'JetCorrection',
InputName='AKt4PFJetsCHS',
CorrectedJetsName='CorrectedJets',
RhoAlgo=mithep.PileupEnergyDensity.kFixedGridFastjetAll)
puppiJetCorrection = mithep.JetCorrectionMod(
'PuppiJetCorrection',
InputName='AKt4PuppiJets',
CorrectedJetsName='CorrectedPuppiJets',
RhoAlgo=mithep.PileupEnergyDensity.kFixedGridFastjetAll)
metCorrection = mithep.MetCorrectionMod(
'MetCorrection',
InputName='PFMet',
OutputName='PFType1CorrectedMet',
JetsName='AKt4PFJetsCHS',
RhoAlgo=mithep.PileupEnergyDensity.kFixedGridFastjetAll,
MaxEMFraction=0.9,
SkipMuons=True,
MinJetPt=15.,
MuonGeometricMatch=True)
metCorrection.ApplyType0(False)
metCorrection.ApplyType1(True)
metCorrection.ApplyShift(False)
metCorrection.IsData(analysis.isRealData)
metCorrectionJESUp = metCorrection.clone('MetCorrectionJESUp',
OutputName='PFType1CorrectedMetJESUp',
JESUncertaintySigma=1.)
metCorrectionJESDown = metCorrection.clone(
'MetCorrectionJESDown',
OutputName='PFType1CorrectedMetJESDown',
jetId = mithep.JetIdMod(
InputName = jetCorr.GetOutputName(),
OutputName = 'CleanedJets',
UseL1Correction = False,
UseL2Correction = False,
UseL3Correction = False,
ApplyPFLooseId = True,
ApplyMVACut = True,
PtMin = 30.,
EtaMax = 2.5
)
metCorr = mithep.MetCorrectionMod(
CorrectedName = 'PFType1CorrectedMet',
JetsName = 'AKt4PFJetsCHS',
CorrectedJetsName = jetCorr.GetOutputName()
)
metCorr.ApplyType1(True)
metCorr.IsData(False)
preRun2Sync = mithep.PreRun2SynchExercise(
VerticesName = mithep.Names.gkPVBrn,
MetName = metCorr.GetOutputName(),
JetsName = jetId.GetOutputName(),
ElectronsName = eleId.GetOutputName(),
MuonsName = muId.GetOutputName(),
TausName = tauId.GetOutputName(),
PhotonsName = photonId.GetOutputName()
)