looseTaus.AddDiscriminator(mithep.PFTau.iDecayModeFinding)
looseTaus.AddCutDiscriminator(
mithep.PFTau.dByCombinedIsolationDeltaBetaCorrRaw3Hits, 5., False)
# Electrons
# veryLooseElectrons = base collection
# baseline, veto, fake, loose, medium, and tight id defined on top of veryLoose
veryLooseElectrons = mithep.ElectronIdMod('FiducialElectrons',
InputName=mithep.Names.gkElectronBrn,
OutputName='FiducialElectrons',
IdType=mithep.ElectronTools.kNoId,
IsoType=mithep.ElectronTools.kNoIso,
ApplyEcalFiducial=True,
ApplyD0Cut=False,
ApplyDZCut=False,
WhichVertex=0,
PtMin=10.,
EtaMax=2.5,
ApplyConvFilterType1=False,
ApplyConvFilterType2=False,
ApplyNExpectedHitsInnerCut=False,
ChargeFilter=False,
ConversionsName='Conversions')
# for electrons, baseline and veryLoose are identical
electronBaselineId = veryLooseElectrons.clone(
'ElectronBaselineId',
IsFilterMode=False,
InputName=veryLooseElectrons.GetOutputName(),
OutputName='FiducialElectronId')
MaxRho = 2.,
IsMC = True,
VertexesName = mithep.Names.gkPVBrn
)
pfPU = mithep.SeparatePileUpMod(
PFNoPileUpName = "pfNoPU",
PFPileUpName = "pfPU",
CheckClosestZVertex = False
)
eleId = mithep.ElectronIdMod(
OutputName = 'VetoElectrons',
IdType = mithep.ElectronTools.kPhys14Veto,
IsoType = mithep.ElectronTools.kPhys14VetoIso,
ApplyEcalFiducial = True,
WhichVertex = 0,
PtMin = 10.,
EtaMax = 2.5,
ConversionsName = 'Conversions'
)
muId = mithep.MuonIdMod(
OutputName = 'LooseMuons',
IdType = mithep.MuonTools.kNoId,
IsoType = mithep.MuonTools.kPFIsoBetaPUCorrected,
PFNoPileupCandidatesName = 'pfNoPU',
PFPileupCandidatesName = 'pfPU',
PtMin = 10.,
EtaMax = 2.4
)
from MitAna.TreeMod.bambu import mithep
electronIdMod = mithep.ElectronIdMod(
OutputName='VetoElectrons',
IdType=mithep.ElectronTools.kNoId,
IsoType=mithep.ElectronTools.kNoIso,
ApplyEcalFiducial=True,
ApplyD0Cut=False,
ApplyDZCut=False,
WhichVertex=0,
PtMin=10.,
EtaMax=2.5,
ApplyConvFilterType1=False,
ApplyConvFilterType2=False,
ApplyNExpectedHitsInnerCut=False,
InvertNExpectedHitsInnerCut=False,
ApplySpikeRemoval=False,
ChargeFilter=False,
ApplyTriggerMatching=False,
ApplyEcalSeeded=False,
RhoAlgo=mithep.PileupEnergyDensity.kFixedGridFastjetAll,
EtMin=0.,
IdLikelihoodCut=-999.,
ConversionsName='Conversions')
IdType=mithep.MuonTools.kNoId,
IsoType=mithep.MuonTools.kNoIso,
ApplyD0Cut=True,
ApplyDZCut=True,
WhichVertex=0,
PtMin=10.,
EtaMax=2.4,
OutputName="VetoMuons")
electronId = mithep.ElectronIdMod(
"ElectronId",
PtMin=10.,
EtaMax=2.4,
ApplyEcalFiducial=True,
IdType=mithep.ElectronTools.kSummer15Veto,
IsoType=mithep.ElectronTools.kSummer15VetoIso,
ConversionsName="Conversions",
ApplyConversionFilterType1=True,
ApplyConversionFilterType2=False,
ApplyD0Cut=True,
ApplyDZCut=True,
WhichVertex=0,
OutputName="VetoElectrons")
photonId = mithep.PhotonIdMod("VetoPhotonId",
PtMin=15.,
OutputName="VetoPhotons",
IdType=mithep.PhotonTools.kSummer15Loose,
IsoType=mithep.PhotonTools.kSummer15LooseIso,
ApplyElectronVeto=True)
jetId = jetIdMod.clone(MVATrainingSet=mithep.JetIDMVA.nMVATypes, PtMin=15.)