python.recoEMuChannelSignalUnmatchedModules_cff Namespace Reference

Variables
tuple	wrTunePMuProd
tuple	wrTunePMuProdFilter
tuple	wrTunePMuProdSeq
tuple	isHighPtMuProd
tuple	isHighPtMuProdFilter
tuple	isHighPtMuSeq = cms.Sequence(isHighPtMuProd*isHighPtMuProdFilter)
tuple	electronCheck
tuple	electronCheckFilter
tuple	muonCheck
tuple	muonCheckFilter
tuple	checkEMuSeq
tuple	emuBareRecoJet
	transform the objects in slimmedJets, slimmedElectrons, and wrTunePMuProd into reco::Candidate objects More...
tuple	emuBareRecoJetFilter
tuple	emuBareRecoLeptonOne
tuple	emuBareRecoLeptonOneFilter
tuple	emuBareRecoLeptonTwo
tuple	emuBareRecoLeptonTwoFilter
tuple	emuBareRecoParticleSeq
tuple	emuBareRecoJetLeptonDrSeparation
	for the low dilepton mass sideband, skip evts which have leptons passing ID requirements which also have dilepton mass > 200 GeV More...
tuple	emuBareRecoJetLeptonDrSeparationJetsFilter
tuple	emuBareRecoJetLeptonDrSeparationLeptonsOneFilter
tuple	emuBareRecoJetLeptonDrSeparationLeptonsTwoFilter
tuple	emuBareRecoDrSeparationSeq
tuple	emuCollimateLeptonsOne
	begin modules which collimate lepton collection names in preparation for high pT lepton cut More...
tuple	emuCollimateLeptonsTwo
tuple	emuCollimateLeptonsSeq = cms.Sequence(emuCollimateLeptonsOne*emuCollimateLeptonsTwo)
tuple	emuMergeLeptons
	end modules which collimate lepton collection names in preparation for high pT lepton cut More...
tuple	emuRequireHighPtLepton
tuple	emuRequireHighPtLeptonFilter
tuple	emuLeadLeptonSeq
	end lepton pt>60 and dilepton mass < 200 More...
tuple	emuRecoDiLeptonCandidate
	end high pt lepton seq More...
tuple	emuRecoDiLeptonCandidateFilter
tuple	emuDileptonSignalSeq
tuple	emuRecoFourObjMass
	end dilepton mass requirement More...
tuple	emuRecoFourObjMassLeptonsOneFilter
tuple	emuRecoFourObjMassLeptonsTwoFilter
tuple	emuRecoFourObjMassJetsFilter
tuple	emuRecoFourObjMassSeq

Variable Documentation

tuple python.recoEMuChannelSignalUnmatchedModules_cff.checkEMuSeq

Initial value:

= cms.Sequence(
        electronCheck
        *electronCheckFilter
        *muonCheck
        *muonCheckFilter
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.electronCheck

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("HEEPIDSelector"),
        cut = cms.string("")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.electronCheckFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("electronCheck"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoDrSeparationSeq

Initial value:

= cms.Sequence(
        emuBareRecoJetLeptonDrSeparation
        *emuBareRecoJetLeptonDrSeparationJetsFilter
        *emuBareRecoJetLeptonDrSeparationLeptonsOneFilter
        *emuBareRecoJetLeptonDrSeparationLeptonsTwoFilter
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJet

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("slimmedJets"),
        cut = cms.string("pt>40 && abs(eta) < 2.5 && (neutralHadronEnergyFraction<0.90 && neutralEmEnergyFraction<0.9 && (chargedMultiplicity+neutralMultiplicity)>1 && muonEnergyFraction<0.8) && ((abs(eta)<=2.4 && chargedHadronEnergyFraction>0 && chargedMultiplicity>0 && chargedEmEnergyFraction<0.90) || abs(eta)>2.4) ")
        )

transform the objects in slimmedJets, slimmedElectrons, and wrTunePMuProd into reco::Candidate objects

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJetFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuBareRecoJet"),
        minNumber = cms.uint32(2)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJetLeptonDrSeparation

Initial value:

= cms.EDProducer("applyLeptonJetDrCutMixedLeptonFlavor",
        outputJetsCollectionName = cms.string("jetsPassingDrSeparationCut"),
        outputLeptonsOneCollectionName = cms.string("leptonsOnePassingDrSeparationCut"),
        outputLeptonsTwoCollectionName = cms.string("leptonsTwoPassingDrSeparationCut"),
        minDrSeparation = cms.double(0.4),
        inputJetsCollTag = cms.InputTag("emuBareRecoJet"),
        inputLeptonsOneCollTag = cms.InputTag("emuBareRecoLeptonOne"),
        inputLeptonsTwoCollTag = cms.InputTag("emuBareRecoLeptonTwo"),
        minDileptonMassCut = cms.double(-1),
        minLeptonDrSeparation = cms.double(0.4)
        )

for the low dilepton mass sideband, skip evts which have leptons passing ID requirements which also have dilepton mass > 200 GeV

emuEarlyRecoLowMassFilter = cms.EDFilter("hasNoHighMassWrObjects", maxWrMass = cms.double(14000.0), maxDileptonMass = cms.double(200.0), inputLeadLeptonsCollTag = cms.InputTag("emuBareRecoLeptonOne"), inputSubleadLeptonsCollTag = cms.InputTag("emuBareRecoLeptonTwo"), inputJetsCollTag = cms.InputTag("emuBareRecoJet") )

emuEarlyLowDileptonMassSeq = cms.Sequence(emuEarlyRecoLowMassFilter) end modules to skip high dilepton mass evts these modules apply the dR separation cut btwn leptons and jets after they are selected by the bareReco modules

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJetLeptonDrSeparationJetsFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuBareRecoJetLeptonDrSeparation","jetsPassingDrSeparationCut"),
        minNumber = cms.uint32(2)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJetLeptonDrSeparationLeptonsOneFilter

Initial value:

= emuBareRecoJetLeptonDrSeparationJetsFilter.clone(
        src = cms.InputTag("emuBareRecoJetLeptonDrSeparation","leptonsOnePassingDrSeparationCut"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoJetLeptonDrSeparationLeptonsTwoFilter

Initial value:

= emuBareRecoJetLeptonDrSeparationLeptonsOneFilter.clone(
        src = cms.InputTag("emuBareRecoJetLeptonDrSeparation","leptonsTwoPassingDrSeparationCut")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoLeptonOne

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("HEEPIDSelector"),
        cut = cms.string("pt>40 && abs(eta) < 2.5")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoLeptonOneFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuBareRecoLeptonOne"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoLeptonTwo

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("isHighPtMuProd","TunePMuonsPassingIsHighPtID"),
        cut = cms.string("abs(eta) < 2.4 && pt>50")  #pt>50 to get above isHighPt ID turnon curve
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoLeptonTwoFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuBareRecoLeptonTwo"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuBareRecoParticleSeq

Initial value:

= cms.Sequence(
        emuBareRecoJet
        *emuBareRecoJetFilter
        *emuBareRecoLeptonOne
        *emuBareRecoLeptonOneFilter
        *emuBareRecoLeptonTwo
        *emuBareRecoLeptonTwoFilter
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuCollimateLeptonsOne

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("emuBareRecoJetLeptonDrSeparation","leptonsOnePassingDrSeparationCut"),
        cut = cms.string("")
        )

begin modules which collimate lepton collection names in preparation for high pT lepton cut

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuCollimateLeptonsSeq = cms.Sequence(emuCollimateLeptonsOne*emuCollimateLeptonsTwo)

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuCollimateLeptonsTwo

Initial value:

= emuCollimateLeptonsOne.clone(
        src = cms.InputTag("emuBareRecoJetLeptonDrSeparation","leptonsTwoPassingDrSeparationCut")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuDileptonSignalSeq

Initial value:

= cms.Sequence(
        emuRecoDiLeptonCandidate
        *emuRecoDiLeptonCandidateFilter
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuLeadLeptonSeq

Initial value:

= cms.Sequence(
        emuMergeLeptons
        *emuRequireHighPtLepton
        *emuRequireHighPtLeptonFilter
        )

end lepton pt>60 and dilepton mass < 200

require one lepton has pT > 60

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuMergeLeptons

Initial value:

= cms.EDProducer("CandViewMerger",
        src = cms.VInputTag("emuCollimateLeptonsOne","emuCollimateLeptonsTwo")
        )

end modules which collimate lepton collection names in preparation for high pT lepton cut

the jets have already been required to pass the loose jet ID and have pt>40 the leptons have already been required to have pt>40 now require one lepton has pt>60 run the low mass filter plugin in a module, but set the max lljj mass to 14000, and the max dilepton mass to 200

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoDiLeptonCandidate

Initial value:

= cms.EDProducer("CandViewShallowCloneCombiner",
        decay = cms.string("emuCollimateLeptonsOne emuCollimateLeptonsTwo"),
        role = cms.string(""),
        checkCharge = cms.bool(False),
        cut = cms.string("mass > 200")
        )

end high pt lepton seq

require the two leptons have dilepton mass > 200

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoDiLeptonCandidateFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuRecoDiLeptonCandidate"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoFourObjMass

Initial value:

= cms.EDProducer("applyFourObjMassCutTwoInputLeptonColls",
        outputJetsCollectionName = cms.string("jetsPassingFourObjMassCut"),
        outputLeptonsOneCollectionName = cms.string("leptonsOnePassingFourObjMassCut"),
        outputLeptonsTwoCollectionName = cms.string("leptonsTwoPassingFourObjMassCut"),
        minFourObjMassCut = cms.double(600.0),
        minDileptonMassCut = cms.double(200.0),
        minLeptonDrSeparation = cms.double(0.4),
        inputJetsCollTag = cms.InputTag("emuBareRecoJetLeptonDrSeparation","jetsPassingDrSeparationCut"),
        inputLeptonsOneCollTag = cms.InputTag("emuCollimateLeptonsOne"),
        inputLeptonsTwoCollTag = cms.InputTag("emuCollimateLeptonsTwo"),
        )

end dilepton mass requirement

filter the jets and only retain those which are separated from the leptons by dR > 0.4 emuFilteredRecoJetLeptonDrSeparation = cms.EDProducer("applyLeptonJetDrCutMixedLeptonFlavor", outputJetsCollectionName = cms.string("filteredJetsPassingDrSeparationCut"), minDrSeparation = cms.double(0.4), inputJetsCollTag = cms.InputTag("emuBareRecoJet"), inputLeptonsOneCollTag = cms.InputTag("emuBareRecoLeptonOne"), inputLeptonsTwoCollTag = cms.InputTag("emuBareRecoLeptonTwo"), minDileptonMassCut = cms.double(200), minLeptonDrSeparation = cms.double(0.4) )

emuFilteredRecoJetLeptonDrSeparationFilter = cms.EDFilter("CandViewCountFilter", src = cms.InputTag("emuFilteredRecoJetLeptonDrSeparation","filteredJetsPassingDrSeparationCut"), minNumber = cms.uint32(2) )

emuFilteredRecoDrSeparationSeq = cms.Sequence( emuFilteredRecoJetLeptonDrSeparation *emuFilteredRecoJetLeptonDrSeparationFilter )

end dR(lepton,jet) filter modules apply four object mass cut

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoFourObjMassJetsFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuRecoFourObjMass","jetsPassingFourObjMassCut"),
        minNumber = cms.uint32(2)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoFourObjMassLeptonsOneFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuRecoFourObjMass","leptonsOnePassingFourObjMassCut"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoFourObjMassLeptonsTwoFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuRecoFourObjMass","leptonsTwoPassingFourObjMassCut"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRecoFourObjMassSeq

Initial value:

= cms.Sequence(
        emuRecoFourObjMass
        *emuRecoFourObjMassLeptonsOneFilter
        *emuRecoFourObjMassLeptonsTwoFilter
        *emuRecoFourObjMassJetsFilter
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRequireHighPtLepton

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("emuMergeLeptons"),
        cut = cms.string("pt>60")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.emuRequireHighPtLeptonFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("emuRequireHighPtLepton"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.isHighPtMuProd

Initial value:

= cms.EDProducer("produceIsHighPtMuons",
        src = cms.InputTag("wrTunePMuProd"),
        outputCollectionName = cms.string("TunePMuonsPassingIsHighPtID"),
        minPt = cms.double(50)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.isHighPtMuProdFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("isHighPtMuProd","TunePMuonsPassingIsHighPtID"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.isHighPtMuSeq = cms.Sequence(isHighPtMuProd*isHighPtMuProdFilter)

tuple python.recoEMuChannelSignalUnmatchedModules_cff.muonCheck

Initial value:

= cms.EDFilter("CandViewSelector",
        src = cms.InputTag("isHighPtMuProd","TunePMuonsPassingIsHighPtID"),
        cut = cms.string("abs(eta) < 2.4")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.muonCheckFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("muonCheck"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.wrTunePMuProd

Initial value:

= cms.EDProducer("TunePMuonProducer",
        src = cms.InputTag("slimmedMuons")
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.wrTunePMuProdFilter

Initial value:

= cms.EDFilter("CandViewCountFilter",
        src = cms.InputTag("wrTunePMuProd"),
        minNumber = cms.uint32(1)
        )

tuple python.recoEMuChannelSignalUnmatchedModules_cff.wrTunePMuProdSeq

Initial value:

= cms.Sequence(
        wrTunePMuProd
        *wrTunePMuProdFilter
        )