CalculateHighPtTerm_noMJB.py File Reference

Go to the source code of this file.

Namespaces
	CalculateHighPtTerm_noMJB

Variables
	CalculateHighPtTerm_noMJB.InSituCompDictionary = ReadInSituHistograms("/afs/cern.ch/work/k/kpachal/JetUncertainties/JetUncertainties/athena/Reconstruction/Jet/JetUncertainties/inputs/Moriond2018/forMJBInputs_GammaZJet")
	CalculateHighPtTerm_noMJB.SingleParticleFile = TFile("/afs/cern.ch/work/k/kpachal/JetUncertainties/JetUncertainties/athena/Reconstruction/Jet/JetUncertainties/inputs/Moriond2018/HighPt2012/AggressiveHighPt_Final2014.root")
list	CalculateHighPtTerm_noMJB.jetDefList
	CalculateHighPtTerm_noMJB.outputFile = TFile("2012HighPtTerm_2017Moriond2018adjusted.root","RECREATE")
	CalculateHighPtTerm_noMJB.inSituHist = InSituCompDictionary[jetDef]['Zjet_dPhi'].Clone("InSitu_Quad")
	CalculateHighPtTerm_noMJB.hist = InSituCompDictionary[jetDef][histkey]
	CalculateHighPtTerm_noMJB.spHist = SingleParticleFile.Get("SingleParticle_HighPt_AntiKt4Topo_EMJES")
	CalculateHighPtTerm_noMJB.outputHist = spHist.Clone("adjustedInterpolatedSingleParticleUncertainty")
	CalculateHighPtTerm_noMJB.pT = spHist.GetXaxis().GetBinCenter(bin)
	CalculateHighPtTerm_noMJB.inSituBin = inSituHist.FindBin(pT)
	CalculateHighPtTerm_noMJB.inSituVal2 = inSituHist.GetBinContent(inSituBin)
	CalculateHighPtTerm_noMJB.spVal = spHist.Interpolate(pT)
	CalculateHighPtTerm_noMJB.diff = spVal*spVal - inSituVal2
int	CalculateHighPtTerm_noMJB.keepSPVal = 0
int	CalculateHighPtTerm_noMJB.smoothedSPVal = 0