def listOfCalculables(self,params) :
_jet = params["objects"]["jet"]
_muon = params["objects"]["muon"]
_electron = params["objects"]["electron"]
_photon = params["objects"]["photon"]
_jetPtMin = params["objects"]["jetPtMin"]
_etRatherThanPt = params["etRatherThanPt"]
return calculables.zeroArgs() +\
calculables.fromCollections("calculablesJet",[_jet]) +\
calculables.fromCollections("calculablesMuon",[_muon]) +\
calculables.fromCollections("calculablesElectron",[_electron]) +\
calculables.fromCollections("calculablesPhoton",[_photon]) +\
[ #calculables.xcJet( _jet, gamma = _photon, gammaDR = 0.5, muon = _muon, muonDR = 0.5, electron = _electron, electronDR = 0.5),
calculables.jetIndices( _jet, _jetPtMin, etaMax = 3.0, flagName = params["jetId"]),
calculables.muonIndices( _muon, ptMin = 20, combinedRelIsoMax = 0.15),
calculables.electronIndices( _electron, ptMin = 20, simpleEleID = "95", useCombinedIso = True),
calculables.photonIndicesPat( ptMin = 20, flagName = "photonIDLoosePat"),
#calculables.indicesUnmatched(collection = _photon, xcjets = _jet, DR = 0.5),
#calculables.indicesUnmatched(collection = _electron, xcjets = _jet, DR = 0.5)
] \
+ [ calculables.jetSumP4(_jet, mcScaleFactor = params["mcMhtScaleFactor"]),
calculables.deltaPhiStar(_jet, ptMin = 50.0),
calculables.jetSumP4Low(_jet, ptMin = 30.0),
calculables.deltaPseudoJet(_jet, _etRatherThanPt),
calculables.alphaT(_jet, _etRatherThanPt) ]
def listOfCalculables(self,params) :
_jet = params["objects"]["jet"]
_muon = params["objects"]["muon"]
_electron = params["objects"]["electron"]
_photon = params["objects"]["photon"]
_jetPtMin = params["objects"]["jetPtMin"]
_dR = params["dR"]
_vPtMin = params["vetoPtMin"]
return calculables.zeroArgs() +\
calculables.fromCollections("calculablesJet",[_jet]) +\
calculables.fromCollections("calculablesMuon",[_muon]) +\
calculables.fromCollections("calculablesElectron",[_electron]) +\
calculables.fromCollections("calculablesPhoton",[_photon]) +\
[ calculables.xcJet( _jet, gamma = _photon, gammaDR = _dR, muon = _muon, muonDR = _dR, electron = _electron, electronDR = _dR,
correctForMuons = not params["objects"]["muonsInJets"]),
calculables.jetIndices( _jet, _jetPtMin, etaMax = 3.0, flagName = params["jetId"]),
calculables.muonIndices( _muon, ptMin = _vPtMin, combinedRelIsoMax = 0.15),
calculables.electronIndices( _electron, ptMin = _vPtMin, simpleEleID = "95", useCombinedIso = True),
calculables.photonIndicesPat( ptMin = _vPtMin, flagName = "photonIDLoosePat"),
calculables.indicesUnmatched(collection = _photon, xcjets = _jet, DR = _dR),
calculables.indicesUnmatched(collection = _electron, xcjets = _jet, DR = _dR)
] \
+ [calculables.deltaPseudoJet(_jet, True),
calculables.alphaT(_jet, True),
calculables.jetSumP4(_jet,1.0)]
def listOfCalculables(self,params) :
_jet = params["objects"]["jet"]
_muon = params["objects"]["muon"]
_electron = params["objects"]["electron"]
_photon = params["objects"]["photon"]
_jetPtMin = params["objects"]["jetPtMin"]
_etRatherThanPt = params["etRatherThanPt"]
_met = params["objects"]["met"]
_correctForMuons = not params["objects"]["muonsInJets"]
lowPtThreshold = 30.0
lowPtName = "lowPt"
return calculables.zeroArgs() +\
calculables.fromCollections("calculablesJet",[_jet]) +\
calculables.fromCollections("calculablesMuon",[_muon]) +\
calculables.fromCollections("calculablesElectron",[_electron]) +\
calculables.fromCollections("calculablesPhoton",[_photon]) +\
[ calculables.xcJet(_jet,
gamma = _photon,
gammaDR = 0.5,
muon = _muon,
muonDR = 0.5,
correctForMuons = _correctForMuons,
electron = _electron,
electronDR = 0.5),
calculables.jetIndices( _jet, _jetPtMin, etaMax = 3.0, flagName = params["jetId"]),
calculables.jetIndices( _jet, lowPtThreshold, etaMax = 3.0, flagName = params["jetId"], extraName = lowPtName),
calculables.muonIndices( _muon, ptMin = 20, combinedRelIsoMax = 0.15),
calculables.electronIndices( _electron, ptMin = 20, simpleEleID = "95", useCombinedIso = True),
calculables.photonIndicesPat( ptMin = 20, flagName = "photonIDLooseFromTwikiPat"),
calculables.indicesUnmatched(collection = _photon, xcjets = _jet, DR = 0.5),
calculables.indicesUnmatched(collection = _electron, xcjets = _jet, DR = 0.5)
] \
+ [ calculables.jetSumP4(_jet, mcScaleFactor = 1.0),
calculables.deltaPhiStar(_jet, ptMin = lowPtThreshold, extraName = lowPtName),
calculables.deltaPseudoJet(_jet, _etRatherThanPt),
calculables.alphaT(_jet, _etRatherThanPt),
calculables.alphaTMet(_jet, _etRatherThanPt, _met),
#calculables.mhtMinusMetOverMeff(_jet, _met, _etRatherThanPt),
calculables.mhtMinusMetOverMeff(_jet, "metP4PF", _etRatherThanPt),
calculables.vertexID(),
calculables.vertexIndices(sumPtMin=20),
]
def listOfCalculables(self,params) :
_jet = params["objects"]["jet"]
_muon = params["objects"]["muon"]
_photon = params["objects"]["photon"]
calcs = calculables.zeroArgs() +\
calculables.fromCollections("calculablesJet",[_jet]) +\
calculables.fromCollections("calculablesLepton",[_muon]) +\
[ calculables.xcJet( _jet, gamma = _photon, gammaDR = 0.5,
muon = _muon, muonDR = 0.5),
calculables.jetIndices( _jet, ptMin = 20.0, etaMax = 3.0, flagName = params["jetId"]),
calculables.photonIndicesPat( ptMin = 20, flagName="photonIDLoosePat"),
calculables.muonIndices( _muon, ptMin = 20.0, combinedRelIsoMax = 0.15),
calculables.genIndices( label = "Z", pdgs = [23]),
]
return calcs
def listOfCalculables(self,params) :
return calculables.zeroArgs() +\
calculables.fromCollections("calculablesJet",[params["jets"]]) +\
[calculables.jetIndices( params["jets"], ptMin = 50, etaMax = 3.0, flagName = "JetIDloose")]
