $mooncase in
   0)   export moon=''
        ;;
   1)   export moon="-moon"
        ;;
   *)   printprocesslog "ERROR $program failed to retrieve the moon condition"
        finish
        ;;
esac

# for MC for 5at5
if [ "$obslev" == "5000" ]
then
   export moon="-5at5"
   inputcardpart=$setuppath/INPUTS_CTA_ULTRA3_${primparticle}_part_5at5
else
   inputcardpart=$setuppath/INPUTS_CTA_ULTRA3_${primparticle}_part
fi


# path and logs
outpath=$mcpath"/corsika/"`printf %06d $run`
logfile=$outpath/$program"-"`printf %06d $run`".log"
inputcard=$outpath/$program"-"`printf %06d $run`".card"
makedir $outpath 

# insert host into db
query="UPDATE MCRunProcessStatus set fProductionHostKEY=$prodhost where fMCRunNumber="$run
if ! sendquery $query
then
   printprocesslog "inserting host failed"
   finish
fi

setstatus "start" 

cd $CORSIKA_PATH

printprocesslog "INFO create inputcard for run $run"

#
# starting corsika with pipe to simtelarray
#  in the inputcard the path to the script is defined:
#     ${SIM_TELARRAY_PATH}/run_sim_cta-ultra3 (i.e. run_sim_hessarray_generic)
#  in this script a setup file is chosen:
#     multicfg="multi/multi_${cfg}.cfg"
#  in multi/multi_cta-ultra3.cfg one can choose whether to store 
#     the corsika files:
#     gzip > ${CORSIKA_DATA}/run${CORSIKA_RUN}.corsika.gz
#  and multi/multi_cta-ultra3.cfg starts the script
#     ${SIM_TELARRAY_PATH}/cta-ultra2_run.sh (i.e. generic_run.sh)
#     in which e.g. path and file name are set
#
printinputcard >| $inputcard
#./corsika < $inputcard >| $logfile 2>&1
./corsika6970Linux_QGSII_urqmd < $inputcard >| $logfile 2>&1
check1=$?

case $check1 in
   0)   printprocesslog "INFO finished corsika and simtelarray without error (check1=$check1) "
        if ! grep 'END OF RUN' $logfile
        then
           printprocesslog "ERROR could not find 'END OF RUN' in $logfile => unknown error for run $run"
           com=$Fcorsikasimtel
           check=2
        else
           printprocesslog "INFO $program finished successfully for mc run number $run"
        fi
        ;;
   *)   printprocesslog "ERROR $program failed for mc run number $run (check1=$check1)"
        com=$Fcorsikasimtel
        check=$check1
        ;;
esac

setstatus "stop"

finish