def _susy3l_lepId_CB(lep):
# CH: the same as the 2lss one but without tightCharge
if not _susy2lss_lepId_CBloose(lep): return False
if not _susy2lss_lepId_IPcuts(lep): return False
if abs(lep.pdgId) == 13:
return lep.mediumMuonId > 0
elif abs(lep.pdgId) == 11:
if not (lep.convVeto and lep.lostHits == 0):
return False
return lep.mvaIdSpring15 > 0.87+(0.60-0.87)*(abs(lep.eta)>0.8)+(0.17-0.60)*(abs(lep.eta)>1.479)
return False
def _susy3l_lepId_CBloose(lep):
if not _susy2lss_lepId_IPcuts(lep): return False
if abs(lep.pdgId) == 13:
if lep.pt <= 5 or abs(lep.eta) > 2.4: return False
return True #lep.mediumMuonId > 0
elif abs(lep.pdgId) == 11:
if lep.pt <= 7 or abs(lep.eta) > 2.5: return False
if not (lep.convVeto and lep.lostHits <= 1):
return False
if not _susy_elec_nontrigmva_VL(lep):
return False
if not _susy3l_idEmu_cuts(lep): return False
return True
return False
#--- Recleaner instances
from CMGTools.TTHAnalysis.tools.leptonChoiceRA5 import _susy2lss_lepId_CBloose, _susy2lss_lepId_loosestFO, _susy2lss_lepId_IPcuts, _susy2lss_lepConePt1015, _susy2lss_lepId_tighterFO, _susy2lss_multiIso, _susy2lss_lepId_CB, _susy2lss_idIsoEmu_cuts
from CMGTools.TTHAnalysis.tools.leptonChoiceRA7 import _susy3l_lepId_CBloose, _susy3l_lepId_loosestFO, _susy3l_lepId_loosestFO, _susy3l_multiIso, _susy3l_lepId_CB
from CMGTools.TTHAnalysis.tools.leptonBuilderEWK import _susyEWK_lepId_CBloose, _susyEWK_lepId_IPcuts, _susyEWK_lepId_MVAFO, _susyEWK_lepId_MVAmedium, _susyEWK_tauId_CBloose, _susyEWK_tauId_CBtight
from CMGTools.TTHAnalysis.tools.functionsTTH import _ttH_idEmu_cuts_E2
from CMGTools.TTHAnalysis.tools.functionsEWKino import _ewkino_idEmu_cuts_E2, _ewkino_2lss_lepId_CBloose, _ewkino_2lss_lepId_FO, _ewkino_2lss_lepId_num, _ewkino_3l_lepId_FO, _ewkino_3l_lepId_num, _ewkino_2lss_lepId_IPcuts, _ewkino_leptonMVA_VT, _ewkino_leptonMVA_M
from CMGTools.TTHAnalysis.tools.conept import conept_RA5, conept_RA7, conept_EWK, conept_TTH, conept_SSDL, conept_SSDL_for3l
MODULES.append((
'leptonJetReCleanerSusyRA5',
lambda: LeptonJetReCleaner(
"Mini",
lambda lep: lep.miniRelIso < 0.4 and _susy2lss_lepId_CBloose(
lep), #and (ht>300 or _susy2lss_idIsoEmu_cuts(lep)),
lambda lep: lep.pt > 10 and _susy2lss_lepId_loosestFO(lep) and
_susy2lss_lepId_IPcuts(lep), # cuts applied on top of loose
lambda lep, ht: lep.pt > 10 and _susy2lss_lepConePt1015(
lep) and _susy2lss_lepId_IPcuts(lep) and
(_susy2lss_lepId_loosestFO(lep) if ht > 300 else
_susy2lss_lepId_tighterFO(lep)), # cuts applied on top of loose
lambda lep, ht: lep.pt > 10 and _susy2lss_lepConePt1015(
lep) and _susy2lss_multiIso(lep) and _susy2lss_lepId_CB(lep) and
(ht > 300 or _susy2lss_idIsoEmu_cuts(lep)
), # cuts applied on top of loose
cleanJet=lambda lep, jet, dr: dr < 0.4,
selectJet=lambda jet: abs(jet.eta) < 2.4,
cleanJetsWithTaus=False,
doVetoZ=True,
doVetoLMf=True,
doVetoLMt=True,
jetPt=40,
# MODULES.append( ('btagRWJetDown%s'%syst, BTagReweightFriend(BTagReweight76X, jets=["Jet_jecDown","DiscJet_jecDown"], outlabel='btagCSVWeight%s'%syst.replace('nominal',''), rwtSyst=syst.replace('_','')) ))
# MODULES.append( ('btagRWLep%s'%syst, BTagLeptonReweightFriend(BTagReweight76X, outlabel='jetBTagCSVWeight%s'%syst.replace('nominal',''), rwtSyst=syst.replace('_','')) ))
#
#from CMGTools.TTHAnalysis.tools.eventBTagRWT import EventBTagRWT
#MODULES.append( ('eventBTagRWT', lambda: EventBTagRWT() ))
#--- Recleaner instances
from CMGTools.TTHAnalysis.tools.leptonChoiceRA5 import _susy2lss_lepId_CBloose,_susy2lss_lepId_loosestFO,_susy2lss_lepId_IPcuts,_susy2lss_lepConePt1015,_susy2lss_lepId_tighterFO,_susy2lss_multiIso,_susy2lss_lepId_CB,_susy2lss_idIsoEmu_cuts, _susy2lss_leptonMVA
from CMGTools.TTHAnalysis.tools.leptonChoiceRA7 import _susy3l_lepId_loosestFO,_susy3l_lepId_loosestFO,_susy3l_multiIso,_susy3l_lepId_CB
from CMGTools.TTHAnalysis.tools.functionsTTH import _ttH_idEmu_cuts_E2
from CMGTools.TTHAnalysis.tools.conept import conept_RA5, conept_RA7, conept_TTH, conept_SSDL
MODULES.append( ('leptonJetReCleanerSusyRA5', lambda : LeptonJetReCleaner("Mini",
lambda lep : lep.miniRelIso < 0.4 and _susy2lss_lepId_CBloose(lep), #and (ht>300 or _susy2lss_idIsoEmu_cuts(lep)),
lambda lep : lep.pt>10 and _susy2lss_lepId_loosestFO(lep) and _susy2lss_lepId_IPcuts(lep), # cuts applied on top of loose
lambda lep,ht : lep.pt>10 and _susy2lss_lepConePt1015(lep) and _susy2lss_lepId_IPcuts(lep) and (_susy2lss_lepId_loosestFO(lep) if ht>300 else _susy2lss_lepId_tighterFO(lep)), # cuts applied on top of loose
lambda lep,ht : lep.pt>10 and _susy2lss_lepConePt1015(lep) and _susy2lss_multiIso(lep) and _susy2lss_lepId_CB(lep) and (ht>300 or _susy2lss_idIsoEmu_cuts(lep)), # cuts applied on top of loose
cleanJet = lambda lep,jet,dr : dr<0.4,
selectJet = lambda jet: abs(jet.eta)<2.4,
cleanWithTaus = False,
doVetoZ = True,
doVetoLMf = True,
doVetoLMt = True,
jetPt = 40,
bJetPt = 25,
coneptdef = lambda lep: conept_RA5(lep),
storeJetVariables = True
) ))
MODULES.append( ('leptonJetReCleanerSusyRA7', lambda : LeptonJetReCleaner("Mini",
#--- Recleaner instances
from CMGTools.TTHAnalysis.tools.leptonChoiceRA5 import _susy2lss_lepId_CBloose,_susy2lss_lepId_loosestFO,_susy2lss_lepId_IPcuts,_susy2lss_lepConePt1015,_susy2lss_lepId_tighterFO,_susy2lss_multiIso,_susy2lss_lepId_CB,_susy2lss_idIsoEmu_cuts
from CMGTools.TTHAnalysis.tools.leptonBuilderRA7 import _susy3l_lepId_CBloose, _susy3l_lepId_loosestFO,_susy3l_lepId_loosestFO,_susy3l_multiIso,_susy3l_lepId_CB
from CMGTools.TTHAnalysis.tools.leptonBuilderEWK import _susyEWK_lepId_CBloose, _susyEWK_lepId_IPcuts, _susyEWK_lepId_MVAFO, _susyEWK_lepId_MVAmedium, _susyEWK_tauId_CBloose, _susyEWK_tauId_CBtight
from CMGTools.TTHAnalysis.tools.functionsTTH import _ttH_idEmu_cuts_E2
from CMGTools.TTHAnalysis.tools.functionsEWKino import _ewkino_idEmu_cuts_E2, _ewkino_2lss_lepId_CBloose, _ewkino_2lss_lepId_FO, _ewkino_2lss_lepId_num,_ewkino_3l_lepId_FO, _ewkino_3l_lepId_num, _ewkino_2lss_lepId_IPcuts, _ewkino_leptonMVA_VT, _ewkino_leptonMVA_M
from CMGTools.TTHAnalysis.tools.conept import conept_RA5, conept_RA7, conept_EWK, conept_TTH, conept_SSDL, conept_SSDL_for3l
MODULES.append( ('leptonJetReCleanerSusyRA5', lambda : LeptonJetReCleaner("Mini",
lambda lep : lep.miniRelIso < 0.4 and _susy2lss_lepId_CBloose(lep), #and (ht>300 or _susy2lss_idIsoEmu_cuts(lep)),
lambda lep : lep.pt>10 and _susy2lss_lepId_loosestFO(lep) and _susy2lss_lepId_IPcuts(lep), # cuts applied on top of loose
lambda lep,ht : lep.pt>10 and _susy2lss_lepConePt1015(lep) and _susy2lss_lepId_IPcuts(lep) and (_susy2lss_lepId_loosestFO(lep) if ht>300 else _susy2lss_lepId_tighterFO(lep)), # cuts applied on top of loose
lambda lep,ht : lep.pt>10 and _susy2lss_lepConePt1015(lep) and _susy2lss_multiIso(lep) and _susy2lss_lepId_CB(lep) and (ht>300 or _susy2lss_idIsoEmu_cuts(lep)), # cuts applied on top of loose
cleanJet = lambda lep,jet,dr : dr<0.4,
selectJet = lambda jet: abs(jet.eta)<2.4,
cleanJetsWithTaus = False,
doVetoZ = True,
doVetoLMf = True,
doVetoLMt = True,
jetPt = 40,
bJetPt = 25,
coneptdef = lambda lep: conept_RA5(lep),
storeJetVariables = True
) ))
# updated cut-based RA7