GitHub - jokonig/EMCal

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 9 Commits
WriteUp		WriteUp
rootFiles		rootFiles
.gitignore		.gitignore
ExtractSignal.cxx		ExtractSignal.cxx
ExtractSignal_PCMEDC.cxx		ExtractSignal_PCMEDC.cxx
GetNCellEfiiFromCalibTask.cxx		GetNCellEfiiFromCalibTask.cxx
GetPeakPos.cxx		GetPeakPos.cxx
GetPeakPos8TeV.cxx		GetPeakPos8TeV.cxx
MakeInvMassSpectraCorected.cxx		MakeInvMassSpectraCorected.cxx
MakeNCellEffiPureGammas.cxx		MakeNCellEffiPureGammas.cxx
PlottingNCellEffi.cxx		PlottingNCellEffi.cxx
PlottingNCellEffi_Methods.cxx		PlottingNCellEffi_Methods.cxx
Plotting_Header.h		Plotting_Header.h
README.txt		README.txt
fMassPos.root		fMassPos.root
startTagging.sh		startTagging.sh
startTagging8TeV.sh		startTagging8TeV.sh

Repository files navigation

Main code is MakeNCellEffiPureGammas.cxx which can be started with the bash script startTagging.sh

The code will process data and MC input (Tree based) from the train output from PWGGA/GammaConv/AliAnalysisTaskClusterQA.cxx

The output from MakeNCellEffiPureGammas.cxx is written into a root file (in rootFiles/NameOfRootFile.root).

The NCell efficiency can be calculated and plotted using the macro PlottingNCellEffi_Methods.cxx.
In this code different methods for the tagging procedure can be used (wide, narrow etc.). The Standard method is "Wide".