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import FWCore.ParameterSet.Config as cms
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##---------------------------------------
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from L1TriggerConfig.L1GtConfigProducers.L1GtTriggerMaskAlgoTrigConfig_cff import *
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from L1TriggerConfig.L1GtConfigProducers.L1GtTriggerMaskTechTrigConfig_cff import *
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es_prefer_l1GtTriggerMaskAlgoTrig = cms.ESPrefer("L1GtTriggerMaskAlgoTrigTrivialProducer","l1GtTriggerMaskAlgoTrig")
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es_prefer_l1GtTriggerMaskTechTrig = cms.ESPrefer("L1GtTriggerMaskTechTrigTrivialProducer","l1GtTriggerMaskTechTrig")
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##---------------------------------------
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###--------
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from ForwardAnalysis.AnalysisSequences.primaryVertexFilter_cfi import *
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##---------------------
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from ForwardAnalysis.AnalysisSequences.filterScraping_cfi import *
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##-------------
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from CommonTools.RecoAlgos.HBHENoiseFilter_cfi import *
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##-------------
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######################
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## Jet Trigger Filter
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######################
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from ForwardAnalysis.DiffractiveZAnalysis.diffractiveZHLTPaths_cfi import *
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#diffractiveZHLTFilter.HLTPaths = ['HLT_Mu9','HLT_Mu9']
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#['HLT_ExclDiJet60_HFAND*', 'HLT_ExclDiJet60_HFOR*']
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#['HLT_Jet15U','HLT_L1Jet6U']
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## ak5PFL1L2L3 = cms.ESSource(
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## 'JetCorrectionServiceChain',
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## correctors = cms.vstring('ak5PFL1Offset','ak5PFL2Relative','ak5PFL3Absolute')
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## )
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## ak5PFJetsL2L3 = cms.EDProducer('PFJetCorrectionProducer',
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## src = cms.InputTag('ak5PFJets'),
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## correctors = cms.vstring('ak5PFL1L2L3')
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## )
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#JetCorrectorSequence = cms.Sequence(ak5PFJetsL2L3)
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#-----------------------------
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## goodJets = cms.EDFilter("CandViewSelector",
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## src = cms.InputTag("ak5PFJetsPileUp"),
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## cut = cms.string("pt > 0.")
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## # # ptMin = cms.double(20)
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## )
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## #------------------------------
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## jetFilter = cms.EDFilter("CandViewCountFilter",
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## src = cms.InputTag("goodJets"),
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## minNumber = cms.uint32(1)
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## )
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## jetFilterSequence = cms.Sequence(goodJets*jetFilter)
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#------------------------------
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"""
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from PhysicsTools.RecoAlgos.recoTrackSelector_cfi import *
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recoTrackSelector.src = "generalTracks"
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recoTrackSelector.minRapidity = -2.5
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recoTrackSelector.maxRapidity = 2.5
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recoTrackSelector.ptMin = 0.5
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recoTrackSelector.quality = ["highPurity"]
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selectGoodTracks = recoTrackSelector
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"""
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from ForwardAnalysis.Utilities.analysisTracks_cfi import *
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from ForwardAnalysis.Utilities.selectTracksAssociatedToPV_cfi import *
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selectTracksAssociatedToPV.src = "analysisTracks"
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selectTracksAssociatedToPV.vertexTag = "goodOfflinePrimaryVertices"
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selectTracksAssociatedToPV.maxDistanceFromVertex = 0.4
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from ForwardAnalysis.Utilities.tracksOutsideJets_cfi import *
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tracksOutsideJets.src = "selectTracksAssociatedToPV"
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tracksOutsideJets.JetTag = "ak5PFJets"
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tracksOutsideJets.JetConeSize = 0.5
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from ForwardAnalysis.AnalysisSequences.tracksTransverseRegion_cfi import *
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tracksTransverseRegion.src = "selectTracksAssociatedToPV"
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tracksTransverseRegion.JetTag = "ak5PFJets"
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from ForwardAnalysis.Utilities.trackMultiplicity_cfi import *
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trackMultiplicityTransverseRegion = trackMultiplicity.clone( src = "tracksTransverseRegion" )
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#
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# Systematic Studies
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#
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pfCandidatesShiftedUp = cms.EDProducer("ShiftedPFCandidateProducer",
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src = cms.InputTag('particleFlow'),
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binning = cms.VPSet(
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cms.PSet(
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binSelection = cms.string('particleId == 0'), # particleId == X
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 1'), # particleId == h
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 2'), # particleId == e
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 3'), # particleId == mu
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 4'), # particleId == gamma
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 5'), # particleId == h0
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 6'), # particleId == h_HF
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binUncertainty = cms.double(0.10)
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),
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cms.PSet(
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binSelection = cms.string('particleId == 7'), # particleId == egamma_HF
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binUncertainty = cms.double(0.10)
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)
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),
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shiftBy = cms.double(1)
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)
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pfCandidatesShiftedDown = pfCandidatesShiftedUp.clone()
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pfCandidatesShiftedDown.shiftBy = cms.double(-1)
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#------------------------------
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# Particle flow
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Forward = cms.PSet(
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hadronHF = cms.PSet( energy = cms.double(7.0) ),
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emHF = cms.PSet( energy = cms.double(7.0) )
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)
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# Add EtaMax
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from ForwardAnalysis.Utilities.pfCandidateSelector_cfi import pfCandidateSelector as pfCandidateNoiseThresholds
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from ForwardAnalysis.Utilities.ExcludeHFEdgesStringCut import ExcludeHFEdgesStringCut
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from ForwardAnalysis.Utilities.PFCandidateNoiseStringCut import PFCandidateNoiseStringCut
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# Change thresholds here if needed
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from pfThresholds_cfi import pfThresholds
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#pfThresholdsDhiftedUp = pfThresholds.clone()
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#pfThresholdsHF0.Transition.hadronHF.energy = 0.0
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#pfThresholdsHF0.Transition.emHF.energy = 0.0
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#pfThresholdsHF0.Forward.hadronHF.energy = 0.0
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#pfThresholdsHF0.Forward.emHF.energy = 0.0
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pfStrCut1 = ExcludeHFEdgesStringCut().cut()
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pfStrCut2 = PFCandidateNoiseStringCut(pfThresholds).cut()
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pfStrCut = '%s & %s' % (pfStrCut1,pfStrCut2)
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pfCandidateNoiseThresholds.cut = pfStrCut
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# Change to no pile-up collection
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pfCandidateNoiseThresholds.src = "particleFlow"
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#pfStrCutHF0 = '%s & %s' % (pfStrCut1, PFCandidateNoiseStringCut(pfThresholdsHF0).cut() )
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#pfCandidateNoiseThresholdsHF0 = pfCandidateNoiseThresholds.clone( cut = pfStrCutHF0 )
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from ForwardAnalysis.Utilities.etaMaxCandViewSelector_cfi import etaMaxCandViewSelector as etaMaxPFCands
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from ForwardAnalysis.Utilities.etaMinCandViewSelector_cfi import etaMinCandViewSelector as etaMinPFCands
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etaMaxPFCands.src = "pfCandidateNoiseThresholds"
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etaMinPFCands.src = "pfCandidateNoiseThresholds"
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#etaMaxPFCands.src = "pfCandidateNoiseThresholdsHF0"
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#etaMinPFCands.src = "pfCandidateNoiseThresholdsHF0"
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from ForwardAnalysis.AnalysisSequences.genChargedParticles_cfi import genChargedParticles
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from ForwardAnalysis.AnalysisSequences.genStableParticles_cfi import genStableParticles
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genStableParticles.cut = 'status = 1 & ( ( pdgId != 2212 ) | ( pdgId == 2212 & abs(pz) < %f ) )' % (0.75*3500.0)
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genProtonDissociative = genStableParticles.clone( cut = 'pdgId == 9902210' )
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etaMaxGen = etaMaxPFCands.clone(src = "genStableParticles")
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etaMinGen = etaMinPFCands.clone(src = "genStableParticles")
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from ForwardAnalysis.AnalysisSequences.edmNtupleCandView_cfi import edmNtupleCandView
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edmNtupleEtaMax = edmNtupleCandView.clone(src = "etaMaxPFCands")
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edmNtupleEtaMax.variables = cms.VPSet( cms.PSet( tag = cms.untracked.string("etaMax"),
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quantity = cms.untracked.string("eta") ) )
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edmNtupleEtaMin = edmNtupleCandView.clone(src = "etaMinPFCands")
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edmNtupleEtaMin.variables = cms.VPSet( cms.PSet( tag = cms.untracked.string("etaMin"),
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quantity = cms.untracked.string("eta") ) )
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edmNtupleMxGen = edmNtupleCandView.clone(src = "genProtonDissociative")
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edmNtupleMxGen.variables = cms.VPSet( cms.PSet( tag = cms.untracked.string("Mx"),
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quantity = cms.untracked.string("mass") ) )
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edmNtupleEtaMaxGen = edmNtupleEtaMax.clone(src = "etaMaxGen")
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edmNtupleEtaMinGen = edmNtupleEtaMin.clone(src = "etaMinGen")
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from ForwardAnalysis.AnalysisSequences.etaMaxSelector_cfi import etaMaxSelector as etaMaxFilter
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etaMaxFilter.src = "etaMaxPFCands"
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from ForwardAnalysis.AnalysisSequences.etaMinSelector_cfi import etaMinSelector as etaMinFilter
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etaMinFilter.src = "etaMinPFCands"
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etaMaxGenFilter = etaMaxFilter.clone(src = "etaMaxGen")
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etaMinGenFilter = etaMinFilter.clone(src = "etaMinGen")
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pfCandidateNoiseThresholdsShiftedUp = pfCandidateNoiseThresholds.clone( src= "pfCandidatesShiftedUp" )
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etaMaxPFCandsShiftedUp = etaMaxPFCands.clone( src = "pfCandidateNoiseThresholdsShiftedUp" )
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etaMinPFCandsShiftedUp = etaMinPFCands.clone( src = "pfCandidateNoiseThresholdsShiftedUp" )
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edmNtupleEtaMaxShiftedUp = edmNtupleEtaMax.clone(src = "etaMaxPFCandsShiftedUp")
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edmNtupleEtaMinShiftedUp = edmNtupleEtaMin.clone(src = "etaMinPFCandsShiftedUp")
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pfCandidateNoiseThresholdsShiftedDown = pfCandidateNoiseThresholds.clone( src= "pfCandidatesShiftedDown" )
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etaMaxPFCandsShiftedDown = etaMaxPFCands.clone( src = "pfCandidateNoiseThresholdsShiftedDown" )
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etaMinPFCandsShiftedDown = etaMinPFCands.clone( src = "pfCandidateNoiseThresholdsShiftedDown" )
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edmNtupleEtaMaxShiftedDown = edmNtupleEtaMax.clone(src = "etaMaxPFCandsShiftedDown")
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edmNtupleEtaMinShiftedDown = edmNtupleEtaMin.clone(src = "etaMinPFCandsShiftedDown")
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#------------------------------
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from ForwardAnalysis.Utilities.caloActivityFilter_cfi import caloActivityFilter
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caloVetoHFPlus = caloActivityFilter.clone(NTowersMaxHFPlus=0)
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caloVetoHFMinus = caloActivityFilter.clone(NTowersMaxHFMinus=0)
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caloActivityFilter.EnergyThresholdHB = 1.5
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caloActivityFilter.EnergyThresholdHE = 2.0
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caloActivityFilter.EnergyThresholdHF = 7.0
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'''
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from ForwardAnalysis.Utilities.castorActivityFilter_cfi import castorActivityFilter
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castorActivityFilter.CastorRecHitTag = "castorRecHitCorrector"
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castorActivityFilter.SumEMaxCastor = 250.
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castorInvalidDataFilter = cms.EDFilter("CastorInvalidDataFilter")
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castorVeto = cms.Sequence(castorInvalidDataFilter + castorActivityFilter)
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castorTag = cms.Sequence(castorInvalidDataFilter + ~castorActivityFilter)
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'''
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##-----------------------------------------------------------------
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from ForwardAnalysis.Utilities.hcalActivitySummary_cfi import *
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hcalActivitySummary.DiscardFlaggedTowers = False
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hcalActivitySummaryScale090 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 0.90,EnergyScaleFactorHE = 0.90,EnergyScaleFactorHF = 0.90)
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hcalActivitySummaryScale092 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 0.92,EnergyScaleFactorHE = 0.92,EnergyScaleFactorHF = 0.92)
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hcalActivitySummaryScale095 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 0.95,EnergyScaleFactorHE = 0.95,EnergyScaleFactorHF = 0.95)
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hcalActivitySummaryScale098 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 0.98,EnergyScaleFactorHE = 0.98,EnergyScaleFactorHF = 0.98)
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hcalActivitySummaryScale102 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 1.02,EnergyScaleFactorHE = 1.02,EnergyScaleFactorHF = 1.02)
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hcalActivitySummaryScale105 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 1.05,EnergyScaleFactorHE = 1.05,EnergyScaleFactorHF = 1.05)
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hcalActivitySummaryScale108 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 1.08,EnergyScaleFactorHE = 1.08,EnergyScaleFactorHF = 1.08)
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hcalActivitySummaryScale110 = hcalActivitySummary.clone(ApplyEnergyScale = True,EnergyScaleFactorHB = 1.10,EnergyScaleFactorHE = 1.10,EnergyScaleFactorHF = 1.10)
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"""
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from Utilities.AnalysisTools.hcalActivityFilter_cfi import hcalActivityFilter
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hcalActivityFilter.EnergyThresholdHB = 1.5
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hcalActivityFilter.EnergyThresholdHE = 2.0
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hcalActivityFilter.EnergyThresholdHF = 4.0hcalVetoHBPlusAndMinus = hcalActivityFilter.clone(NTowersMaxHBPlus = 0, NTowersMaxHBMinus = 0)
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hcalVetoHBHEPlusAndMinus = hcalActivityFilter.clone(NTowersMaxHBPlus = 0, NTowersMaxHEPlus = 0, NTowersMaxHBMinus
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= 0, NTowersMaxHEMinus = 0)
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hcalVetoSumEMaxHBPlusAndMinus4 = hcalActivityFilter.clone(SumEMaxHBPlus = 4.0, SumEMaxHBMinus = 4.0)
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hcalVetoSumEMaxHBPlusAndMinus8 = hcalActivityFilter.clone(SumEMaxHBPlus = 8.0, SumEMaxHBMinus = 8.0)
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hcalVetoSumEMaxHBPlusAndMinus12 = hcalActivityFilter.clone(SumEMaxHBPlus = 12.0, SumEMaxHBMinus = 12.0)
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hcalVetoSumEMaxHBPlusAndMinus16 = hcalActivityFilter.clone(SumEMaxHBPlus = 16.0, SumEMaxHBMinus = 16.0)
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"""
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##-----------------------------------------------------------------
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# Event selection
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offlineSelection = cms.Sequence(primaryVertexFilter + filterScraping + HBHENoiseFilter)
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#offlineSelection = cms.Sequence(filterScraping + HBHENoiseFilter)
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eventSelection = cms.Sequence(offlineSelection)
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eventSelectionHLT = cms.Sequence(diffractiveZHLTFilter + offlineSelection)
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"""
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eventSelectionHLTHBVetoPlusAndMinus = cms.Sequence(eventSelectionHLT+hcalVetoHBPlusAndMinus)
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eventSelectionHLTHBHEVetoPlusAndMinus = cms.Sequence(eventSelectionHLT+hcalVetoHBHEPlusAndMinus)
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eventSelectionHLTSumEMaxHBPlusAndMinus4 = cms.Sequence(eventSelectionHLT+hcalVetoSumEMaxHBPlusAndMinus4)
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eventSelectionHLTSumEMaxHBPlusAndMinus8 = cms.Sequence(eventSelectionHLT+hcalVetoSumEMaxHBPlusAndMinus8)
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eventSelectionHLTSumEMaxHBPlusAndMinus12 = cms.Sequence(eventSelectionHLT+hcalVetoSumEMaxHBPlusAndMinus12)
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eventSelectionHLTSumEMaxHBPlusAndMinus16 = cms.Sequence(eventSelectionHLT+hcalVetoSumEMaxHBPlusAndMinus16)
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"""
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#-------------------------------------------
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# Sequences
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#jets = cms.Sequence(ak5PFJetsL2L3)
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tracks = cms.Sequence(analysisTracks*
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selectTracksAssociatedToPV*
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tracksOutsideJets*
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tracksTransverseRegion)
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pfCandidates_ShiftedUp = cms.Sequence(pfCandidatesShiftedUp+
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pfCandidateNoiseThresholdsShiftedUp*
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etaMaxPFCandsShiftedUp+etaMinPFCandsShiftedUp)
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| 280 |
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| 281 |
pfCandidates_ShiftedDown = cms.Sequence(pfCandidatesShiftedDown+
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pfCandidateNoiseThresholdsShiftedDown*
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etaMaxPFCandsShiftedDown+etaMinPFCandsShiftedDown)
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| 284 |
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| 285 |
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| 286 |
pfCandidates = cms.Sequence(pfCandidateNoiseThresholds*
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| 287 |
etaMaxPFCands+etaMinPFCands)
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| 288 |
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| 289 |
edmDump = cms.Sequence(#trackMultiplicity+
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#trackMultiplicityAssociatedToPV+
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#trackMultiplicityOutsideJets+
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trackMultiplicityTransverseRegion+
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| 293 |
hcalActivitySummary+hcalActivitySummaryScale090+hcalActivitySummaryScale092+
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| 294 |
hcalActivitySummaryScale095+hcalActivitySummaryScale098+
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| 295 |
hcalActivitySummaryScale102+hcalActivitySummaryScale105+
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hcalActivitySummaryScale108+hcalActivitySummaryScale110+
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| 297 |
#hfTower+xiTower+xiFromCaloTowers+
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edmNtupleEtaMax+edmNtupleEtaMin)
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| 299 |
|
| 300 |
edmDumpShiftedUp = cms.Sequence(trackMultiplicityTransverseRegion+
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hcalActivitySummary+hcalActivitySummaryScale090+hcalActivitySummaryScale092+
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| 302 |
hcalActivitySummaryScale095+hcalActivitySummaryScale098+
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| 303 |
hcalActivitySummaryScale102+hcalActivitySummaryScale105+
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| 304 |
hcalActivitySummaryScale108+hcalActivitySummaryScale110+
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| 305 |
edmNtupleEtaMaxShiftedUp+edmNtupleEtaMinShiftedUp)
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| 306 |
|
| 307 |
edmDumpShiftedDown = cms.Sequence(trackMultiplicityTransverseRegion+
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hcalActivitySummary+hcalActivitySummaryScale090+hcalActivitySummaryScale092+
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hcalActivitySummaryScale095+hcalActivitySummaryScale098+
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hcalActivitySummaryScale102+hcalActivitySummaryScale105+
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hcalActivitySummaryScale108+hcalActivitySummaryScale110+
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edmNtupleEtaMaxShiftedDown+edmNtupleEtaMinShiftedDown)
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#edmDump = cms.Sequence(edmNtupleEtaMax+edmNtupleEtaMin)
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#-------------------------------------------
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| 316 |
analysisSequencesShiftedUp = cms.Sequence(tracks*pfCandidates_ShiftedUp*edmDumpShiftedUp)
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analysisSequencesShiftedDown = cms.Sequence(tracks*pfCandidates_ShiftedDown*edmDumpShiftedDown)
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analysisSequences = cms.Sequence(tracks*pfCandidates*edmDump)
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| 320 |
#-------------------------------------------:x
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|
