import FWCore.ParameterSet.Config as cms #Import tool that creates the cut sequence from UWAnalysis.Configuration.tools.CutSequenceProducer import * zMuMuAnalysisConfigurator = CutSequenceProducer(initialCounter = 'initialZMuMuEvents', pyModuleName = __name__, pyNameSpace = locals()) zMuMuAnalysisConfigurator.addDiCandidateModule('zMuMuCandidates','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','patOverloadedJets',0,9999,text = '',leadingObjectsOnly = False,dR = 0.15,recoMode = "") zMuMuAnalysisConfigurator.addSorter('zMuMuCandidatesSorted','PATMuPairSorter') zMuMuAnalysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','patMuonsForAnalysis','patMETs','selectedPatJets',1,9999,'AtLeastOneWCandidate') zMuMuAnalysisConfigurator.addDiCandidateModule('zwMuMuMuCandidates','PATMuMuMuNuQuadProducer','zMuMuCandidates','wCands','patMETs','patOverloadedJets',0,9999,text = '',leadingObjectsOnly = False,dR = 0.15,recoMode = "") zMuMuAnalysisConfigurator.addSelector('zMuMuCandidatesID','PATMuMuMuNuQuadSelector','leg1.leg1.userFloat("isWWMuon")&&leg1.leg2.userFloat("isWWMuon")&&leg1.leg1.pt()>15&&leg1.leg2.pt()>15&&abs(leg1.leg1.eta)<2.4&&abs(leg1.leg2.eta)<2.4','ZMuMuID') zMuMuAnalysisConfigurator.addSelector('wMuCandidatesID','PATMuMuMuNuQuadSelector','leg2.lepton.userFloat("isWWMuon")&&leg2.lepton.pt()>15&&abs(leg2.lepton.eta)<2.4','wMuMuID') zMuMuAnalysisConfigurator.addSelector('zMuMuCandidatesIsol1','PATMuMuMuNuQuadSelector','(leg1.leg1.chargedHadronIso()+leg1.leg1.photonIso()+leg1.leg1.neutralHadronIso())/leg1.leg1.pt()<0.25','ZMuMuLeg1Iso') zMuMuAnalysisConfigurator.addSelector('zMuMuCandidatesIsol2','PATMuMuMuNuQuadSelector','(leg1.leg2.chargedHadronIso()+leg1.leg2.photonIso()+leg1.leg2.neutralHadronIso())/leg1.leg2.pt()<0.25','ZMuMuLeg2Iso') zMuMuAnalysisConfigurator.addSelector('wMuMuCandidatesIsol2','PATMuMuMuNuQuadSelector','(leg2.lepton.chargedHadronIso()+leg2.lepton.photonIso()+leg2.lepton.neutralHadronIso())/leg2.lepton.pt()<0.25','WLegIso') zMuMuAnalysisConfigurator.addSelector('zMuMuMuCandidates','PATMuMuMuNuQuadSelector','leg1.charge==0','ZMuMuOS',0,100) #create the sequence selectionSequence=zMuMuAnalysisConfigurator.returnSequence()
dR=0.5, recoMode="", genParticles="genDaughters", ) MNBBanalysisConfigurator.addSelector( "diMuonsSel", "PATMuPairSelector", DiMuonPreSel + "&&" + DiMuonPreSel2 + "&&" + DiMuonPreSel3, "diMuonSel", 0, 999 ) MNBBanalysisConfigurator.addSorter("diMuonsSorted", "PATMuPairSorter") # Make Muons+MET MNBBanalysisConfigurator.addCandidateMETModule( "wCands", "PATMuonNuPairProducer", "cleanPatMuons", "systematicsMET", "patJetsForAnalysis", 1, 9999, "AtLeastOneWCandidate", genParticles="genDaughters", ) # MNBBanalysisConfigurator.addSelector('wCandsTight','PATMuonNuPairSelector',munuTight,'tightID',1) MNBBanalysisConfigurator.addSelector("wCandsKIN", "PATMuonNuPairSelector", munuKIN, "wCandsKIN", 1) MNBBanalysisConfigurator.addSelector("wCandsSel", "PATMuonNuPairSelector", munuSel, "wCandsSel", 1) # Make Elecs+MET MNBBanalysisConfigurator.addCandidateMETModule( "wCandsEleVeto", "PATElectronNuPairProducer", "cleanPatElectrons", "systematicsMET",
import FWCore.ParameterSet.Config as cms ###MU ENRICHED QCD##################################################################################################### from UWAnalysis.Configuration.tools.CutSequenceProducer import * wJetsConfigurator = CutSequenceProducer(initialCounter = 'initialWJetsEvents', pyModuleName = __name__, pyNameSpace = locals()) wJetsConfigurator.addDiCandidateModule('diMuonswJetsFR','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','selectedPatJets',0,9999,text = '',leadingObjectsOnly = False,dR = 0.15,recoMode = "") wJetsConfigurator.addSelector('osDiMuonswJetsFR','PATMuPairSelector','charge==0&&leg1.isGlobalMuon&&leg2.isGlobalMuon&&((leg1.chargedHadronIso+leg1.photonIso+leg1.neutralHadronIso)/leg1.pt()<0.26)&&((leg2.chargedHadronIso+leg2.photonIso+leg2.neutralHadronIso)/leg2.pt()<0.3)','',0,0) #Make Muons+MET wJetsConfigurator.addCandidateMETModule('wJetsCands','PATMuonNuPairProducer','patMuonsForAnalysis','patMETs','selectedPatJets',0,9999,'') wJetsConfigurator.addSelector('wJetsSelectedCands','PATMuonNuPairSelector','lepton.pt()>15&&abs(lepton.eta())<2.1&&((lepton.chargedHadronIso+lepton.photonIso+lepton.neutralHadronIso)/lepton.pt()<0.2)&&(lepton.triggerObjectMatchesByPath("HLT_Mu9").size>0||(lepton.triggerObjectMatchesByPath("HLT_Mu11").size>0)||(lepton.triggerObjectMatchesByPath("HLT_Mu11").size>0))&&mt>45.','',0,100) wJetsConfigurator.addGeneric('wJetsForFakeRate','MuonNuPairJetFetcher') wJetsSequence = wJetsConfigurator.returnSequence()
import FWCore.ParameterSet.Config as cms #Import tool that creates the cut sequence from UWAnalysis.Configuration.tools.CutSequenceProducer import * analysisConfigurator = CutSequenceProducer(initialCounter = 'initialEvents', pyModuleName = __name__, pyNameSpace = locals()) #Make Di Muons to VETO DY analysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','selectedPatJets',0,9999,text = '',leadingObjectsOnly = True,dR = 0.15,recoMode = "") analysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #Make Muons+MET analysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','patMuonsForAnalysis','patMETs','selectedPatJets',1,9999,'AtLeastOneWCandidate') analysisConfigurator.addSelector('wCandsGoodMuon','PATMuonNuPairSelector','lepton.pt()>10&&abs(lepton.eta())<2.4','OneLeptonInAcceptance',1) #analysisConfigurator.addSorter('diTausSorted','PATMuTauPairSorter') #make Gen Ws analysisConfigurator.addCandidateMETModule('wGenCands','PATCandNuPairProducer','genMuons','genNeutrinos','selectedPatJets',0,9999,'') selectionSequence =analysisConfigurator.returnSequence()
DiElePreSel2='(leg1.isEB &&(leg1.sigmaIetaIeta<0.01)&&(-0.8<leg1.deltaPhiSuperClusterTrackAtVtx<0.8 ) && ( -0.007<leg1.deltaEtaSuperClusterTrackAtVtx<0.007) ) || (leg1.isEE &&(leg1.sigmaIetaIeta<0.03)&&(-0.7<leg1.deltaPhiSuperClusterTrackAtVtx<0.7 ) && ( -0.01<leg1.deltaEtaSuperClusterTrackAtVtx<0.01) )' DiElePreSel2='(leg2.isEB &&(leg2.sigmaIetaIeta<0.01)&&(-0.8<leg2.deltaPhiSuperClusterTrackAtVtx<0.8 ) && ( -0.007<leg2.deltaEtaSuperClusterTrackAtVtx<0.007) ) || (leg2.isEE &&(leg2.sigmaIetaIeta<0.03)&&(-0.7<leg2.deltaPhiSuperClusterTrackAtVtx<0.7 ) && ( -0.01<leg2.deltaEtaSuperClusterTrackAtVtx<0.01) )' DiElePreSel3='(leg1.chargedHadronIso+leg1.photonIso()+leg1.neutralHadronIso())/leg1.pt()<0.3&&(leg2.chargedHadronIso+leg2.photonIso()+leg2.neutralHadronIso())/leg2.pt()<0.3' ######################__________________________________MNJ_____________________________________############################## MNJanalysisConfigurator = CutSequenceProducer(initialCounter = 'initialEventsMNJ', pyModuleName = __name__, pyNameSpace = locals()) MNJanalysisConfigurator.addSmearing('cleanPatTaus','cleanPatMuons','cleanPatElectrons','patJetsForAnalysis','systematicsMET','default','MNJ') #Make Muons+MET MNJanalysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','smearedMuonsMNJ','smearedMETMNJ','smearedJetsMNJ',1,9999,'AtLeastOneWCandidate',genParticles="genDaughters") #MNJanalysisConfigurator.addSelector('wCandsTight','PATMuonNuPairSelector',munuTight,'tightID',1) MNJanalysisConfigurator.addSelector('wCandsKIN','PATMuonNuPairSelector',munuKIN,'wCandsKIN',1) MNJanalysisConfigurator.addSelector('wCandsSel','PATMuonNuPairSelector',munuSel,'wCandsSel',1) MNJanalysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'smearedMuonsMNJ','cleanPatMuons','smearedMETMNJ','smearedJetsMNJ',0,9999,text = '',dR=0.5,recoMode = "") MNJanalysisConfigurator.addSelector('diMuonsSel','PATMuPairSelector',DiMuonPreSel+'&&'+DiMuonPreSel2+'&&'+DiMuonPreSel3,'diMuonSel',0,0) MNJanalysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #create the sequence MNJselectionSequence =MNJanalysisConfigurator.returnSequence() ######################__________________________________ENJ_____________________________________############################## ENJanalysisConfigurator = CutSequenceProducer(initialCounter = 'initialEventsENJ',
######################__________________________________MNJ_____________________________________############################## MNJanalysisConfigurator = CutSequenceProducer(initialCounter = 'initialEventsMNJ', pyModuleName = __name__, pyNameSpace = locals()) #Make Di Muons to VETO DY #MNJanalysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','patJetsForAnalysis',0,9999,text = '',dR=0.5,recoMode = "") #MNJanalysisConfigurator.addSelector('diMuonsSel','PATMuPairSelector',DiMuonPreSel+'&&'+DiMuonPreSel2+'&&'+DiMuonPreSel3,'diMuonSel',0,999) #MNJanalysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #Make Muons+MET MNJanalysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','patMuonsForAnalysis','patMETs','patJetsForAnalysis',1,9999,'AtLeastOneWCandidate',genParticles="genDaughters") #MNJanalysisConfigurator.addSelector('wCandsTight','PATMuonNuPairSelector',munuTight,'tightID',1) MNJanalysisConfigurator.addSelector('wCandsKIN','PATMuonNuPairSelector',munuKIN,'wCandsKIN',1) MNJanalysisConfigurator.addSelector('wCandsSel','PATMuonNuPairSelector',munuSel,'wCandsSel',1) MNJanalysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','patJetsForAnalysis',0,9999,text = '',dR=0.5,recoMode = "") MNJanalysisConfigurator.addSelector('diMuonsSel','PATMuPairSelector',DiMuonPreSel+'&&'+DiMuonPreSel2+'&&'+DiMuonPreSel3,'diMuonSel',0,999) MNJanalysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #create the sequence MNJselectionSequence =MNJanalysisConfigurator.returnSequence() ######################__________________________________ENJ_____________________________________##############################
text='', leadingObjectsOnly=True, dR=0.15, recoMode="") analysisConfigurator.addSelector( 'diMuonsSel', 'PATMuPairSelector', DiMuonPreSel + '&&' + DiMuonPreSel2 + '&&' + DiMuonPreSel3, 'diMuonSel', 0, 999) analysisConfigurator.addSorter('diMuonsSorted', 'PATMuPairSorter') #Make Muons+MET analysisConfigurator.addCandidateMETModule('wCands', 'PATMuonNuPairProducer', 'cleanPatMuons', 'systematicsMET', 'cleanPatJets', 1, 9999, 'AtLeastOneWCandidate', genParticles="genDaughters") #analysisConfigurator.addCandidateMETModule('wGenCands','PATCandNuPairProducer','genMuons','genNeutrinos','cleanPatJets',0,9999,'') analysisConfigurator.addSelector('wCandsKIN', 'PATMuonNuPairSelector', 'lepton.pt()>25 && abs(lepton.eta())<2.1', 'wCandsKIN', 1) analysisConfigurator.addSelector('wCandsJets', 'PATMuonNuPairSelector', 'lepton.userInt("WWID2011")==1', 'wCandsSel', 1) #analysisConfigurator.addGeneric('wCandsJetFetch','MuonNuPairJetFetcher') #analysisConfigurator.addSelector('wCandsJetSel','PATMuonNuPairSelector','pt>20&&abs(eta)<2.5&&nConstituents>1&&neutralHadronEnergyFraction<0.99&&neutralEmEnergyFraction<0.99&&chargedMultiplicity>0&&chargedHadronEnergyFraction>0.0&&chargedEmEnergyFraction<0.99','wCandsJets',1) #analysisConfigurator.addSelector('wCandsJets','PATMuonNuPairSelector','nJets>1','wCandsJets',1)
import FWCore.ParameterSet.Config as cms ###MU ENRICHED QCD##################################################################################################### from UWAnalysis.Configuration.tools.CutSequenceProducer import * muEnrichedConfigurator = CutSequenceProducer(initialCounter = 'initialMuEnrichedEvents', pyModuleName = __name__, pyNameSpace = locals()) muEnrichedConfigurator.addDiCandidateModule('diMuonsMuEnrichedFR','PATMuPairProducer', 'patMuonsForAnalysis','patMuonsForAnalysis','patMETs','selectedPatJets',0,9999,text = '',leadingObjectsOnly = False,dR = 0.15,recoMode = "") muEnrichedConfigurator.addSelector('osDiMuonsMuEnrichedFR','PATMuPairSelector','charge==0&&leg1.isGlobalMuon&&leg2.isGlobalMuon&&((leg1.chargedHadronIso+leg1.photonIso+leg1.neutralHadronIso)/leg1.pt()<0.26)&&((leg2.chargedHadronIso+leg2.photonIso+leg2.neutralHadronIso)/leg2.pt()<0.3)','',0,0) #Make Muons+MET muEnrichedConfigurator.addCandidateMETModule('muEnrichedCands','PATMuonNuPairProducer','patMuonsForAnalysis','patMETs','selectedPatJets',0,9999,'') muEnrichedConfigurator.addSelector('muEnrichedSelectedCands','PATMuonNuPairSelector','lepton.pt()>15&&abs(lepton.eta())<2.1&&((lepton.chargedHadronIso+lepton.photonIso+lepton.neutralHadronIso)/lepton.pt()>0.5)&&(lepton.triggerObjectMatchesByPath("HLT_Mu9").size>0||(lepton.triggerObjectMatchesByPath("HLT_Mu11").size>0)||(lepton.triggerObjectMatchesByPath("HLT_Mu15_v1").size>0))&&mt<40.','',0,100) muEnrichedConfigurator.addGeneric('muEnrichedJetsForFakeRate','MuonNuPairJetFetcher') muEnrichedSequence = muEnrichedConfigurator.returnSequence()
pyNameSpace = locals()) DiMuonPreSel='leg1.isGlobalMuon && leg1.isTrackerMuon && leg2.isGlobalMuon && leg2.isTrackerMuon && leg1.pt()>20 && leg2.pt()>20' DiMuonPreSel2='(leg1.isolationR03().sumPt+leg1.isolationR03().emEt+leg1.isolationR03().hadEt)/leg1.pt()<0.15 ' DiMuonPreSel3='(leg2.isolationR03().sumPt+leg2.isolationR03().emEt+leg2.isolationR03().hadEt)/leg2.pt()<0.15 ' #Make Di Muons to VETO DY analysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'cleanPatMuons','cleanPatMuons','systematicsMET','cleanPatJets',0,9999,text = '',leadingObjectsOnly = True,dR = 0.15,recoMode = "") analysisConfigurator.addSelector('diMuonsSel','PATMuPairSelector',DiMuonPreSel+'&&'+DiMuonPreSel2+'&&'+DiMuonPreSel3,'diMuonSel',0,999) analysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #Make Muons+MET analysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','cleanPatMuons','systematicsMET','cleanPatJets',1,9999,'AtLeastOneWCandidate',genParticles="genDaughters") #analysisConfigurator.addCandidateMETModule('wGenCands','PATCandNuPairProducer','genMuons','genNeutrinos','cleanPatJets',0,9999,'') analysisConfigurator.addSelector('wCandsKIN','PATMuonNuPairSelector','lepton.pt()>25 && abs(lepton.eta())<2.1','wCandsKIN',1) analysisConfigurator.addSelector('wCandsJets','PATMuonNuPairSelector','lepton.userInt("WWID2011")==1','wCandsSel',1) #analysisConfigurator.addGeneric('wCandsJetFetch','MuonNuPairJetFetcher') #analysisConfigurator.addSelector('wCandsJetSel','PATMuonNuPairSelector','pt>20&&abs(eta)<2.5&&nConstituents>1&&neutralHadronEnergyFraction<0.99&&neutralEmEnergyFraction<0.99&&chargedMultiplicity>0&&chargedHadronEnergyFraction>0.0&&chargedEmEnergyFraction<0.99','wCandsJets',1) #analysisConfigurator.addSelector('wCandsJets','PATMuonNuPairSelector','nJets>1','wCandsJets',1) # #make Gen Ws #analysisConfigurator.addSelector('wCandsGoodMuon','PATMuonNuPairSelector','lepton.pt()>20&&abs(lepton.eta())<2.4','OneLeptonInAcceptance',1) selectionSequence =analysisConfigurator.returnSequence()
######################__________________________________MNBB_____________________________________############################## MNBBanalysisConfigurator = CutSequenceProducer(initialCounter = 'initialEventsMNBB', pyModuleName = __name__, pyNameSpace = locals()) #Make Di Muons to VETO DY MNBBanalysisConfigurator.addDiCandidateModule('diMuons','PATMuPairProducer', 'cleanPatMuons','cleanPatMuons','systematicsMET','patJetsForAnalysis',0,9999,text = '',dR=0.5,recoMode = "",genParticles = "genDaughters") MNBBanalysisConfigurator.addSelector('diMuonsSel','PATMuPairSelector',DiMuonPreSel+'&&'+DiMuonPreSel2+'&&'+DiMuonPreSel3,'diMuonSel',0,999) MNBBanalysisConfigurator.addSorter('diMuonsSorted','PATMuPairSorter') #Make Muons+MET MNBBanalysisConfigurator.addCandidateMETModule('wCands','PATMuonNuPairProducer','cleanPatMuons','systematicsMET','patJetsForAnalysis',1,9999,'AtLeastOneWCandidate',genParticles="genDaughters") #MNBBanalysisConfigurator.addSelector('wCandsTight','PATMuonNuPairSelector',munuTight,'tightID',1) MNBBanalysisConfigurator.addSelector('wCandsKIN','PATMuonNuPairSelector',munuKIN,'wCandsKIN',1) MNBBanalysisConfigurator.addSelector('wCandsSel','PATMuonNuPairSelector',munuSel,'wCandsSel',1) #Make Elecs+MET MNBBanalysisConfigurator.addCandidateMETModule('wCandsEleVeto','PATElectronNuPairProducer','cleanPatElectrons','systematicsMET','patJetsForAnalysis',0,9999,'WCandidatesELE',genParticles="genDaughters") MNBBanalysisConfigurator.addSelector('wCandsKINEleVeto','PATElectronNuPairSelector',elenuKIN,'wCandsKINEle',0,9999) MNBBanalysisConfigurator.addSelector('wCandsSelEleVeto','PATElectronNuPairSelector',elenuSel,'wCandsSelEle',0,9999) #Make Di Jets MNBBanalysisConfigurator.addDiCandidateModule('diJets','PATJetPairProducer', 'patJetsForAnalysis','patJetsForAnalysis','systematicsMET','patJetsForAnalysis',1,9999,leadingObjectsOnly = True,dR = 0.5,recoMode = "",genParticles = "genDaughters") MNBBanalysisConfigurator.addSelector('diJetsKIN','PATJetPairSelector',jetKIN,'JetEtKIN',1,999) MNBBanalysisConfigurator.addSelector('diJetsSel','PATJetPairSelector','','JetEtSel',1,999) MNBBanalysisConfigurator.addSorter('diJetsSorted','PATJetPairSorter')