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triggerObjects_cff.py
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import FWCore.ParameterSet.Config as cms
from PhysicsTools.NanoAOD.nano_eras_cff import *
from PhysicsTools.NanoAOD.common_cff import *
from PhysicsTools.NanoAOD.triggerObjectTableProducer_cfi import triggerObjectTableProducer
from PhysicsTools.NanoAOD.globalVariablesTableProducer_cfi import globalVariablesTableProducer
import copy
unpackedPatTrigger = cms.EDProducer("PATTriggerObjectStandAloneUnpacker",
patTriggerObjectsStandAlone = cms.InputTag('slimmedPatTrigger'),
triggerResults = cms.InputTag('TriggerResults::HLT'),
unpackFilterLabels = cms.bool(True)
)
def mksel( selection, doc=None, bit=None):
ddoc=""
if 'OR' in selection:
selection,ddoc=OR(selection)
if 'AND' in selection:
selection,ddoc=AND(selection)
if type(selection)==list:
selection,ddoc=OR(selection)
if type(selection)==tuple:
selection,ddoc=AND(selection)
if doc==None:
doc=ddoc
#print("creating an entry with",selection,doc)
return cms.PSet(selection=cms.string(selection),doc=cms.string(doc),bit=cms.uint32(bit)) if bit is not None else cms.PSet(selection=cms.string(selection),doc=cms.string(doc))
def chaintoken_(tokens,f,OR_or_AND=None):
if (not type(tokens) in [list,tuple]):
doc=tokens
tokens= [t.strip().rstrip() for t in tokens.split(OR_or_AND)]
else:
doc=f' {OR_or_AND} '.join(tokens)
selection = f"filter('{tokens[0]}')"
for token in tokens[1:]:
filter = f"filter('{token}')"
selection = f"{f}({filter},{selection})"
return selection,doc
def OR(tokens):
return chaintoken_(tokens,"max","OR")
def AND(tokens):
return chaintoken_(tokens,"min","AND")
triggerObjectTable = triggerObjectTableProducer.clone(
name= cms.string("TrigObj"),
src = cms.InputTag("unpackedPatTrigger"),
l1EG = cms.InputTag("caloStage2Digis","EGamma"),
l1Sum = cms.InputTag("caloStage2Digis","EtSum"),
l1Jet = cms.InputTag("caloStage2Digis","Jet"),
l1Muon = cms.InputTag("gmtStage2Digis","Muon"),
l1Tau = cms.InputTag("caloStage2Digis","Tau"),
selections = cms.PSet(
Electron = cms.PSet(
doc = cms.string("PixelMatched e/gamma"), # this may also select photons!
id = cms.int32(11),
sel = cms.string("type(92) && pt > 7 && (coll('hltEgammaCandidates') || coll('hltEgammaCandidatesUnseeded')) && (filter('*PixelMatchFilter') || filter('*PixelMatchUnseededFilter'))"),
l1seed = cms.string("type(-98)"), l1deltaR = cms.double(0.3),
#l2seed = cms.string("type(92) && coll('')"), l2deltaR = cms.double(0.5),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel("filter('*CaloIdLTrackIdLIsoVL*TrackIso*Filter')","CaloIdL_TrackIdL_IsoVL"),
mksel("filter('hltEle*WPTight*TrackIsoFilter*')","1e (WPTight with possibile contribution from Xtriggers besides singleElectron)"),
mksel("filter('hltEle*WPLoose*TrackIsoFilter')","1e (WPLoose)"),
mksel("filter('*OverlapFilter*IsoEle*PFTau*')","OverlapFilter PFTau"),
mksel("filter('hltEle*Ele*CaloIdLTrackIdLIsoVLTrackIsoLeg1Filter')","2e (Leg 1)"),
mksel("filter('hltEle*Ele*CaloIdLTrackIdLIsoVLTrackIsoLeg2Filter')","2e (Leg 2)"),
mksel("filter('hltMu*TrkIsoVVL*Ele*CaloIdLTrackIdLIsoVL*Filter*')","1e-1mu"),
mksel("filter('hlt*OverlapFilterIsoEle*PFTau*')","1e-1tau"),
mksel("filter('hltEle*Ele*Ele*CaloIdLTrackIdLDphiLeg*Filter')","3e"),
mksel(["hltL3fL1Mu*DoubleEG*Filtered*","hltMu*DiEle*CaloIdLTrackIdLElectronleg*Filter"],"2e-1mu"),
mksel(["hltL3fL1DoubleMu*EG*Filter*","hltDiMu*Ele*CaloIdLTrackIdLElectronleg*Filter"],"1e-2mu"),
mksel(("hltEle32L1DoubleEGWPTightGsfTrackIsoFilter","hltEGL1SingleEGOrFilter"),"1e (32_L1DoubleEG_AND_L1SingleEGOr)"),
mksel("filter('hltEle*CaloIdVTGsfTrkIdTGsfDphiFilter')","1e (CaloIdVT_GsfTrkIdT)"),
mksel("path('HLT_Ele*PFJet*')","1e (PFJet)"),
mksel(["hltEG175HEFilter","hltEG200HEFilter"],"1e (Photon175_OR_Photon200)"),
mksel("filter('hltEle*CaloIdLMWPMS2Filter')","2e (CaloIdL_MW seeded)"),
mksel("filter('hltDiEle*CaloIdLMWPMS2UnseededFilter')","2e (CaloIdL_MW unseeded)"),
mksel("filter('hlt*OverlapFilterIsoEle*ETau*PNet*Tau*')", "1e-1tau PNet"),
mksel("filter('hltEle30WPTightGsfTrackIsoFilter')","1e (HLT30WPTightGSfTrackIso)")
)
),
Photon = cms.PSet(
id = cms.int32(22),
sel = cms.string("type(92) && pt > 15 && coll('hltEgammaCandidates')"),
l1seed = cms.string("type(-98)"), l1deltaR = cms.double(0.3),
#l2seed = cms.string("type(92) && coll('')"), l2deltaR = cms.double(0.5),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel("filter('hltEG33L1EG26HEFilter')","hltEG33L1EG26HEFilter"),
mksel("filter('hltEG50HEFilter')","hltEG50HEFilter"),
mksel("filter('hltEG75HEFilter')","hltEG75HEFilter"),
mksel("filter('hltEG90HEFilter')","hltEG90HEFilter"),
mksel("filter('hltEG120HEFilter')","hltEG120HEFilter"),
mksel("filter('hltEG150HEFilter')","hltEG150HEFilter"),
mksel("filter('hltEG175HEFilter')","hltEG175HEFilter"),
mksel("filter('hltEG200HEFilter')","hltEG200HEFilter"),
mksel("filter('hltHtEcal800')","hltHtEcal800"),
mksel("filter('hltEG110EBTightIDTightIsoTrackIsoFilter')","hltEG110EBTightIDTightIsoTrackIsoFilter"),
mksel("filter('hltEG120EBTightIDTightIsoTrackIsoFilter')","hltEG120EBTightIDTightIsoTrackIsoFilter"),
mksel("filter('hltMu17Photon30IsoCaloIdPhotonlegTrackIsoFilter')","1mu-1photon"),
mksel("filter('hltEG30LR9Id85b90eHE12R9Id50b80eR9IdLastFilter')","hltEG30LR9Id85b90eHE12R9Id50b80eR9IdLastFilter"),
mksel("filter('hltEG30LIso60CaloId15b35eHE12R9Id50b80eEcalIsoLastFilter')","hltEG30LIso60CaloId15b35eHE12R9Id50b80eEcalIsoLastFilter"),
mksel("filter('hltEG22Iso60CaloId15b35eHE12R9Id50b80eTrackIsoUnseededLastFilter')","hltEG22Iso60CaloId15b35eHE12R9Id50b80eTrackIsoUnseededLastFilter"),
mksel("filter('hltEG22R9Id85b90eHE12R9Id50b80eR9UnseededLastFilter')","hltEG22R9Id85b90eHE12R9Id50b80eR9UnseededLastFilter"),
mksel("filter('hltEG30Iso60CaloId15b35eR9Id50b90eHE12b10eR9Id50b80eEcalIsoFilter')","hltEG30Iso60CaloId15b35eR9Id50b90eHE12b10eR9Id50b80eEcalIsoFilter"),
mksel("filter('hltEG18TrackIso60Iso60CaloId15b35eR9Id50b90eHE12b10eR9Id50b80eTrackIsoUnseededFilter')","hltEG18TrackIso60Iso60CaloId15b35eR9Id50b90eHE12b10eR9Id50b80eTrackIsoUnseededFilter")
)
),
Muon = cms.PSet(
id = cms.int32(13),
sel = cms.string("type(83) && pt > 5 && (coll('hltIterL3MuonCandidates') || (pt > 45 && coll('hltHighPtTkMuonCands')) || (pt > 95 && coll('hltOldL3MuonCandidates')))"),
l1seed = cms.string("type(-81)"), l1deltaR = cms.double(0.5),
l2seed = cms.string("type(83) && coll('hltL2MuonCandidates')"), l2deltaR = cms.double(0.3),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel(["*RelTrkIsoVVLFiltered0p4","*RelTrkIsoVVLFiltered"],"TrkIsoVVL"),
mksel(["hltL3crIso*IsoFiltered0p07","hltL3crIso*IsoFiltered0p08","hltL3crIso*IsoFiltered"],"Iso"),
mksel("filter('*OverlapFilterIsoMu*PFTau*')","OverlapFilter PFTau"),
mksel(["hltL3crIsoL1*SingleMu*IsoFiltered0p07","hltL3crIsoL1sMu*IsoFiltered0p07","hltL3crIsoL1*SingleMu*IsoFiltered0p08","hltL3crIsoL1sMu*IsoFiltered0p08","hltL3crIsoL1*SingleMu*IsoFiltered","hltL3crIsoL1sMu*IsoFiltered"],"1mu"),
mksel("filter('hltDiMuon*Filtered*')","2mu"),
mksel("filter('hltMu*TrkIsoVVL*Ele*CaloIdLTrackIdLIsoVL*Filter*')","1mu-1e"),
mksel("filter('hlt*OverlapFilterIsoMu*PFTau*')","1mu-1tau"),
mksel("filter('hltL3fL1TripleMu*')","3mu"),
mksel(["hltL3fL1DoubleMu*EG*Filtered*","hltDiMu*Ele*CaloIdLTrackIdLElectronleg*Filter"],"2mu-1e"),
mksel(["hltL3fL1Mu*DoubleEG*Filtered*","hltMu*DiEle*CaloIdLTrackIdLElectronleg*Filter"],"1mu-2e"),
mksel(["hltL3fL1sMu*L3Filtered50*","hltL3fL1sMu*TkFiltered50*"],"1mu (Mu50)"),
mksel(["hltL3fL1sMu*L3Filtered100*","hltL3fL1sMu*TkFiltered100*"],"1mu (Mu100)"),
mksel("filter('hltMu17Photon30IsoCaloIdMuonlegL3Filtered17Q')","1mu-1photon"),
mksel("filter('hlt*OverlapFilterIsoMu*PNet*')","1mu-1tau PNet")
)
),
Tau = cms.PSet(
id = cms.int32(15),
sel = cms.string("type(84) && pt > 5 && ( coll('*Tau*') || filter('*Loose*') || filter('*Medium*') || filter('*Tight*') || filter('*DeepTau*') || filter('*ChargedIso*') || filter('hltL2Tau*IsoFilter*') || filter('hltL2TauTagNNFilter*') || filter('*OverlapFilter*') || filter('*DisplPFTau*') || filter('*VBFIsoTau*') || filter('*Monitoring*') || filter('*DoublePFTau*') || filter('*SingleTau*') || filter('hlt*SelectedPFTau') || filter('*ETau*') || filter('*MuTau*') || filter('*PNetTauhTag*') )"), #All trigger objects from a Tau collection + passing at least one filter
l1seed = cms.string("type(-100)"), l1deltaR = cms.double(0.3),
l2seed = cms.string("type(84) && coll('hltL2TauJetsL1IsoTauSeeded')"), l2deltaR = cms.double(0.3),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel("filter('*Loose*')","Loose"), # 0
mksel("filter('*Medium*')","Medium"), # 1
mksel("filter('*Tight*')","Tight"), # 2
mksel("filter('*DeepTau*')","DeepTau no spec WP"), #3
mksel("filter('*PNetTauhTag*')","PNet no specified WP"), # 4
mksel("filter('*ChargedIso*')","ChargedIso"), # 5
mksel("filter('*Dxy*')","Dxy"), # 6
mksel("filter('*ETau*')","e-tau inside filter"), # 7
mksel("filter('*MuTau*')","mu-tau inside filter"), # 8
mksel(["hltSelectedPFTau180*SingleTauWPDeepTauL1HLTMatched","hltSinglePFJet130PNetTauhTag*WPL2SingleTau"],"Single Tau"), # 9
mksel(["hltHpsDoublePFTau20*DeepTauDitauWPAgainstMuon","hltDoublePFJets20PNetTauhTagL2*DoubleTau*"],"VBF DiTau"), # 10
mksel(["hlt*DoublePFTau*L1HLTMatched","hltDoublePFJets30PNetTauhTag*WPL2DoubleTau"],"di-tau"), # 11
mksel(["hltHpsOverlapFilterIsoEle*WPTightGsf*PFTau*","hltSinglePFJets30PNetTauhTag*WPMatchETauL1"],"e-tau"), # 12
mksel(["hltHpsOverlapFilterIsoMu*PFTau*","hltSinglePFJets27PNetTauhTag*WPMatchMuTauL1"],"mu-tau"), # 13
mksel(["hltHpsOverlapFilterDeepTauDoublePFTau*PFJet*","hltDoublePFJets26PNetTauhTagL2DoubleTau*Jet*"],"di-tau + PFJet"), # 14
mksel("filter('hltHpsOverlapFilterDisplacedEle*DisplPFTau*')","e-tau displaced"), # 15
mksel("filter('hltHpsOverlapFilterDisplacedMu*DisplPFTau*')","mu-tau displaced"), # 16
mksel("filter('hlt*Double*ChargedIsoDisplPFTau*')","di-tau displaced"), # 17
mksel("filter('*Monitoring')","Monitoring"), # 18
mksel(["*MonitoringForVBFIsoTau","hltSinglePFJet45PNetTauhTagL2*VBFIsoTauMonitoring*"],"VBF SingleTau Monitoring"), # 19
mksel(["hltHpsOverlapFilter*DeepTauPFTau*30Monitoring*","hltSinglePFJet26PNetTauhTag*L2Mu18TauYY*"],"DiTau+Jet Monitoring"), # 20
mksel("filter('hltHpsOverlapFilterIsoMu*MediumChargedIsoDisplTau*')","Monitoring muTau displaced"), # 21
mksel("filter('*OneProng*')","OneProng"), # 22
mksel(["hltHpsOverlapFilterIsoMu24*DitauWPDeepTauPFTau35Monitoring","hltSinglePFJet30PNetTauhTag*WPL2MuXXTauYY"],"DiTau Monitoring"), # 23
mksel("filter('*OverlapFilter*')","OverlapFilter"), # 24
mksel(["hltHpsOverlapFilterIsoMu24*DeepTauPFTau20","hltSinglePFJet20PNetTauhTag*VBFDiTau*L2Tau"],"VBF DiTau monitoring"), # 25
mksel(["hltHpsOverlapFilterIsoMu24*SingleTauWPDeepTauPFTau180L1Seeded","hltSinglePFJet130PNetTauhTag*WPL2Mu22Tau40"],"SingleTau Monitoring"), # 26
mksel(["*L1HLTMatched*", "*L1Seeded"],"MatchL1HLT"), # 27
mksel("filter('*Hps*')","HPS"), # 28
mksel("filter('*SinglePFTau*')","single PF-tau inside filter"), # 29
mksel(["hltHpsSinglePFTau45*DitauWPDeepTauL1HLTMatchedSingleTauHLT","hltSinglePFJet45PNetTauhTagL2*VBFIsoTau*"],"VBF SingleTau"), # 30
)
),
BoostedTau = cms.PSet(
id = cms.int32(1515),
sel = cms.string("type(85) && pt > 120 && coll('hltAK8PFJetsCorrected') && filter('hltAK8SinglePFJets*SoftDropMass40*ParticleNetTauTau')"),
l1seed = cms.string("type(-99)"), l1deltaR = cms.double(0.3),
l2seed = cms.string("type(85) && coll('hltAK8CaloJetsCorrectedIDPassed')"), l2deltaR = cms.double(0.3),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel("filter('hltAK8SinglePFJets*SoftDropMass40*ParticleNetTauTau')","HLT_AK8PFJetX_SoftDropMass40_PFAK8ParticleNetTauTau0p30"),
mksel(["hltAK8SinglePFJets230SoftDropMass40PNetTauTauTag0p03"])
)
),
Jet = cms.PSet(
id = cms.int32(1),
sel = cms.string("( type(0) || type(85) || type(86) || type(-99) )"),
l1seed = cms.string("type(-99)"), l1deltaR = cms.double(0.3),
l2seed = cms.string("type(85) || type(86) || type(-99)"), l2deltaR = cms.double(0.3),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel(["hlt4PixelOnlyPFCentralJetTightIDPt20"]), # 0
mksel(["hlt3PixelOnlyPFCentralJetTightIDPt30"]), # 1
mksel(["hltPFJetFilterTwoC30"]), # 2
mksel(["hlt4PFCentralJetTightIDPt30"]), # 3
mksel(["hlt4PFCentralJetTightIDPt35"]), # 4
mksel(["hltQuadCentralJet30"]), # 5
mksel(["hlt2PixelOnlyPFCentralJetTightIDPt40"]), # 6
mksel(["hltL1sTripleJet1008572VBFIorHTTIorDoubleJetCIorSingleJet","hltL1sTripleJet1058576VBFIorHTTIorDoubleJetCIorSingleJet","hltL1sTripleJetVBFIorHTTIorSingleJet"]), # 7
mksel(["hlt3PFCentralJetTightIDPt40"]), # 8
mksel(["hlt3PFCentralJetTightIDPt45"]), # 9
mksel(["hltL1sQuadJetC60IorHTT380IorHTT280QuadJetIorHTT300QuadJet","hltL1sQuadJetC50to60IorHTT280to500IorHTT250to340QuadJet"]), # 10
mksel(["hltBTagCaloDeepCSVp17Double"]), # 11
mksel(["hltPFCentralJetLooseIDQuad30"]), # 12
mksel(["hlt1PFCentralJetLooseID75"]), # 13
mksel(["hlt2PFCentralJetLooseID60"]), # 14
mksel(["hlt3PFCentralJetLooseID45"]), # 15
mksel(["hlt4PFCentralJetLooseID40"]), # 16
mksel(["hltHpsOverlapFilterDeepTauDoublePFTau*PFJet*","hltHpsOverlapFilterDoublePNetTauh26PFJet*"],"(DiTau+Jet (Jet) Signal)"), # 17
mksel(["*CrossCleaned*MediumDeepTauDitauWPPFTau*","hltMatchedVBFTwoPFJets2CrossCleanedFrom*Double20PNetTauhTag*"],"(VBF DiTau Jets)"), # 18
mksel(["*CrossCleanedUsingDiJetCorrChecker*","hlt2PFJetsL1VBFDiJetIsoTauMatchedVBFLooseID*"],"(VBF SingleTau Jets)"), # 19
mksel(["hltHpsOverlapFilterDeepTauPFTau*PFJet*","hltHpsOverlapFilterIsoMu24SinglePFJet26PNetTauhTagPFJet*"],"Muon+Tau+Jet (Jet) Monitoring"), # 20
mksel(["hlt2PFCentralJetTightIDPt50"]), # 21
mksel(["hlt1PixelOnlyPFCentralJetTightIDPt60"]), # 22
mksel(["hlt1PFCentralJetTightIDPt70"]), # 23
mksel(["hltBTagPFDeepJet1p5Single"]), # 24
mksel(["hltBTagPFDeepJet4p5Triple"]), # 25
mksel(["hltBTagCentralJetPt35PFParticleNet2BTagSum0p65","hltBTagCentralJetPt30PFParticleNet2BTagSum0p65","hltPFJetTwoC30PFBTagParticleNet2BTagSum0p65","hltPFCentralJetPt30PNet2BTagMean0p55"]), # 26
mksel(["hlt2PixelOnlyPFCentralJetTightIDPt20","hlt1PixelOnlyPFCentralJetTightIDPt50"]), # 27
mksel(["hlt2PFCentralJetTightIDPt30","hltPF2CentralJetTightIDPt30"]), # 28
mksel(["hlt1PFCentralJetTightIDPt60"]), # 29
mksel(["hltPF2CentralJetPt30PNet2BTagMean0p50"]), # 30
),
),
FatJet = cms.PSet(
id = cms.int32(6),
sel = cms.string("type(85) && pt > 120"),
l1seed = cms.string("type(-99)"), l1deltaR = cms.double(0.3),
l2seed = cms.string("type(85) && coll('hltAK8CaloJetsCorrectedIDPassed')"), l2deltaR = cms.double(0.3),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel("coll('hltAK8PFJetsCorrected')"), #1, always present
mksel(["hltAK8SingleCaloJet200"]), #2, always present
mksel("coll('hltAK8PFSoftDropJets230')"), #4, present if nothing else below is fired, otherwise 12, 20, 28, 52, 60
mksel(["hltAK8SinglePFJets230SoftDropMass40BTagParticleNetBB0p35",
"hltAK8SinglePFJets250SoftDropMass40BTagParticleNetBB0p35",
"hltAK8SinglePFJets275SoftDropMass40BTagParticleNetBB0p35"]), # 12 if nothing below is fired, #28 if also "hltAK8DoublePFJetSDModMass30", #60 if also "hltAK8DoublePFJetSDModMass50"
mksel(["hltAK8DoublePFJetSDModMass30"]), # 16 if onthing else (except #1), 20 if also #4, 28 if also #12
mksel(["hltAK8DoublePFJetSDModMass50"]), # 48 if also (obviously) "hltAK8DoublePFJetSDModMass30", 52 if also #4, #60 if all above
)
),
MET = cms.PSet(
id = cms.int32(2),
sel = cms.string("type(87) && pt > 30 && coll('hltPFMETProducer')"),
l1seed = cms.string("type(-87) && coll('L1ETM')"), l1deltaR = cms.double(9999),
l1seed_2 = cms.string("type(-87) && coll('L1ETMHF')"), l1deltaR_2 = cms.double(9999),
l2seed = cms.string("type( 87) && coll('hltMetClean')"), l2deltaR = cms.double(9999),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet()
),
HT = cms.PSet(
id = cms.int32(3),
sel = cms.string("type(89) || type(-89)"),
l1seed = cms.string("type(-89) && coll('L1HTT')"), l1deltaR = cms.double(9999),
l1seed_2 = cms.string("type(-89) && coll('L1HTTHF')"), l1deltaR_2 = cms.double(9999),
l2seed = cms.string("type(89) && coll('hltHtMhtJet30')"), l2deltaR = cms.double(9999),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel(["hltL1sTripleJetVBFIorHTTIorDoubleJetCIorSingleJet"]),
mksel(["hltL1sQuadJetC50IorQuadJetC60IorHTT280IorHTT300IorHTT320IorTripleJet846848VBFIorTripleJet887256VBFIorTripleJet927664VBF","hltL1sQuadJetCIorTripleJetVBFIorHTT"]),
mksel(["hltL1sQuadJetC60IorHTT380IorHTT280QuadJetIorHTT300QuadJet","hltL1sQuadJetC50to60IorHTT280to500IorHTT250to340QuadJet"]),
mksel(["hltCaloQuadJet30HT300","hltCaloQuadJet30HT320"]),
mksel(["hltPFCentralJetsLooseIDQuad30HT300","hltPFCentralJetsLooseIDQuad30HT330"]),
mksel(["hltPFHT280Jet30"])
),
),
MHT = cms.PSet(
id = cms.int32(4),
sel = cms.string("type(90)"),
l1seed = cms.string("type(-90) && coll('L1HTM')"), l1deltaR = cms.double(9999),
l1seed_2 = cms.string("type(-90) && coll('L1HTMHF')"), l1deltaR_2 = cms.double(9999),
l2seed = cms.string("type(90) && coll('hltHtMhtJet30')"), l2deltaR = cms.double(9999),
skipObjectsNotPassingQualityBits = cms.bool(True),
qualityBits = cms.VPSet(
mksel(["hltCaloQuadJet30HT300","hltCaloQuadJet30HT320"]),
mksel(["hltPFCentralJetsLooseIDQuad30HT300","hltPFCentralJetsLooseIDQuad30HT330"])
),
),
),
)
# ERA-dependent configuration
# Tune filter and collection names to 2016 HLT menus
# FIXME: check non-lepton objects and cross check leptons
run2_HLTconditions_2016.toModify(
triggerObjectTable.selections.Muon,
sel = "type(83) && pt > 5 && (coll('hlt*L3MuonCandidates') || coll('hlt*TkMuonCands') || coll('hlt*TrkMuonCands'))",
qualityBits = cms.VPSet(
mksel("filter('*RelTrkIso*Filtered0p4')","TrkIsoVVL"),
mksel("filter('hltL3cr*IsoFiltered0p09')","Iso"),
mksel("filter('*OverlapFilter*IsoMu*PFTau*')","OverlapFilter PFTau"),
mksel("filter('hltL3f*IsoFiltered0p09')","IsoTkMu"),
mksel(["hltL3fL1sMu*L3Filtered50*","hltL3fL1sMu*TkFiltered50*"],"1mu (Mu50)", bit=10)
)
).toModify(
triggerObjectTable.selections.Tau,
sel = "type(84) && pt > 5 && coll('*Tau*') && ( filter('*LooseIso*') || filter('*MediumIso*') || filter('*MediumComb*Iso*') || filter('hltL2TauIsoFilter') || filter('*OverlapFilter*IsoMu*') || filter('*OverlapFilter*IsoEle*') || filter('*L1HLTMatched*') || filter('*Dz02*') )",
qualityBits = cms.VPSet(
mksel("(filter('*LooseIso*')-filter('*VLooseIso*'))","LooseIso"),
mksel("filter('*Medium*Iso*')","Medium(Comb)Iso"),
mksel("filter('*VLooseIso*')","VLooseIso"),
mksel("0","None"),
mksel("filter('hltL2TauIsoFilter')","L2p5 pixel iso"),
mksel("filter('*OverlapFilter*IsoMu*')","OverlapFilter IsoMu"),
mksel("filter('*OverlapFilter*IsoEle*')","OverlapFilter IsoEle"),
mksel("filter('*L1HLTMatched*')","L1-HLT matched"),
mksel("filter('*Dz02*')","Dz")
)
)
_run2_2017_2018_tau_filters = [
mksel("filter('*LooseChargedIso*')","LooseChargedIso"),
mksel("filter('*MediumChargedIso*')","MediumChargedIso"),
mksel("filter('*TightChargedIso*')","TightChargedIso"),
mksel("filter('*DeepTau*')","DeepTau"),
mksel("filter('*TightOOSCPhotons*')","TightID OOSC photons"),
mksel("filter('*Hps*')","HPS"),
mksel("filter('hlt*DoublePFTau*TrackPt1*ChargedIsolation*Dz02*')","charged iso di-tau"),
mksel("filter('hlt*DoublePFTau*DeepTau*L1HLTMatched')","deeptau di-tau"),
mksel("filter('hlt*OverlapFilterIsoEle*WPTightGsf*PFTau*')","e-tau"),
mksel("filter('hlt*OverlapFilterIsoMu*PFTau*')","mu-tau"),
mksel("filter('hlt*SelectedPFTau*L1HLTMatched')","single-tau/tau+MET"),
mksel("filter('hlt*DoublePFTau*TrackPt1*ChargedIso*')","run 2 VBF+ditau"),
mksel("filter('hlt*DoublePFTau*Track*ChargedIso*AgainstMuon')","run 3 VBF+ditau"),
mksel("filter('hltHpsSinglePFTau*HLTMatched')","run 3 double PF jets + ditau"),
mksel("filter('hltHpsOverlapFilterDeepTauDoublePFTau*PFJet*')","di-tau + PFJet"),
mksel("filter('hlt*Double*ChargedIsoDisplPFTau*Dxy*')","Displaced Tau"),
mksel("filter('*Monitoring')","Monitoring"),
mksel("filter('*Reg')","regional paths"),
mksel("filter('*L1Seeded')","L1 seeded paths"),
mksel("filter('*1Prong')","1 prong tau paths")
]
(run2_HLTconditions_2017 | run2_HLTconditions_2018).toModify(
triggerObjectTable.selections.Tau,
sel = "type(84) && pt > 5 && coll('*Tau*') && ( filter('*LooseChargedIso*') || filter('*MediumChargedIso*') || filter('*DeepTau*') || filter('*TightChargedIso*') || filter('*TightOOSCPhotons*') || filter('hltL2TauIsoFilter') || filter('*OverlapFilterIsoMu*') || filter('*OverlapFilterIsoEle*') || filter('*L1HLTMatched*') || filter('*Dz02*') || filter('*DoublePFTau*') || filter('*SinglePFTau*') || filter('hlt*SelectedPFTau') || filter('*DisplPFTau*') )",
qualityBits = cms.VPSet(_run2_2017_2018_tau_filters)
)
_run2_HLTconditions = run2_HLTconditions_2016 | run2_HLTconditions_2017 | run2_HLTconditions_2018
_run2_2016_jet_filters = [
mksel(["*CrossCleaned*LooseChargedIsoPFTau*"], "VBF cross-cleaned from loose iso PFTau"), # 0
mksel(["hltBTagCaloCSVp087Triple"], "hltBTagCaloCSVp087Triple"), # 1
mksel(["hltDoubleCentralJet90"], "hltDoubleCentralJet90"), # 2
mksel(["hltDoublePFCentralJetLooseID90"], "hltDoublePFCentralJetLooseID90"), # 3
mksel(["hltL1sTripleJetVBFIorHTTIorDoubleJetCIorSingleJet"], "hltL1sTripleJetVBFIorHTTIorDoubleJetCIorSingleJet"), # 4
mksel(["hltQuadCentralJet30"], "hltQuadCentralJet30"), # 5
mksel(["hltQuadPFCentralJetLooseID30"], "hltQuadPFCentralJetLooseID30"), # 6
mksel(["hltL1sQuadJetC50IorQuadJetC60IorHTT280IorHTT300IorHTT320IorTripleJet846848VBFIorTripleJet887256VBFIorTripleJet927664VBF", "hltL1sQuadJetCIorTripleJetVBFIorHTT"], "hltL1sQuadJetC50IorQuadJetC60IorHTT280IorHTT300IorHTT320IorTripleJet846848VBFIorTripleJet887256VBFIorTripleJet927664VBF or hltL1sQuadJetCIorTripleJetVBFIorHTT"), # 7
mksel(["hltQuadCentralJet45"], "hltQuadCentralJet45"), # 8
mksel(["hltQuadPFCentralJetLooseID45"], "hltQuadPFCentralJetLooseID45"), # 9
mksel(["hltL1sQuadJetC60IorHTT380IorHTT280QuadJetIorHTT300QuadJet", "hltL1sQuadJetC50to60IorHTT280to500IorHTT250to340QuadJet"], "hltL1sQuadJetC60IorHTT380IorHTT280QuadJetIorHTT300QuadJet or hltL1sQuadJetC50to60IorHTT280to500IorHTT250to340QuadJet"), # 10
mksel(["hltBTagCaloCSVp05Double", "hltBTagCaloDeepCSVp17Double"], "hltBTagCaloCSVp05Double or hltBTagCaloDeepCSVp17Double"), # 11
mksel(["hltPFCentralJetLooseIDQuad30"], "hltPFCentralJetLooseIDQuad30"), # 12
mksel(["hlt1PFCentralJetLooseID75"], "hlt1PFCentralJetLooseID75"), # 13
mksel(["hlt2PFCentralJetLooseID60"], "hlt2PFCentralJetLooseID60"), # 14
mksel(["hlt3PFCentralJetLooseID45"], "hlt3PFCentralJetLooseID45"), # 15
mksel(["hlt4PFCentralJetLooseID40"], "hlt4PFCentralJetLooseID40"), # 16
mksel(["hltBTagPFCSVp070Triple", "hltBTagPFDeepCSVp24Triple", "hltBTagPFDeepCSV4p5Triple"], "hltBTagPFCSVp070Triple or hltBTagPFDeepCSVp24Triple or hltBTagPFDeepCSV4p5Triple"), # 17
mksel(["hltHpsOverlapFilterDeepTauDoublePFTau*PFJet*"], "Double tau + jet"), # 18
mksel(["*CrossCleaned*MediumDeepTauDitauWPPFTau*"], "VBF cross-cleaned from medium deeptau PFTau"), # 19
mksel(["*CrossCleanedUsingDiJetCorrChecker*"], "VBF cross-cleaned using dijet correlation checker"), # 20
mksel(["hltHpsOverlapFilterDeepTauPFTau*PFJet*"], "monitoring muon + tau + jet"), # 21
]
run2_HLTconditions_2016.toModify(triggerObjectTable.selections.Jet, qualityBits = cms.VPSet(_run2_2016_jet_filters))
_run2_2017_jet_filters = copy.deepcopy(_run2_2016_jet_filters)
_run2_2017_jet_filters[7] = mksel(["hltL1sTripleJet1008572VBFIorHTTIorDoubleJetCIorSingleJet","hltL1sTripleJet1058576VBFIorHTTIorDoubleJetCIorSingleJet","hltL1sTripleJetVBFIorHTTIorSingleJet"])
run2_HLTconditions_2017.toModify(triggerObjectTable.selections.Jet, qualityBits = cms.VPSet(_run2_2017_jet_filters))
_run2_2018_jet_filters = copy.deepcopy(_run2_2017_jet_filters)
_run2_2018_jet_filters[2] = mksel(["hltPFJetFilterTwoC30"])
_run2_2018_jet_filters.append(mksel(["hltBTagPFDeepCSV1p5Single"])) # 22
run2_HLTconditions_2018.toModify(triggerObjectTable.selections.Jet, qualityBits = cms.VPSet(_run2_2018_jet_filters))
_run2_2017_muon_filters = copy.deepcopy(triggerObjectTable.selections.Muon.qualityBits)
_run2_2017_muon_filters.append(mksel(["hltIterL3MuonCandidates"], "2Mu filter Bit for 2017")) #14
run2_HLTconditions_2017.toModify(triggerObjectTable.selections.Muon, qualityBits = cms.VPSet(_run2_2017_muon_filters))
from PhysicsTools.PatUtils.L1PrefiringWeightProducer_cff import prefiringweight
#Next lines are for UL2016 maps
(run2_muon_2016 & tracker_apv_vfp30_2016).toModify(
prefiringweight,
DataEraECAL = cms.string("UL2016preVFP"),
DataEraMuon = cms.string("2016preVFP")
)
(run2_muon_2016 & ~tracker_apv_vfp30_2016).toModify(
prefiringweight,
DataEraECAL = cms.string("UL2016postVFP"),
DataEraMuon = cms.string("2016postVFP")
)
#Next line is for UL2017 maps
run2_jme_2017.toModify(
prefiringweight,
DataEraECAL = cms.string("UL2017BtoF"),
DataEraMuon = cms.string("20172018")
)
#Next line is for UL2018 maps
run2_muon_2018.toModify(
prefiringweight,
DataEraECAL = cms.string("None"),
DataEraMuon = cms.string("20172018")
)
l1PreFiringEventWeightTable = globalVariablesTableProducer.clone(
name = cms.string("L1PreFiringWeight"),
variables = cms.PSet(
Nom = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProb"), "float", doc = "L1 pre-firing event correction weight (1-probability)", precision=8),
Up = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbUp"), "float", doc = "L1 pre-firing event correction weight (1-probability), up var.", precision=8),
Dn = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbDown"), "float", doc = "L1 pre-firing event correction weight (1-probability), down var.", precision=8),
Muon_Nom = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbMuon"), "float", doc = "Muon L1 pre-firing event correction weight (1-probability)", precision=8),
Muon_SystUp = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbMuonSystUp"), "float", doc = "Muon L1 pre-firing event correction weight (1-probability), up var. syst.", precision=8),
Muon_SystDn = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbMuonSystDown"), "float", doc = "Muon L1 pre-firing event correction weight (1-probability), down var. syst.", precision=8),
Muon_StatUp = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbMuonStatUp"), "float", doc = "Muon L1 pre-firing event correction weight (1-probability), up var. stat.", precision=8),
Muon_StatDn = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbMuonStatDown"), "float", doc = "Muon L1 pre-firing event correction weight (1-probability), down var. stat.", precision=8),
ECAL_Nom = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbECAL"), "float", doc = "ECAL L1 pre-firing event correction weight (1-probability)", precision=8),
ECAL_Up = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbECALUp"), "float", doc = "ECAL L1 pre-firing event correction weight (1-probability), up var.", precision=8),
ECAL_Dn = ExtVar(cms.InputTag("prefiringweight:nonPrefiringProbECALDown"), "float", doc = "ECAL L1 pre-firing event correction weight (1-probability), down var.", precision=8),
)
)
l1bits=cms.EDProducer("L1TriggerResultsConverter",
src=cms.InputTag("gtStage2Digis"),
legacyL1=cms.bool(False),
storeUnprefireableBits=cms.bool(True),
src_ext=cms.InputTag("simGtExtUnprefireable"))
triggerObjectTablesTask = cms.Task( unpackedPatTrigger,triggerObjectTable,l1bits)
_run2_HLTconditions.toReplaceWith(
triggerObjectTablesTask, triggerObjectTablesTask.copyAndAdd(prefiringweight,l1PreFiringEventWeightTable)
)