def update(self,ignored) :
self.value = utils.hackMap(self.cIso,
self.source[self.IsoCombined],
self.source[self.ESuperClusterEta]) if self.combined else \
utils.hackMap(self.relIso,
self.source[self.TrackIsoRel],
self.source[self.EcalIsoRel],
self.source[self.HcalIsoRel],
self.source[self.ESuperClusterEta])
def update(self,ignored) :
self.value = utils.hackMap(self.combinedIso,
self.source[self.Dr03TkSumPt],
self.source[self.Dr03EcalRecHitSumEt],
self.source[self.Dr03HcalTowerSumEt],
self.source[self.P4],
self.source[self.ESuperClusterEta])
def update(self,ignored) :
self.value = utils.hackMap(self.tight,
self.source[self.IsTrackerMuon],
self.source[self.IDGlobalMuonPromptTight],
self.source[self.NumberOfMatches],
self.source[self.InnerTrackNumberOfValidHits],
self.source[self.NumberOfValidPixelHits],
self.source[self.GlobalTrackDxy])
def update(self, _):
self.value = [
i for i, a in enumerate(
utils.hackMap(
self.accept, *[
self.source[getattr(self, item)]
for item in self.stashed
])) if a
]
def update(self,ignored) :
self.value = utils.hackMap(self.id,
self.source[self.HcalOverEcal],
self.source[self.DeltaPhiSuperClusterTrackAtVtx],
self.source[self.DeltaEtaSuperClusterTrackAtVtx],
self.source[self.SigmaIetaIeta],
self.source[self.ConversionMissingHits],
self.source[self.ConversionDist],
self.source[self.ConversionDCot],
self.source[self.ESuperClusterEta])
def update(self, ignored):
self.value = utils.hackMap(
self.passId,
self.source[self.p4Name],
self.source[self.EcalRecHitEtConeDR04],
self.source[self.HcalTowSumEtConeDR04],
self.source[self.HadronicOverEm],
self.source[self.TrkSumPtHollowConeDR04],
self.source[self.SigmaIetaIeta],
self.source[self.HasPixelSeed],
)
def update(self,_) :
vIndices = self.source["vertexIndices"]
self.pvz = self.source["vertexPosition"][vIndices[0]].z() if len(vIndices) else 0
self.value = utils.hackMap( self.id,
self.source[self.IsGlobalMuon],
self.source[self.IsTrackerMuon],
self.source[self.GlobalTracknormalizedChi2],
self.source[self.GlobalTracknumberOfValidTrackerHits],
self.source[self.GlobalTracknumberOfValidHits],
self.source[self.GlobalTrackDxy],
self.source[self.Vertex],
self.source[self.NumberOfPixelLayersWithMeasurement],
self.source[self.NumberOfMatches] )
def update(self,ignored) :
self.value = utils.hackMap(self.hcalreliso, self.source[self.HcalIso],self.source[self.P4] )
def update(self,ignored) :
self.value = utils.hackMap(self.trackreliso, self.source[self.TrackIso],self.source[self.P4] )
def update(self,ignored) :
self.value = utils.hackMap(self.combinedRelativeIso,
self.source[self.TrackIso],
self.source[self.EcalIso],
self.source[self.HcalIso],
self.source[self.P4])
def update(self,ignored) :
self.value = utils.hackMap(self.matrix , self.source[self.CorrectedP4] , self.source[self.Resolution] )
def update(self,_) :
self.value = utils.hackMap(self.genIndex, self.source[self.AdjustedP4], self.source[self.GenFlavor])
def update(self,ignored) : self.value = utils.hackMap(self.relIso, self.source[self.isoSource], self.source[self.P4])
class TrackIsoRel(IsoRel) :
def update(self,_) :
self.value = utils.hackMap(self.matrix , self.source[self.AdjustedP4] , self.source[self.Resolution] )
def update(self,_) :
self.value = [i for i,a in enumerate(utils.hackMap(self.accept,
*[self.source[getattr(self,item)] for item in self.stashed]))
if a]
def update(self, _):
self.value = (utils.hackMap(
self.jes, self.source[self.P4], self.source[self.JecFactor],
self.source[self.JecUnc]) if self.source['isRealData'] else
utils.hackMap(self.smear, self.source[self.P4],
self.source[self.Smear]))
def update(self, _):
self.value = utils.hackMap(self.matrix, self.source[self.AdjustedP4],
self.source[self.Resolution])
def update(self, _):
self.value = utils.hackMap(operator.add, self.source[self.Eta2Moment],
self.source[self.Phi2Moment])
def update(self, _):
self.value = utils.hackMap(self.genIndex, self.source[self.AdjustedP4],
self.source[self.GenFlavor])
def update(self,ignored) :
self.value = utils.hackMap(self.id, self.source["vertexIsFake"],self.source["vertexNdof"],self.source["vertexPosition"])
def update(self,_) :
self.value = sum(utils.hackMap(self.delta, *[self.source[getattr(self,item)] for item in self.stashed]), utils.LorentzV())
def update(self,_) :
self.value = ( utils.hackMap(self.jes, self.source[self.P4], self.source[self.JecFactor], self.source[self.JecUnc]) if self.source['isRealData'] else
utils.hackMap(self.smear, self.source[self.P4], self.source[self.Smear]) )
def update(self,ignored) :
#self.value = sum([p4.pt() for p4 in self.source[self.CorrectedP4]])
self.value = sum(utils.hackMap(lambda p4: p4.pt(), self.source[self.CorrectedP4]))
def update(self,_) :
self.value = utils.hackMap(operator.add,self.source[self.Eta2Moment],self.source[self.Phi2Moment])
def update(self, ignored) :
self.value = utils.hackMap(self.res, self.source[self.CorrectedP4])
def update(self, _):
self.value = sum(
utils.hackMap(
self.delta,
*[self.source[getattr(self, item)] for item in self.stashed]),
utils.LorentzV())
def update(self,_) :
self.value = utils.hackMap( lambda x: x.pt(), self.source[self.AdjustedP4] )
def update(self,_) :
self.value = utils.hackMap(self.passID,
*[self.source[getattr(self,item)] for item in self.stashed])
def update(self, _):
self.value = utils.hackMap(lambda x: x.pt(),
self.source[self.AdjustedP4])
