#!/bin/sh # # ======================================================================== # # * # * This file is part of MARS, the MAGIC 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 appear 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 08/2004 # Author(s): Daniel Hoehne-Moench 08/2009 # # Copyright: MAGIC Software Development, 2000-2009 # # # ======================================================================== # # This script launches the filling of the results from the calibration for # all mc sequences of which the results are not yet in the database. # # After checking if the script is already running the todolist is written. # Then for each sequence in the todo list the calibration results are # filled into the table MCCalibration in the database using the macros # fillmccalib.C and fillmcsignal.C # If this was successful, the status is inserted into the database using # the function setstatus. # source `dirname $0`/sourcefile printprocesslog "INFO starting $0" program=fillmccallisto column=fFillCallisto set -C scriptlog=$runlogpath/$program-$datetime.log date >> $scriptlog 2>&1 # check if the script is already running lockfile=$lockpath/lock-$program.txt checklock >> $scriptlog 2>&1 # get todo file gettodo >> $scriptlog 2>&1 cd $mars # fill information into the database for all sequences in the todo file for (( s=0 ; s < $num ; s++ )) do sequence=${primaries[$s]} printprocesslog "INFO starting $program for mc sequence $sequence" no=`printf %08d $sequence | cut -c 0-4` no2=`printf %08d $sequence` path="$mcpath/callisto/$no/$no2" signalfile=$path/signal$no2.root calibfile=$path/calib$no2.root fillcallistologpath=$logpath/$program/$no makedir $fillcallistologpath >> $scriptlog 2>&1 fillcaliblog=$fillcallistologpath/fillcalib-$sequence.log fillsignallog=$fillcallistologpath/fillsignal-$sequence.log echo "run $program for mc sequence $sequence" >> $scriptlog 2>&1 setstatus "start" >> $scriptlog 2>&1 echo "run fillmccalib..." >> $scriptlog 2>&1 printprocesslog "INFO starting fillmccalib for mc sequence $sequence" check1=`root -q -b $macrospath/fillmccalib.C+\("\"$calibfile\""\,kFALSE\) | tee $fillcaliblog | intgrep` case $check1 in 1) echo " check1=$check1 -> everything ok -> run fillmcsignal " >> $scriptlog 2>&1 printprocesslog "INFO done fillmccalib successfully for mc sequence $sequence" ;; 0) echo " check1=$check1 -> no connection to db -> continue..." >> $scriptlog 2>&1 printprocesslog "WARN connection to DB failed" check="no" setstatus "stop" >> $scriptlog 2>&1 continue ;; *) echo " check1=$check1 -> ERROR -> step has to be repeated" >> $scriptlog 2>&1 printprocesslog "ERROR fillmccalib failed for mc sequence $sequence" com=$Ffillmccalib check=$check1 setstatus "stop" >> $scriptlog 2>&1 continue ;; esac printprocesslog "INFO starting fillmcsignal for sequence $sequence" check2=`root -q -b $macrospath/fillmcsignal.C+\("\"$signalfile\""\,kFALSE\) | tee $fillsignallog | intgrep` case $check2 in 1) echo " check2=$check2 -> everything ok " >> $scriptlog 2>&1 printprocesslog "INFO done fillmcsignal successfully for mc sequence $sequence" ;; 0) echo " check2=$check2 -> no connection to db -> continue..." >> $scriptlog 2>&1 printprocesslog "WARN connection to DB failed" check="no" ;; *) echo " check2=$check2 -> ERROR -> step has to be repeated" >> $scriptlog 2>&1 printprocesslog "ERROR fillmcsignal failed for mc sequence $sequence" com=$Ffillmcsignal check=$check2 ;; esac setstatus "stop" >> $scriptlog 2>&1 done finish >> $scriptlog 2>&1