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CAGMon 2.0 README

######################################################################################### This program generates correlation analysis result between both different channel data, drawing correlation matrix & scattered plots

Copyright@John J. Oh 20 Sep. 2016 <[email protected], [email protected]>

• Requirement:

• python 2.7 >=
• numpy
• scipy
• minepy
• matplotlib
• pylal
• glue
• and other dependencies

• Code Contents

  • CAGConfig.ini # Configuration setting
  • CAGMonLK.py # Main CAGMon Code -- computing correlation values and plotting
  • CAGMkSh.py # Generating shell script for multi-jobs (serial)
  • CAGWebBuild.py # Generating result HTML pages
  • CAGWebUtils.py # Utils for generating HTML pages
  • mkcache.py # Extracting Data from iKAGRA data path
  • Channel Files: K1_KAGRA.DQ.Channel.IMC.PSL, K1_KAGRA.DQ.Channel.LSC, K1_KAGRA.DQ.Channel.PEM, K1_KAGRA.DQ.Channel.VIS # Auxiliary Channel File List

• Download: https://github.com/gw-analysis/CAGMon.git or ssh://[email protected]/gw-analysis/CAGMon.git

• $ git clone ssh://[email protected]/gw-analysis/CAGMon.git
• $ cd CAGMon

• Environment Setting for PyLAL and LALSuite

-$ source /home/johnoh/.local/etc/lscsoftrc

• Instruction:

o Serial Job Running with Shell Script:

• Preparing Auxiliary Channel List:
  • Each list file divided by at least one '_',
    • ex) K1_KAGRA.DQ.Channel.LSC
  • There are four files containing channel names : IMC.PSL, LSC, PEM, VIS
• Modifying Configuration file:
  • Open "CAGConfig.ini" file and setting up appropriately
• Creating .sh file:
  • Just executing "./CAGMkSh.py"
• Run Shell Script with "CAGMonLK.[gps_start].[dur].[stride].[freq].sh"
• Then the result has been stored in your "$HOME/public_html" directory.
• After finishing all runs, then
  • $ python MainWebBuild.py will get you the "index.html" page in your "public_html/"directory. o Single Job Running:
• $ python CAGMonLK.py -t [start-gps] -e [end-gps] -o [ifo / L H K ] -r [DataType/ ER8, O1, iKAGRA] -c [ChannelList File_Divided by '-'] -t [time stride] -f [resampled frequency]
  • ex) python CAGMonLK.py -t 1145621579 -e 1145621609 -o K -r iKAGRA -c K1_KAGRA.DQ.Channel.LSC -t 1.0 -f 1024

• Help

• $ python CAGMonLK.py --help