recleaner_step2_data = lambda : fastCombinedObjectRecleaner(label="Recl", inlabel="_InternalRecl",
cleanTausWithLooseLeptons=True,
cleanJetsWithFOTaus=True,
doVetoZ=False, doVetoLMf=False, doVetoLMt=False,
jetPts=[25,40],
jetPtsFwd=[25,40],
btagL_thr=lambda year: 0.4 if year==2016 else 0.1522 if year==2017 else 0.1241,
btagM_thr=lambda year: 0.6324 if year==2016 else 0.4941 if year==2017 else 0.4184,
jetBTag='btagDeepB',
isMC = False)
from CMGTools.TTHAnalysis.tools.eventVars_2lss import EventVars2LSS
eventVars = lambda : EventVars2LSS('','Recl', doSystJEC=False)
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
isMatchRightCharge = lambda : ObjTagger('isMatchRightCharge','LepGood', [lambda l,g: (l.genPartFlav==1 or l.genPartFlav == 15) and (g.pdgId*l.pdgId > 0) ], linkColl='GenPart',linkVar='genPartIdx')
mcMatchId = lambda : ObjTagger('mcMatchId','LepGood', [lambda l: (l.genPartFlav==1 or l.genPartFlav == 15) ])
mcPromptGamma = lambda : ObjTagger('mcPromptGamma','LepGood', [lambda l: (l.genPartFlav==22)])
mcMatch_seq = [ isMatchRightCharge, mcMatchId ,mcPromptGamma]
from PhysicsTools.NanoAODTools.postprocessing.modules.jme.jetmetUncertainties import jetmetUncertainties2016, jetmetUncertainties2017, jetmetUncertainties2018
isVLFOEle = lambda : ObjTagger('isVLFOEle', "Electron", [lambda lep,year: VLooseFOEleID(lep,year) ])
isTightEle = lambda : ObjTagger('isTightEle', "Electron", [lambda lep,year: tightEleID(lep,year) ])
isCleanEle = lambda : ObjTagger('isCleanEle', "Electron", [ lambda lep,year: fullCleaningLeptonSel(lep,year) and electronSelection(lep) ])
isCleanMu = lambda : ObjTagger('isCleanMu', "Muon", [ lambda lep,year: fullCleaningLeptonSel(lep,year) and muonSelection(lep) ])
isCleanEle_noBtag = lambda : ObjTagger('isCleanEle_noBtag', "Electron", [ lambda lep,year: fullCleaningLeptonSel_noBtag(lep,year) and electronSelection(lep) ])
isCleanMu_noBtag = lambda : ObjTagger('isCleanMu_noBtag', "Muon", [ lambda lep,year: fullCleaningLeptonSel_noBtag(lep,year) and muonSelection(lep) ])
isTightSOSEle = lambda : ObjTagger('isTightSOSEle', "Electron", [ lambda lep,year: fullTightLeptonSel(lep,year) and electronSelection(lep) ])
lambda lep : abs(lep.dz)<0.1,
lambda lep : lep.pt > 10,
lambda lep : ((abs(lep.eta)<2.4 and abs(lep.pdgId)==13) or (abs(lep.eta)<2.5 and abs(lep.pdgId)==11)),
lambda lep : ((abs(lep.pdgId)!=11) or abs(lep.eta)<1.4442 or abs(lep.eta)>1.566),
lambda lep : (lep.mediumMuonId > 0 or abs(lep.pdgId)!=13),
lambda lep : (lep.mvaIdPhys14 > -0.11+(-0.35+0.11)*(abs(lep.eta)>0.8)+(-0.55+0.35)*(abs(lep.eta)>1.479) or abs(lep.pdgId)!=11),
lambda lep : (lep.lostHits==0 or abs(lep.pdgId)!=11),
lambda lep : lep.convVeto,
lambda lep : lep.tightCharge > (abs(lep.pdgId) == 11),
lambda lep: (lep.mcMatchId == 0) if hasattr(lep,"mcMatchId") else True
]
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
MODULES.append ( ('leptonFakeRateFO1', ObjTagger('FO1','LepGood',
list_cuts_tightlepid_nomultiiso_noeltightmvaid_nosip_nodxy+[
lambda lep : (lep.mvaIdPhys14 > 0.73+(0.57-0.73)*(abs(lep.eta)>0.8)+(+0.05-0.57)*(abs(lep.eta)>1.479) or abs(lep.pdgId)!=11),
lambda lep : lep.sip3d<4,
lambda lep : abs(lep.dxy)<0.05,
]) ) )
MODULES.append ( ('leptonFakeRateFO2', ObjTagger('FO2','LepGood',
list_cuts_tightlepid_nomultiiso_noeltightmvaid_nosip_nodxy+[
lambda lep : lep.sip3d<4,
lambda lep : abs(lep.dxy)<0.05,
]) ) )
MODULES.append ( ('leptonFakeRateFO3', ObjTagger('FO3','LepGood',
list_cuts_tightlepid_nomultiiso_noeltightmvaid_nosip_nodxy+[
lambda lep : _susy2lss_multiIso_withMiniIsoRelaxed_ConePtJetPtRatio(lep),
lambda lep : (lep.mvaIdPhys14 > 0.73+(0.57-0.73)*(abs(lep.eta)>0.8)+(+0.05-0.57)*(abs(lep.eta)>1.479) or abs(lep.pdgId)!=11),
lambda lep : lep.sip3d<4,
lambda lep : abs(lep.dxy)<0.05,
]) ) )
MODULES.append ( ('leptonFakeRateFO4', ObjTagger('FO4','LepGood',
cleanTau=lambda lep, tau, dr: dr < 0.4,
looseTau=lambda tau: _susyEWK_tauId_CBloose(tau), # used in cleaning
tightTau=lambda tau: _susyEWK_tauId_CBtight(tau), # on top of loose
cleanJetsWithTaus=True,
doVetoZ=True,
doVetoLMf=True,
doVetoLMt=True,
jetPt=40,
bJetPt=25,
coneptdef=lambda lep: conept_SSDL(lep))))
MODULES.append(('MediumMuonID2016', lambda: ObjTagger(
label='ICHEPmediumMuonId',
coll='LepGood',
sel=[
lambda x: abs(x.pdgId) == 13, lambda x: x.isGlobalMuon or x.
isTrackerMuon, lambda x: x.innerTrackValidHitFraction > 0.49, lambda x:
x.segmentCompatibility > 0.451 or
(x.isGlobalMuon and x.globalTrackChi2 < 3 and x.chi2LocalPosition < 12
and x.trkKink < 20 and x.segmentCompatibility > 0.303)
])))
MODULES.append((
'leptonJetReCleanerTTH',
lambda: LeptonJetReCleaner(
"Recl", # b1E2 definition of FO, 80X b-tag WP
looseLeptonSel=lambda lep: lep.miniRelIso < 0.4 and lep.sip3d < 8,
cleaningLeptonSel=lambda lep: lep.conept > 10 and lep.jetBTagCSV < 0.80
and (abs(lep.pdgId) != 11 or lep.conept < 30 or _ttH_idEmu_cuts_E2(lep)
) and ((lep.jetPtRatiov2 > 0.3 and lep.jetBTagCSV < 0.46) or lep.
mvaTTH > 0.75), # cuts applied on top of loose
FOLeptonSel=lambda lep, ht: lep.conept > 10 and lep.jetBTagCSV < 0.80
doVetoLMt=False,
jetPts=[25, 40],
jetPtsFwd=[25, 60
], # second number for 2.7 < abseta < 3, the first for the rest
btagL_thr=-99., # they are set at runtime
btagM_thr=-99., # they are set at runtime
isMC=False)
from CMGTools.TTHAnalysis.tools.eventVars_2lss import EventVars2LSS
eventVars = lambda: EventVars2LSS('', 'Recl')
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
isMatchRightCharge = lambda: ObjTagger('isMatchRightCharge',
'LepGood', [
lambda l, g:
(l.genPartFlav == 1 or l.genPartFlav
== 15) and (g.pdgId * l.pdgId > 0)
],
linkColl='GenPart',
linkVar='genPartIdx')
mcMatchId = lambda: ObjTagger('mcMatchId', 'LepGood', [
lambda l: (l.genPartFlav == 1 or l.genPartFlav == 15)
])
mcPromptGamma = lambda: ObjTagger('mcPromptGamma', 'LepGood',
[lambda l: (l.genPartFlav == 22)])
mcMatch_seq = [isMatchRightCharge, mcMatchId, mcPromptGamma]
countTaus = lambda: ObjTagger('Tight', 'TauSel_Recl',
[lambda t: t.idDeepTau2017v2p1VSjet & 4])
from PhysicsTools.NanoAODTools.postprocessing.modules.jme.jetmetUncertainties import jetmetUncertainties2016All, jetmetUncertainties2017All, jetmetUncertainties2018All
from CMGTools.TTHAnalysis.tools.nanoAOD.jetMetCorrelator import jetMetCorrelations2016, jetMetCorrelations2017, jetMetCorrelations2018
MODULES.append(('Trigger_mme', lambda: EvtTagger("Trigger_mme", [
lambda ev: ev.HLT_BIT_HLT_DiMu9_Ele9_CaloIdL_TrackIdL_DZ_v
])))
MODULES.append(('Trigger_2lss', lambda: EvtTagger("Trigger_2lss", [
lambda ev: ev.Trigger_1e or ev.Trigger_1m or ev.Trigger_2e or ev.Trigger_2m
or ev.Trigger_em
])))
MODULES.append(('Trigger_3l', lambda: EvtTagger("Trigger_3l", [
lambda ev: ev.Trigger_2lss or ev.Trigger_3e or ev.Trigger_3m or ev.
Trigger_mee or ev.Trigger_mme
])))
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
MODULES.append(
('TauTightFlag', lambda: ObjTagger("isTauTight", "TauSel_Recl", [
lambda tau: tauID_oldDMdR0p3wLT2017v2_WP(tau.pt, tau.mvaId2017, 2)
])))
from CMGTools.TTHAnalysis.tools.bTagEventWeightsCSVFullShape import BTagEventWeightFriend
MODULES.append(('eventBTagWeight', lambda: BTagEventWeightFriend(
csvfile=os.environ["CMSSW_BASE"] +
"/src/CMGTools/TTHAnalysis/data/btag/DeepCSV_94XSF_V2_B_F.csv",
discrname="btagDeepCSV")))
from CMGTools.TTHAnalysis.tools.higgsRecoTTH import HiggsRecoTTH
MODULES.append(('higgsRecoTTH', lambda: HiggsRecoTTH(label="_Recl",
cut_BDT_rTT_score=0.0,
cuts_mW_had=(60., 100.),
cuts_mH_vis=(80., 140.),
btagDeepCSVveto=0.1522)))
from CMGTools.TTHAnalysis.tools.leptonFakeRateQCDVars import LeptonFakeRateQCDVars
#--- TTH instances
MODULES.append( ('leptonFakeRateQCDVarsTTH', lambda : LeptonFakeRateQCDVars(
lambda lep : lep.sip3d < 8, # and lep.relIso03 < 0.5 and _tthlep_lepId(lep),
lambda jet, lep, dr : jet.pt > (20 if abs(jet.eta)<2.4 else 30) and dr > 0.7) ) )
#--- Susy multilep instances
MODULES.append( ('leptonFakeRateQCDVarsSusy', lambda : LeptonFakeRateQCDVars(
lambda lep : lep.miniRelIso < 0.4 and _susy2lss_lepId_CBloose(lep) and _susy2lss_lepId_loosestFO(lep) and _susy2lss_lepId_IPcuts(lep),
lambda jet, lep, dr : jet.pt > 40 and abs(jet.eta)<2.4 and dr > 1.0 and jet.id ) ) )
#from CMGTools.TTHAnalysis.tools.leptonJetReCleaner import _susy2lss_multiIso_withMiniIsoRelaxed_ConePtJetPtRatio,_susy2lss_multiIso_withMiniIsoRelaxed_CutForFO4
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
MODULES.append ( ('leptonFakeRateFO2', lambda: ObjTagger('FO2','LepGood',[
lambda lep: lep.miniRelIso<0.4,
lambda lep: _susy2lss_lepId_CBloose(lep),
lambda lep: _susy2lss_lepId_loosestFO(lep),
lambda lep: _susy2lss_lepId_IPcuts(lep),
] ) ) )
MODULES.append ( ('leptonFakeRateFO2iso', lambda: ObjTagger('FO2iso','LepGood',[
lambda lep: lep.miniRelIso<0.4,
lambda lep: _susy2lss_lepId_CBloose(lep),
lambda lep: _susy2lss_lepId_tighterFO(lep),
lambda lep: _susy2lss_lepId_IPcuts(lep),
] ) ) )
MODULES.append ( ('leptonFakeRateFO2InSitu', lambda: ObjTagger('FO2InSitu','LepGood',[
lambda lep: lep.miniRelIso<0.4,
lambda lep: _susy2lss_lepId_CBloose(lep),
lambda lep: _susy2lss_lepId_loosestFO(lep),
] ) ) )
MODULES.append ( ('leptonFakeRateFO2isoInSitu', lambda: ObjTagger('FO2isoInSitu','LepGood',[
lambda lep: lep.miniRelIso<0.4,
doVetoLMt=False,
jetPts=[25, 40],
jetPtsFwd=[25, 60
], # second number for 2.7 < abseta < 3, the first for the rest
btagL_thr=-99., # they are set at runtime
btagM_thr=-99., # they are set at runtime
isMC=False)
from CMGTools.TTHAnalysis.tools.eventVars_2lss import EventVars2LSS
eventVars = lambda: EventVars2LSS('', 'Recl', doSystJEC=False)
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
isMatchRightCharge = lambda: ObjTagger('isMatchRightCharge',
'LepGood', [
lambda l, g:
(l.genPartFlav == 1 or l.genPartFlav
== 15) and (g.pdgId * l.pdgId > 0)
],
linkColl='GenPart',
linkVar='genPartIdx')
mcMatchId = lambda: ObjTagger('mcMatchId', 'LepGood', [
lambda l: (l.genPartFlav == 1 or l.genPartFlav == 15)
])
mcPromptGamma = lambda: ObjTagger('mcPromptGamma', 'LepGood',
[lambda l: (l.genPartFlav == 22)])
mcMatch_seq = [isMatchRightCharge, mcMatchId, mcPromptGamma]
from PhysicsTools.NanoAODTools.postprocessing.modules.jme.jetmetUncertainties import jetmetUncertainties2016, jetmetUncertainties2017, jetmetUncertainties2018
def _fires(ev, path):
return getattr(ev, path) if hasattr(ev, path) else False
ev.HLT_BIT_HLT_Mu23_TrkIsoVVL_Ele12_CaloIdL_TrackIdL_IsoVL_DZ_v or \
ev.HLT_BIT_HLT_Mu23_TrkIsoVVL_Ele12_CaloIdL_TrackIdL_IsoVL_v or \
ev.HLT_BIT_HLT_Mu8_TrkIsoVVL_Ele23_CaloIdL_TrackIdL_IsoVL_DZ_v \
] )))
MODULES.append( ('Trigger_3l', lambda : EvtTagger("Trigger_3l",[
lambda ev : \
ev.HLT_TripleMu or \
ev.HLT_TripleEl or \
ev.HLT_DoubleMuEl or \
ev.HLT_DoubleElMu or \
ev.Trigger_2l \
] )))
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
MODULES.append(('TauTightFlag', lambda: ObjTagger(
"isTauTight", "TauSel_Recl", [lambda tau: tau.idMVAdR03 >= 3])))
from CMGTools.TTHAnalysis.tools.bTagEventWeightsCSVFullShape import BTagEventWeightFriend
MODULES.append(('eventBTagWeight', lambda: BTagEventWeightFriend(
csvfile=os.environ["CMSSW_BASE"] +
"/src/CMGTools/TTHAnalysis/data/btag/DeepCSV_94XSF_V1_B_F.csv",
discrname="btagDeepCSV")))
from CMGTools.TTHAnalysis.tools.BDT_resolvedTopTagger_cpp import BDT_resolvedTopTagger
MODULES.append(('BDT_rTT', lambda: BDT_resolvedTopTagger(
os.environ["CMSSW_BASE"] +
"/src/CMGTools/TTHAnalysis/data/kinMVA/tth/resTop_xGBoost_v0.weights.xml")
))
# btagL_thr=0.4,#0.1241,#0.1522,
# btagM_thr=0.6324,#0.4184,#0.4941,
btagL_thr=lambda year: 0.4 if year == 2016 else 0.1522
if year == 2017 else 0.1241, #0.4,#0.1241,#0.1522,
btagM_thr=lambda year: 0.6324 if year == 2016 else 0.4941
if year == 2017 else 0.4184, #0.6324,#0.4184,#0.4941,
isMC=False)
from CMGTools.TTHAnalysis.tools.eventVars_2lss import EventVars2LSS
eventVars = lambda: EventVars2LSS('', 'Recl', doSystJEC=False)
from CMGTools.TTHAnalysis.tools.objTagger import ObjTagger
isMatchRightCharge = lambda: ObjTagger('isMatchRightCharge',
'LepGood', [
lambda l, g:
(l.genPartFlav == 1 or l.genPartFlav
== 15) and (g.pdgId * l.pdgId > 0)
],
linkColl='GenPart',
linkVar='genPartIdx')
mcMatchId = lambda: ObjTagger('mcMatchId', 'LepGood', [
lambda l: (l.genPartFlav == 1 or l.genPartFlav == 15)
])
mcPromptGamma = lambda: ObjTagger('mcPromptGamma', 'LepGood',
[lambda l: (l.genPartFlav == 22)])
mcMatch_seq = [isMatchRightCharge, mcMatchId, mcPromptGamma]
from PhysicsTools.NanoAODTools.postprocessing.modules.jme.jetmetUncertainties import jetmetUncertainties2016, jetmetUncertainties2017, jetmetUncertainties2018
from CMGTools.TTHAnalysis.tools.nanoAOD.lepJetBTagAdder import eleJetBTagDeepCSV, muonJetBTagDeepCSV, eleJetBTagCSV, muonJetBTagCSV
isVLFOEle = lambda: ObjTagger('isVLFOEle', "Electron",
