Tutorials

A collection of macros helping to learn cWB by example

• AnalyzeSkyProb.C

  This example show how to read/analyze skymap probability produced by CWB_Plugin_SkyProb.C plugin

• ChangeRhoStatistic.C

  this macro is used to redefine the rho statistic

• ChirpMass.C

  this macro shows how to read the eBBH results from output ROOT file produced with CWB_Plugin_eBBH.C

• CombineSearchesWithFAD.C

  This macro is used to computed the false alarm probability of combined searches

• CompareWDMvsTime.C

  Read waveform from file

• ComputeSNR.C

  generate MDC & Read PSD from file & compute SNR

• Compute_FAP_and_Gsigma.C

  Compute Gaussian Sigma & FAP from OBSERVATIONAL_TIME, BACKGROUND_TIME, TRIALS_FACTOR

• ConvertGWGC.C

  convert GWGCCatalog_Rev1d7.txt format to GWGC format for inspiral input sky distribution

• CreateCelestialSkyMask.C

  CreateCelestialSkyMask

• CreateSkyMask.C

  Create SkyMask for CWB analysis

• CreateWhitenedInspirals.C

  …

• DrawFileStrainObjects.C

  Read/Display Objects from strain job root file

• DrawFitsGraceDB.C

  This example show how to display skymap probability from fits file

• DrawInspiral.C

  …

• DrawInspiralFeatures.C

  Show how to use Toolbox to get signal envelop / instantaneous frequency, WignerVille Transform, …

• DrawInspiralUserDet.C

  Draw Inspiral Waveform with the mdc class (for user defined detectors)

• DrawMDCuserDet.C

  Draw Builtin Waveform with the mdc class (for user defined detectors)

• DrawPSD.C

  Hz

• DrawRootSkymap.C

  Draw skymap from skymap saved in a root file

• DrawSGC.C

  Show how to use mdc class to get & draw SGC waveforms

• DrawSGE.C

  Show how to use mdc class to get & draw SG elliptical waveforms

• DrawSensitivities.C

  Draw Detector Sensitivity Curves

• DrawSensitivitiesS5.C

  …

• DrawWDM.C

  Instantiation of object CWB::mdc

• DrawWaveformPE.C

  this macro shows how to read the PE results from ROOT and ASCII file

• Draw_LALSringCusp.C

  Show comparison between LAL Cosmic String Cusps waveformss vs High frequency cut-off

• Draw_LAL_vs_CWB.C

  Show comparison between SGE/WNB CWB vs LAL waveforms

• Draw_LAL_vs_CWB_from_XMLFILE.C

  Show comparison between SGE/WNB CWB vs LAL waveforms

• Efficiency2Gvs1G.C

  this macro produces an html page : 1G vs 2G efficiency 50% comparison

• GetJobFrList.C

  read the frame list from the job file

• GetLiveTime.C

  This macro computes the livetime for each lag using the CWB::Toolbox::getLiveTime method

• LoadWaveforms.C

  Load waveforms from files

• Log2Root.C

  Convert text log mdc file to root file

• Log2Root2.C

  convert BurstMDC ascii log file to cWB root file

• LoopChirpMass.C

  …

• MakeBurstXML.C

  temporary buffer length in sec used for MDC generation

• MakeROC.C

  this macro produces the ROC report page

• MakeROC_Config_1G_vs_2G_Example.C

  1G vs 2G-ISRA

• Make_BRST_O1_HF.C

  Make BRST HF [512:5120] Hz Set for O1 (proposal)

• Make_BRST_O1_LF.C

  Make BRST LF [32:1024] Hz Set for O1 (proposal)

• Make_SN_O1.C

  Make BRST LF [32:1024] Hz Set for O1 (proposal)

• Make_wdmXTalk.C

  this macro has been used to create the default wdmXTalk catalog used for the 2G pipeline

• MergeTrees.C

  merge root trees

• NodesCleanup.C

  This macro is used to remove temporary cwb files from the remote nodes

• PCA_Benchmark.C

  PRINCIPAL COMPONENT ANALYSIS

• Posterior2XML.C

  sampleFile : input posterior sample file produced by PE

• ProbabilityIntegratedOverCircles.C

  Integrate likelihood skymap over the big circles

• ReadAndDrawMDC.C

  Draw Waveform from text file

• ReadCStrainFromJobFile.C

  read & display conditioned strain from job cstrain file

• ReadFileMDC.C

  This example show how to read event parameters from root mdc file

• ReadFileWAVE.C

  This example show how to read event parameters from root wave file

• ReadHistFromJobFile.C

  read & display diagnostic histogram from job supercluster file

• ReadObjectLogMDC.C

  Draw Waveform from mdc object saved to root file

• ReadSkyMapFromTree.C

  This example show how to read/save to fits/display skymap probability from output root file

• ReadSparseMapFromJobFile.C

  Read & Plot Sparse Map From Job Files

• ReadStrainFromJobFile.C

  Draw read & display strain & mdc from job strain file

• Read_nRMS.C

  This macro read the nRMS from the cstrain root files produced with

• Regression_H1.C

  How to apply regression to subtract power line at 180Hz

• Regression_H1_bic.C

  How to apply regression to subtract power line at 180Hz and related sidebands

• Regression_LPE_H1.C

  GetHchannel

• Regression_Sine.C

  How to apply regression to subtract sinusoidal line at 100Hz

• Regression_Sine_Bic.C

  How to apply regression to subtract sinusoidal line at 100 +/- 2 Hz

• Regression_Sine_Gaus_Bic.C

  How to apply regression to subtract upconverted 2Hz noise at 100 +/- 2 Hz

• Regression_Sine_parameters.C

  How to apply regression to subtract sinusoidal line at 100Hz

• RootSkyMap2Fits.C

  This example show how to convert skymap probability from root to fits files in celestial coordinates

• RootsSkyMap2Fits.C

  This example show how to convert skymap probability from a list of output/root files to fits files

• SelectRunsFromMerged.C

  this example show how to extract the first 2000 jobs from the merge root file

• Test1.C

  Test 1: Removal of broadband noise using a single, highly correlated witness channel.

• Test10.C

  Test 10: Two good witness channels plus one slightly correlated one

• Test11.C

  Test 11: Two witness channels have some common noise (or environmental signal,

• Test2.C

  Test 2: Similar, but witness channel includes some uncorrelated noise:

• Test3.C

  Test 3: Similar, but witness channel includes more uncorrelated noise:

• Test4.C

  Test 4: Similar, but witness channel has mostly uncorrelated noise.

• Test5.C

  Test 5: Two identical (i.e., redundant) witness channels:

• Test6.C

  Test 6: Two witness channels, one highly correlated and the other not

• Test7.C

  Test 7: One witness channel with a little uncorrelated noise, other with more

• Test8.C

  Test 8: Similar, but second witness channel has a very small (but nonzero) correlation

• Test9.C

  Test 9: Two good witness channels measuring different effects

• TestBandPass.C

  This example show how to apply the band filters

• TestCWB.C

  Instantiation of the mdc object using a user_parameter.C config macro file

• TestConfigCompare.C

  Compare two cwb configurations

• TestConfigPrint.C

  Read and print cwb configuration

• TestDrawDistributions.C

  Draw sky distributions

• TestGetTreeDetector.C

  Test get detector info to/from tree

• TestLiveTime.C

  This macro compare the livetime computed by the CWB pipeline and the approximate one

• TestMDC.C

  Instantiation of object CWB::mdc and setup of waveforms, sky distribution

• TestReadSkyDistFromLogMDC.C

  Read SkyDistribution From Log MDC file

• TestReadWaveform.C

  Read & Draw Waveforms

• TestReadWriteConfig.C

  Write & Read config object to/from root file

• TestReadWriteDetectorObject.C

  Write & Read config object to/from root file

• TestReadWriteSkymapObject.C

  Write & Read config object to/from root file

• TestSetGetTreeDetector.C

  Test set/get detector info to/from tree

• TestSetGetTreeDetector2.C

  Test set/get detector info to/from tree

• TestTObject.C

  Write & Read wavearray object to/from root file

• TestTObjectMeyer.C

  Write & Read Meyer object to/from root file

• TestTObjectNetcluster.C

  Write & Read netcluster object to/from root file

• TestTObjectNetpixel.C

  Write & Read netpixel object to/from root file

• TestTObjectSkymap.C

  Write & Read skymap object to/from root file

• TestTObjectWSeries.C

  Write & Read wavearray, Wseries objects to/from root file

• TestTObjectWaveDWT.C

  Write & Read WaveDMT object to/from root file

• TestTObjectWavearray.C

  Write & Read wavearray object to/from root file

• TestWriteFrameMDC.C

  Create waveforms and write to frame file

• TimeSortTree.C

  Sort waveburst root file IFILE_NAME according time[0] parameters and to the ISELECTION rules

• test_config1.C

  defines macro to manage ROOT5 vs ROOT6

• user_parameters.C

  defines macro to manage ROOT5 vs ROOT6