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########################################
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#### Created 07-Apr-09
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#### by A.-M. Magnan
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#### a.magnan@imperial.ac.uk
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#### from TauAnalysis globalV00-00-03
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########################################
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import FWCore.ParameterSet.Config as cms
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import copy
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######################################################################################
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#### PAT layer 0 cleaning
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######################################################################################
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from PhysicsTools.PatAlgos.cleaningLayer0.caloJetCleaner_cfi import *
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allLayer0JetsForTauAnalyses = copy.deepcopy(allLayer0Jets)
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allLayer0JetsForTauAnalyses.jetSource = cms.InputTag("iterativeCone5CaloJets")
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allLayer0JetsForTauAnalyses.removeOverlaps.electrons = cms.PSet() # disable default to remove overlap with electrons
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#allLayer0JetsForTauAnalyses.removeOverlaps.electrons.collection = cms.InputTag("allLayer0ElectronsForTauAnalyses")
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#allLayer0JetsForTauAnalyses.removeOverlaps.electrons.deltaR = cms.double(0.3) ##
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#allLayer0JetsForTauAnalyses.removeOverlaps.electrons.cut = cms.string('pt > 10 & (trackIso()+ecalIso())/pt < 0.18')
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#allLayer0JetsForTauAnalyses.removeOverlaps.electrons.flags = cms.vstring('Isolation/Tracker')
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allLayer0JetsForTauAnalyses.removeOverlaps.taus = cms.PSet() # disable default to remove overlap with electrons
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#allLayer0JetsForTauAnalyses.removeOverlaps.taus.collection = cms.InputTag("allLayer0PFTausForTauAnalyses")
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#allLayer0JetsForTauAnalyses.removeOverlaps.taus.deltaR = cms.double(0.3) ##
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#allLayer0JetsForTauAnalyses.removeOverlaps.taus.cut = cms.string('')
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#allLayer0JetsForTauAnalyses.removeOverlaps.taus.flags = cms.vstring('Isolation/Tracker')
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######################################################################################
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#### Flavour ID
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######################################################################################
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from PhysicsTools.PatAlgos.recoLayer0.jetFlavourId_cff import *
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jetPartonAssociationForTauAnalyses = copy.deepcopy(jetPartonAssociation)
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jetPartonAssociationForTauAnalyses.jets = cms.InputTag("allLayer0JetsForTauAnalyses")
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jetPartonAssociationForTauAnalyses.partons = cms.InputTag("jetPartons")
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jetPartonAssociationForTauAnalyses.coneSizeToAssociate = cms.double(0.3)
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jetFlavourAssociationForTauAnalyses = copy.deepcopy(jetFlavourAssociation)
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jetFlavourAssociationForTauAnalyses.srcByReference = cms.InputTag("jetPartonAssociationForTauAnalyses")
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jetFlavourAssociationForTauAnalyses.physicsDefinition = cms.bool(False)
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jetFlavourAssociationForTauAnalyses.definition = cms.int32(4)
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#PAT sequence for jet flavour identification
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patJetFlavourIdForTauAnalyses = cms.Sequence(jetPartons
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*jetPartonAssociationForTauAnalyses
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*jetFlavourAssociationForTauAnalyses
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)
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######################################################################################
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#### b-tagging
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######################################################################################
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from PhysicsTools.PatAlgos.recoLayer0.bTagging_cff import *
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# Labels of Discriminators to use
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#patBTaggingDiscriminatorLabelsForTauAnalyses = cms.VInputTag(
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# cms.InputTag("combinedSecondaryVertexBJetTags","RECO"),
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# cms.InputTag("combinedSecondaryVertexMVABJetTags","RECO"),
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# cms.InputTag("coneIsolationTauJetTags","RECO"),
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# cms.InputTag("impactParameterMVABJetTags","RECO"),
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# cms.InputTag("jetBProbabilityBJetTags","RECO"),
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# cms.InputTag("jetProbabilityBJetTags","RECO"),
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# cms.InputTag("simpleSecondaryVertexBJetTags","RECO"),
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# cms.InputTag("softElectronBJetTags","RECO"),
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# cms.InputTag("softMuonBJetTags","RECO"),
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# cms.InputTag("softMuonNoIPBJetTags","RECO"),
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# cms.InputTag("trackCountingHighEffBJetTags","RECO"),
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# cms.InputTag("trackCountingHighPurBJetTags","RECO"),
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#)
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# Labels of TagInfos to use
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#patBTaggingTagInfoLabelsForTauAnalyses = cms.VInputTag(
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# cms.InputTag("secondaryVertexTagInfos","RECO"),
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# cms.InputTag("softElectronTagInfos","RECO"),
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# cms.InputTag("softMuonTagInfos","RECO"),
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# cms.InputTag("impactParameterTagInfos","RECO"),
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#)
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# Need to convert all JetTags to ValueMap<double>
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patAODBTagsForTauAnalyses = copy.deepcopy(patAODBTags)
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patAODBTagsForTauAnalyses.collection = cms.InputTag("iterativeCone5CaloJets")
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patAODBTagsForTauAnalyses.associations = patBTaggingDiscriminatorLabels #ForTauAnalyses
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patAODBTagsForTauAnalyses.failSilently = cms.untracked.bool(True)
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# Need to convert all JetTagInfoss to ValueMap<Ptr<BaseTagInfo>>
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patAODTagInfosForTauAnalyses = copy.deepcopy(patAODTagInfos)
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patAODTagInfosForTauAnalyses.collection = cms.InputTag("iterativeCone5CaloJets")
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patAODTagInfosForTauAnalyses.associations = patBTaggingTagInfoLabels #ForTauAnalyses
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patAODTagInfosForTauAnalyses.failSilently = cms.untracked.bool(True)
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layer0BTagsForTauAnalyses = copy.deepcopy(layer0BTags)
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layer0BTagsForTauAnalyses.collection = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0BTagsForTauAnalyses.backrefs = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0BTagsForTauAnalyses.commonLabel = cms.InputTag("patAODBTagsForTauAnalyses")
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layer0BTagsForTauAnalyses.associations = patBTaggingDiscriminatorLabels #ForTauAnalyses
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layer0BTagsForTauAnalyses.failSilently = cms.untracked.bool(True)
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layer0TagInfosForTauAnalyses = copy.deepcopy(layer0TagInfos)
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layer0TagInfosForTauAnalyses.collection = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0TagInfosForTauAnalyses.backrefs = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0TagInfosForTauAnalyses.commonLabel = cms.InputTag("patAODTagInfosForTauAnalyses")
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layer0TagInfosForTauAnalyses.associations = patBTaggingTagInfoLabels #ForTauAnalyses
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layer0TagInfosForTauAnalyses.failSilently = cms.untracked.bool(True)
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patAODBTaggingForTauAnalyses = cms.Sequence(patAODBTagsForTauAnalyses
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*patAODTagInfosForTauAnalyses
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)
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patLayer0BTaggingForTauAnalyses = cms.Sequence(layer0BTagsForTauAnalyses
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*layer0TagInfosForTauAnalyses
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)
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######################################################################################
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#### jet-tracks charge
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######################################################################################
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from PhysicsTools.PatAlgos.recoLayer0.jetTracksCharge_cff import *
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patAODJetTracksAssociatorForTauAnalyses = copy.deepcopy(patAODJetTracksAssociator)
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patAODJetTracksAssociatorForTauAnalyses.src = cms.InputTag("iterativeCone5CaloJets") ## the AOD jets given as input to the PAT jet cleaner
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patAODJetTracksAssociatorForTauAnalyses.tracks = cms.InputTag("ic5JetTracksAssociatorAtVertex") ## any JetTracksAssociation
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patAODJetTracksAssociatorForTauAnalyses.cut = cms.string('') # e.g. normalizedChi2 < 5
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## Re-key from AOD jets to PAT Layer 0 jets
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layer0JetTracksAssociatorForTauAnalyses = copy.deepcopy(layer0JetTracksAssociator)
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layer0JetTracksAssociatorForTauAnalyses.collection = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0JetTracksAssociatorForTauAnalyses.backrefs = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0JetTracksAssociatorForTauAnalyses.association = cms.InputTag("patAODJetTracksAssociatorForTauAnalyses")
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## Compute JET Charge
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layer0JetChargeForTauAnalyses = copy.deepcopy(layer0JetCharge)
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layer0JetChargeForTauAnalyses.src = cms.InputTag("allLayer0JetsForTauAnalyses") ## The Jets
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layer0JetChargeForTauAnalyses.jetTracksAssociation = cms.InputTag("layer0JetTracksAssociatorForTauAnalyses")
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# -- JetCharge parameters --
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layer0JetChargeForTauAnalyses.var = cms.string('Pt')
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layer0JetChargeForTauAnalyses.exp = cms.double(1.0)
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patLayer0JetTracksChargeForTauAnalyses = cms.Sequence(patAODJetTracksAssociatorForTauAnalyses
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*layer0JetTracksAssociatorForTauAnalyses
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*layer0JetChargeForTauAnalyses
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)
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######################################################################################
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#### jetMET corrections
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######################################################################################
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from PhysicsTools.PatAlgos.recoLayer0.jetMETCorrections_cff import *
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from JetMETCorrections.Configuration.L2L3Corrections_Summer08Redigi_cff import *
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#just to be sure it takes redigi values....
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L2JetCorrectorIC5Calo.tagName = cms.string('Summer08Redigi_L2Relative_IC5Calo')
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L3JetCorrectorIC5Calo.tagName = cms.string('Summer08Redigi_L3Absolute_IC5Calo')
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# change corrector to L2+L3
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corMetType1Icone5ForTauAnalyses = copy.deepcopy(corMetType1Icone5)
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corMetType1Icone5ForTauAnalyses.corrector = cms.string('L2L3JetCorrectorIC5Calo')
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corMetType1Icone5MuonsForTauAnalyses = copy.deepcopy(corMetType1Icone5Muons)
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corMetType1Icone5MuonsForTauAnalyses.uncorMETInputTag = cms.InputTag('corMetType1Icone5ForTauAnalyses')
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corMetType1Icone5MuonsForTauAnalyses.muonsInputTag = cms.InputTag('goodMuonsforMETCorrection')
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# It would be better to get this config to JetMETCorrections/Type1MET/data/ at some point
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.useEcal = False ## RecoHits
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.useHcal = False ## RecoHits
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.useHO = False ## RecoHits
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.useCalo = True ## CaloTowers
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.useMuon = False ## RecoHits
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corMetType1Icone5MuonsForTauAnalyses.TrackAssociatorParameters.truthMatch = False
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#define jetCorrFactors to associate
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jetCorrFactorsForTauAnalyses = copy.deepcopy(jetCorrFactors)
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jetCorrFactorsForTauAnalyses.useEMF = cms.bool(False) ## the use of emf in the JEC
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## choose sample type for flavor dependend corrections:
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jetCorrFactorsForTauAnalyses.sampleType= cms.int32(0) ## 0: from dijet sample, 1: from ttbar sample
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jetCorrFactorsForTauAnalyses.jetSource = cms.InputTag("iterativeCone5CaloJets") ## input collection of jets
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## tags for the jet correctors; when not available the string should be set to 'none'
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jetCorrFactorsForTauAnalyses.L1Offset = cms.string('none')
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jetCorrFactorsForTauAnalyses.L2Relative= cms.string('Summer08Redigi_L2Relative_IC5Calo')
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jetCorrFactorsForTauAnalyses.L3Absolute= cms.string('Summer08Redigi_L3Absolute_IC5Calo')
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jetCorrFactorsForTauAnalyses.L4EMF = cms.string('none')
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jetCorrFactorsForTauAnalyses.L5Flavor = cms.string('none') #L5Flavor_IC5
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jetCorrFactorsForTauAnalyses.L6UE = cms.string('none')
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jetCorrFactorsForTauAnalyses.L7Parton = cms.string('none') #L7Parton_IC5
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# re-key jet energy corrections to layer 0 output
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layer0JetCorrFactorsForTauAnalyses = copy.deepcopy(layer0JetCorrFactors)
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layer0JetCorrFactorsForTauAnalyses.collection = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0JetCorrFactorsForTauAnalyses.backrefs = cms.InputTag("allLayer0JetsForTauAnalyses")
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layer0JetCorrFactorsForTauAnalyses.association = cms.InputTag("jetCorrFactorsForTauAnalyses")
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# default PAT sequence for JetMET corrections before cleaners
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patAODJetMETCorrectionsForTauAnalyses = cms.Sequence(jetCorrFactorsForTauAnalyses
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+goodMuonsforMETCorrection
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*corMetType1Icone5ForTauAnalyses
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*corMetType1Icone5MuonsForTauAnalyses
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)
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# default PAT sequence for JetMET corrections after cleaners
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patLayer0JetMETCorrectionsForTauAnalyses = cms.Sequence(layer0JetCorrFactorsForTauAnalyses)
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######################################################################################
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#### trigger matching
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######################################################################################
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######################################################################################
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#### MC matching : genjet and parton
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######################################################################################
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from PhysicsTools.PatAlgos.mcMatchLayer0.jetMatch_cfi import *
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jetPartonMatchForTauAnalyses = copy.deepcopy(jetPartonMatch)
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jetPartonMatchForTauAnalyses.src = cms.InputTag("allLayer0JetsForTauAnalyses") # RECO objects to match
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jetPartonMatchForTauAnalyses.matched = cms.InputTag("genParticles") # mc-truth particle collection
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jetPartonMatchForTauAnalyses.mcPdgId = cms.vint32(1, 2, 3, 4, 5, 21) # one or more PDG ID (quarks except top; gluons)
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jetPartonMatchForTauAnalyses.mcStatus = cms.vint32(3) # PYTHIA status code (3 = hard scattering)
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jetPartonMatchForTauAnalyses.checkCharge = cms.bool(False) # False = any value of the charge of MC and RECO is ok
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jetPartonMatchForTauAnalyses.maxDeltaR = cms.double(0.4) # Minimum deltaR for the match
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jetPartonMatchForTauAnalyses.maxDPtRel = cms.double(3.0) # Minimum deltaPt/Pt for the match
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jetPartonMatchForTauAnalyses.resolveAmbiguities = cms.bool(True) # Forbid two RECO objects to match to the same GEN object
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jetPartonMatchForTauAnalyses.resolveByMatchQuality = cms.bool(False) # False = just match input in order; True = pick lowest deltaR pair first
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jetGenJetMatchForTauAnalyses = copy.deepcopy(jetGenJetMatch)
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jetGenJetMatchForTauAnalyses.src = cms.InputTag("allLayer0JetsForTauAnalyses") ## RECO jets (any View<Jet> is ok)
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jetGenJetMatchForTauAnalyses.matched = cms.InputTag("iterativeCone5GenJetsNoNuBSM") ## GEN jets (must be GenJetCollection)
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jetGenJetMatchForTauAnalyses.maxDeltaR = cms.double(0.4) # Minimum deltaR for the match
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jetGenJetMatchForTauAnalyses.maxDPtRel = cms.double(3.0) # Minimum deltaPt/Pt for the match
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jetGenJetMatchForTauAnalyses.resolveAmbiguities = cms.bool(True) # Forbid two RECO objects to match to the same GEN object
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jetGenJetMatchForTauAnalyses.resolveByMatchQuality = cms.bool(False) # False = just match input in order; True = pick lowest deltaR pair first
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######################################################################################
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#### PAT layer 1
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######################################################################################
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from PhysicsTools.PatAlgos.producersLayer1.jetProducer_cff import *
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allLayer1JetsForTauAnalyses = copy.deepcopy(allLayer1Jets)
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allLayer1JetsForTauAnalyses.jetSource = cms.InputTag("allLayer0JetsForTauAnalyses")
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allLayer1JetsForTauAnalyses.embedCaloTowers = cms.bool(True)
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allLayer1JetsForTauAnalyses.addJetCorrFactors = cms.bool(True)
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allLayer1JetsForTauAnalyses.jetCorrFactorsSource = cms.InputTag("layer0JetCorrFactorsForTauAnalyses")
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allLayer1JetsForTauAnalyses.addBTagInfo = cms.bool(True)
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allLayer1JetsForTauAnalyses.addDiscriminators = cms.bool(True)
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allLayer1JetsForTauAnalyses.discriminatorModule = cms.InputTag("layer0BTagsForTauAnalyses")
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allLayer1JetsForTauAnalyses.discriminatorNames = cms.vstring('*')
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allLayer1JetsForTauAnalyses.addTagInfoRefs = cms.bool(True)
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allLayer1JetsForTauAnalyses.tagInfoModule = cms.InputTag("layer0TagInfosForTauAnalyses")
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allLayer1JetsForTauAnalyses.tagInfoNames = cms.vstring('secondaryVertexTagInfos','softElectronTagInfos','softMuonTagInfos','impactParameterTagInfos')
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allLayer1JetsForTauAnalyses.addAssociatedTracks = cms.bool(True)
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allLayer1JetsForTauAnalyses.trackAssociationSource = cms.InputTag("layer0JetTracksAssociatorForTauAnalyses")
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allLayer1JetsForTauAnalyses.addJetCharge = cms.bool(True)
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allLayer1JetsForTauAnalyses.jetChargeSource = cms.InputTag("layer0JetChargeForTauAnalyses")
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allLayer1JetsForTauAnalyses.addTrigMatch = cms.bool(False)
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#allLayer1JetsForTauAnalyses.trigPrimMatch = cms.VInputTag(cms.InputTag("jetTrigMatchHLT1ElectronRelaxed"), cms.InputTag("jetTrigMatchHLT2jet"))
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allLayer1JetsForTauAnalyses.addGenPartonMatch = cms.bool(True)
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allLayer1JetsForTauAnalyses.embedGenPartonMatch = cms.bool(True)
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allLayer1JetsForTauAnalyses.genPartonMatch = cms.InputTag("jetPartonMatchForTauAnalyses")
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allLayer1JetsForTauAnalyses.addGenJetMatch = cms.bool(True)
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allLayer1JetsForTauAnalyses.genJetMatch = cms.InputTag("jetGenJetMatchForTauAnalyses")
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allLayer1JetsForTauAnalyses.addPartonJetMatch = cms.bool(False)
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allLayer1JetsForTauAnalyses.partonJetSource = cms.InputTag("NOT_IMPLEMENTED")
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allLayer1JetsForTauAnalyses.getJetMCFlavour = cms.bool(True)
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allLayer1JetsForTauAnalyses.JetPartonMapSource = cms.InputTag("jetFlavourAssociationForTauAnalyses")
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######################################################################################
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#### Final PAT sequences
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######################################################################################
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patBeforeLayer0JetsForTauAnalyses = cms.Sequence( patAODBTaggingForTauAnalyses
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#*patAODJetMETCorrectionsForTauAnalyses
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#*patAODJetMETCorrections --> no need to do this here, as it is already done in met
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)
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patLayer0JetsForTauAnalyses = cms.Sequence( patBeforeLayer0JetsForTauAnalyses
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*allLayer0JetsForTauAnalyses
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*patJetFlavourIdForTauAnalyses
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*patLayer0BTaggingForTauAnalyses
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*patLayer0JetMETCorrectionsForTauAnalyses
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*patLayer0JetTracksChargeForTauAnalyses
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*(jetPartonMatchForTauAnalyses+jetGenJetMatchForTauAnalyses)
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)
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patLayer1JetsForTauAnalyses = cms.Sequence(allLayer1JetsForTauAnalyses)
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