1 - runNLgeneration.sh 2 create non-linerity transfer functions, each in their own directory 3 (uses generateNLandSpectrum.h generateNLandSpectrum.cpp generateNL.C ) 4 5 - runOnNLFiles.sh 6 run on the NL function in a given directory, generate QDC spectrum with this non-linearity, fit it 7 (uses fitHistoFFTPoisson.h fitHistoFFTPoisson.cpp generateNLandSpectrum.h generateNLandSpectrum.cpp generateAndFit_spectrum_useNLInput.C ) 8 also needs an input file for compton electron numbers: e.g. lcpolmc_numbers_60channels_3mm_30percent.txt 9 10 - runOnZeroNL.sh 11 same as above, only that no non-linearity function is used 12 13 - runOnNLFunctionGasdet.sh, runOnZeroNLGasdet.sh 14 for the gas detector: don't attempt to do a Compton-spectrum fit 15 16 - check-submit-condition.sh 17 for stepwise submission of many jobs of type runOnNLFiles.sh (don't overload the NAF queue system, submit the next batch when most of the others have started) 18 19 - runpolfitCut.sh 20 after all fits are done: determine polarisation from fit results 21 (uses onlyPolCut.C - use onlyPolGasdet.C for the gas detector, when no CE fit is done) 22 23 - maketxtfiles.sh 24 combine the output from all the polarisation sims into summary txt-files 25 (plot with something like plotsummaryNiceFromCombifile.C or plotsummarycombi.C )
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