Fscan

Installation

Installation of LALSuite

apt-get install lscsoft-lalsuite

LALSuite

Installation of Fscan

1. Download Fscan code from GitHub

2. Copy to /home/controls/public_html

How to use

• Move to Fscan directory(/home/controls/opt/Fscan)

• Before using Fscan, we must set the environmental variables by

  source /users/DET/tools/Fscan/etc/environment.sh

• Fscan job is submitted to Condor when the following command line is executed

  ./testmultiFscanGenerator.tcl testKagraDailyFscanGenerator.rsc /home/controls/opt/Fscan/test_segments.txt -R

  Results are exported to the "~/public_html/fscan/daily" directory

Setting

Code Modification for KAGRA

• multiFscanGenerator.tcl

  --- multiFscanGenerator.tcl       2019-03-27 14:58:01.287737201 +0900
  +++ multiFscanGenerator_kagra.tcl 2019-03-27 16:54:47.367739644 +0900
  @@ -292,7 +292,8 @@ set moveSFTsFromSuffix "";
   
   set crab 0; #if crab stuff is to be run then rsc file sets crab to 1, default is not to run.X
   
  -set submitLogFileDir "/usr1/pulsar"; # directory location for log files given in the condor submit files, for use with fscanDriver.py -o option.
  +set submitLogFileDir "/home/controls/opt/Fscan/logs"; # directory location for log files given in the condor submit files, for use with fscanDriver.py -o option.
   
   
   ##### MAIN CODE STARTS HERE #####

• fscanDriver.py

  --- fscanDriver.py       2019-03-27 14:58:01.287737201 +0900
  +++ fscanDriver_kagra.py 2019-03-29 14:15:32.386858803 +0900
  @@ -602,7 +602,11 @@ if (createSFTs):
        sft_freqBand = 2
     else:
        sft_freqBand = freqBand + 1;
  -  makeDAGCommand = 'MakeSFTDAG -f %s -G %s -d %s -x %d -k %d -T %d -F %d -B %d -p %s -N %s -m 1 -o %s -X %s -Z -g %s -v %d -w %d' % (sftDAGFile,tagString,inputDataType,extraDatafindTime,filterKneeFreq,timeBaseline,startFreq,sft_freqBand,pathToSFTs,channelName,subLogPath,miscDesc,segmentFile,sftVersion,windowType)
  +  if ifo == 'K1':
  +    makeDAGCommand = os.environ['KAGRA_FSCANBIN_PATH']+'/lalapps_MakeSFTDAG_kagra -f %s -G %s -d %s -x %d -k %d -T %d -F %d -B %d -p %s -N %s -m 1 -o %s -X %s -Z -g %s -v %d -w %d' % (sftDAGFile,tagString,inputDataType,extraDatafindTime,filterKneeFreq,timeBaseline,startFreq,sft_freqBand,pathToSFTs,channelName,subLogPath,miscDesc,segmentFile,sftVersion,windowType)
  +  else:
  +    makeDAGCommand = 'MakeSFTDAG -f %s -G %s -d %s -x %d -k %d -T %d -F %d -B %d -p %s -N %s -m 1 -o %s -X %s -Z -g %s -v %d -w %d' % (sftDAGFile,tagString,inputDataType,extraDatafindTime,filterKneeFreq,timeBaseline,startFreq,sft_freqBand,pathToSFTs,channelName,subLogPath,miscDesc,segmentFile,sftVersion,windowType)
  +
     if (useHoT):
        makeDAGCommand = makeDAGCommand + ' -H'
     if (makeSFTIFO != None):
  @@ -1009,7 +1013,8 @@ if (htmlFilename != None):
       htmlFID.write('    Spectrogram data: <a href="' + thisSeg + '">' + thisSeg + '</a><br>')
       htmlFID.write('    Freq. vs Power: <a href="' + thisSeg + '.txt">' + thisSeg + '.txt</a><br>')
       htmlFID.write('    Freq. vs Power (Sorted): <a href="' + thisSeg + '_sorted.txt">' + thisSeg + '_sorted.txt</a><br>')
  -    htmlFID.write('    List of found combs : <a href="%s_combs.txt">%s_combs.txt</a><br>\n' % (inputFileName,inputFileName))
  +    htmlFID.write('    List of found combs : <a href="' + thisSeg + '_combs.txt">' + thisSeg + '_combs.txt</a><br>')
  +    #htmlFID.write('    List of found combs : <a href="%s_combs.txt">%s_combs.txt</a><br>\n' % (inputFileName,inputFileName))
       #htmlFID.write('    Kurtosis test output: <a href="' + thisSeg + '_kurtosis">' + thisSeg + '_kurtosis</a><br>')
       htmlFID.write('  </td>\n')
       htmlFID.write('</tr>\n')