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Classes | Variables
listHistos Namespace Reference

Classes

class  plotInfo
 

Variables

tuple decayLength
 
tuple discr
 
tuple distToJetAxis
 
tuple effVsDiscrCut_discr
 
tuple FlavEffVsBEff_discr
 
tuple flightDist3Dsig
 
tuple flightDist3Dval
 
tuple IP
 
tuple IPe
 
tuple IPs
 
tuple jetEta
 
tuple jetNSecondaryVertices
 
tuple jetPt
 
tuple NHits
 
tuple NormChi2
 
tuple NPixelHits
 
tuple NTracks
 
tuple performance
 
tuple performanceC
 
tuple trackDecayLenVal
 
tuple trackDeltaR
 
tuple trackEtaRel
 
tuple trackJetDist
 
tuple trackMomentum
 
tuple trackPPar
 
tuple trackPParRatio
 
tuple trackPt
 
tuple trackPtRatio
 
tuple trackPtRel
 
tuple trackSip3dSig
 
tuple trackSip3dSigAboveCharm
 
tuple trackSip3dVal
 
tuple trackSumJetDeltaR
 
tuple trackSumJetEtRatio
 
tuple vertexCategory
 
tuple vertexEnergyRatio
 
tuple vertexJetDeltaR
 
tuple vertexMass
 
tuple vertexNTracks
 

Variable Documentation

tuple listHistos.decayLength
Initial value:
1 = plotInfo(name="decLen_3D", title="track decay length", legend="isVAL KEY-jets", Xlabel="decay length [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True, listTagger=["IPTag"]
4  )

Definition at line 101 of file listHistos.py.

Referenced by BDHadronTrackMonitoringAnalyzer.analyze(), IPTagPlotter< Container, Base >.analyzeTag(), BTVHLTOfflineSource.getOfflineBTagTracks(), and ConversionHitChecker.nHitsBeforeVtx().

tuple listHistos.discr
Initial value:
1 = plotInfo(name="discr", title="Discriminant of all jets", legend="isVAL KEY-jets", Xlabel="Discriminant", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True
4  )

Definition at line 51 of file listHistos.py.

Referenced by Cluster1DCleaner< T >.cleanCluster1Ds(), pixeltemp::Cluster1DCleaner< T >.cleanCluster1Ds(), and PFTauPrimaryVertexProducerBase.produce().

tuple listHistos.distToJetAxis
Initial value:
1 = plotInfo(name="jetDist_3D", title="track distance to the jet axis", legend="isVAL KEY-jets", Xlabel="distance to the jet axis [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 96 of file listHistos.py.

tuple listHistos.effVsDiscrCut_discr
Initial value:
1 = plotInfo(name="effVsDiscrCut_discr", title="Efficiency versus discriminant cut for all jets", legend="isVAL KEY-jets", Xlabel="Discriminant", Ylabel="efficiency",
2  logY=True, grid=True
3  )

Definition at line 55 of file listHistos.py.

tuple listHistos.FlavEffVsBEff_discr
Initial value:
1 = plotInfo(name="FlavEffVsBEff_B_discr", title="b-tag efficiency versus non b-tag efficiency",
2  legend="KEY FLAV-jets versus b-jets", Xlabel="b-tag efficiency", Ylabel="non b-tag efficiency",
3  logY=True, grid=True
4  )

Definition at line 59 of file listHistos.py.

tuple listHistos.flightDist3Dsig
Initial value:
1 = plotInfo(name="flightDistance3dSig", title="3D flight distance significance", legend="isVAL KEY-jets", Xlabel="3D flight distance significance", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 131 of file listHistos.py.

tuple listHistos.flightDist3Dval
Initial value:
1 = plotInfo(name="flightDistance3dVal", title="3D flight distance value", legend="isVAL KEY-jets", Xlabel="3D flight distance value [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 126 of file listHistos.py.

tuple listHistos.IP
Initial value:
1 = plotInfo(name="ip_3D", title="Impact parameter", legend="isVAL KEY-jets", Xlabel="IP [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None,Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 76 of file listHistos.py.

Referenced by DTCombinatorialExtendedPatternReco.buildSegments(), DTCombinatorialPatternReco.buildSegments(), DTMeantimerPatternReco.buildSegments(), DAClusterizerInZ.dump(), DAClusterizerInZ_vect.dump(), DAClusterizerInZT_vect.dump(), DAClusterizerInZ.fill(), TrackFitter.getCotThetaAndUpdateZip(), TrajectoryManager.makeSinglePSimHit(), HCAL_HLX::TCPReceiver.SetIP(), DTSegmentCleaner.solveConflict(), HCAL_HLX::TCPReceiver.TCPReceiver(), and SeedForPhotonConversionFromQuadruplets.trajectorySeed().

tuple listHistos.IPe
Initial value:
1 = plotInfo(name="ipe_3D", title="Impact parameter error", legend="isVAL KEY-jets", Xlabel="IPE [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 81 of file listHistos.py.

tuple listHistos.IPs
Initial value:
1 = plotInfo(name="ips_3D", title="Impact parameter significance", legend="isVAL KEY-jets", Xlabel="IPS", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 86 of file listHistos.py.

tuple listHistos.jetEta
Initial value:
1 = plotInfo(name="jetEta", title="Eta of all jets", legend="isVAL KEY-jets", Xlabel="#eta", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=[11,90], Rebin=4, doNormalization=True,
4  listTagger=["CSV"]
5  )

Definition at line 46 of file listHistos.py.

tuple listHistos.jetNSecondaryVertices
Initial value:
1 = plotInfo(name="jetNSecondaryVertices", title="Number of SV / jet", legend="isVAL KEY-jets", Xlabel="Number of SV / jet", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 136 of file listHistos.py.

tuple listHistos.jetPt
Initial value:
1 = plotInfo(name="jetPt", title="Pt of all jets", legend="isVAL KEY-jets", Xlabel="Pt (GeV/c)", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=[300,10.,310.], Rebin=20, doNormalization=True,
4  listTagger=["CSV"]
5  )

Definition at line 41 of file listHistos.py.

tuple listHistos.NHits
Initial value:
1 = plotInfo(name="tkNHits_3D", title="Number of Hits / selected tracks", legend="isVAL KEY-jets", Xlabel="Number of Hits", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 105 of file listHistos.py.

Referenced by SeedFinder.insertHit().

tuple listHistos.NormChi2
Initial value:
1 = plotInfo(name="tkNChiSqr_3D", title="Normalized Chi2", legend="isVAL KEY-jets", Xlabel="Normilized Chi2", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 115 of file listHistos.py.

tuple listHistos.NPixelHits
Initial value:
1 = plotInfo(name="tkNPixelHits_3D", title="Number of Pixel Hits / selected tracks", legend="isVAL KEY-jets", Xlabel="Number of Pixel Hits", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 110 of file listHistos.py.

tuple listHistos.NTracks
Initial value:
1 = plotInfo(name="selTrksNbr_3D", title="number of selected tracks", legend="isVAL KEY-jets", Xlabel="number of selected tracks", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 91 of file listHistos.py.

Referenced by HLTDeDxFilter.hltFilter().

tuple listHistos.performance
Initial value:
1 = plotInfo(name="effVsDiscrCut_discr", title="TAG-tag efficiency versus non TAG-tag efficiency",
2  legend="isVAL KEY-jets versus TAG-jets", Xlabel="TAG-tag efficiency", Ylabel="non TAG-tag efficiency",
3  logY=True, grid=True,
4  doPerformance=True, tagFlavor="B", mistagFlavor=["C","DUSG"]
5  )

Definition at line 64 of file listHistos.py.

tuple listHistos.performanceC
Initial value:
1 = plotInfo(name="effVsDiscrCut_discr", title="TAG-tag efficiency versus non TAG-tag efficiency",
2  legend="isVAL KEY-jets versus TAG-jets", Xlabel="TAG-tag efficiency", Ylabel="non TAG-tag efficiency",
3  logY=True, grid=True,
4  doPerformance=True, tagFlavor="C", mistagFlavor=["B","DUSG"]
5  )

Definition at line 70 of file listHistos.py.

tuple listHistos.trackDecayLenVal
Initial value:
1 = plotInfo(name="trackDecayLenVal", title="track decay length", legend="isVAL KEY-jets", Xlabel="track decay length", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 193 of file listHistos.py.

tuple listHistos.trackDeltaR
Initial value:
1 = plotInfo(name="trackDeltaR", title="Delta R between the track and the jet axis", legend="isVAL KEY-jets", Xlabel="DeltaR(track,jet axis)", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 183 of file listHistos.py.

tuple listHistos.trackEtaRel
Initial value:
1 = plotInfo(name="trackEtaRel", title="track eta relative to the jet axis", legend="isVAL KEY-jets", Xlabel="track eta relative to the jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 188 of file listHistos.py.

tuple listHistos.trackJetDist
Initial value:
1 = plotInfo(name="trackJetDist", title="track distance to jet axis", legend="isVAL KEY-jets", Xlabel="track distance to jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 203 of file listHistos.py.

tuple listHistos.trackMomentum
Initial value:
1 = plotInfo(name="trackMomentum", title="track momentum", legend="isVAL KEY-jets", Xlabel="track momentum [GeV/c]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 223 of file listHistos.py.

tuple listHistos.trackPPar
Initial value:
1 = plotInfo(name="trackPPar", title="track parallel momentum along the jet axis", legend="isVAL KEY-jets", Xlabel="track parallel momentum along the jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 228 of file listHistos.py.

tuple listHistos.trackPParRatio
Initial value:
1 = plotInfo(name="trackPParRatio", title="track parallel momentum along the jet axis, normalized to its energy", legend="isVAL KEY-jets", Xlabel="track parallel momentum along the jet axis, normalized to its energy", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 233 of file listHistos.py.

tuple listHistos.trackPt
Initial value:
1 = plotInfo(name="tkPt_3D", title="track Pt", legend="isVAL KEY-jets", Xlabel="track Pt", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["IPTag"]
5  )

Definition at line 120 of file listHistos.py.

Referenced by HLTMuonL3PreFilter.applySelection(), HLTMuonL3andL2PreFilter.applySelection(), l1tVertexFinder::VertexFinder.computeAndSetVertexParameters(), PFRecoTauDiscriminationByIsolation.discriminate(), PFEGammaAlgo.evaluateSingleLegMVA(), reco::tau::RecoTauVertexAssociator.getLeadCand(), HLTMuonL3SimplePreFilter.hltFilter(), HLTMuonTrackSelector.produce(), KDTreeLinkerTrackEcal.searchLinks(), and LinkByRecHit.testTrackAndClusterByRecHit().

tuple listHistos.trackPtRatio
Initial value:
1 = plotInfo(name="trackPtRatio", title="track Pt relative to jet axis, normalized to its energy", legend="isVAL KEY-jets", Xlabel="track Pt relative to jet axis, normalized to its energy", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 218 of file listHistos.py.

tuple listHistos.trackPtRel
Initial value:
1 = plotInfo(name="trackPtRel", title="track Pt relative to jet axis", legend="isVAL KEY-jets", Xlabel="track Pt relative to jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 213 of file listHistos.py.

tuple listHistos.trackSip3dSig
Initial value:
1 = plotInfo(name="trackSip3dSig", title="track IPS 3D", legend="isVAL KEY-jets", Xlabel="track IPS 3D", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 173 of file listHistos.py.

tuple listHistos.trackSip3dSigAboveCharm
Initial value:
1 = plotInfo(name="trackSip3dSigAboveCharm", title="first track IPS 3D lifting SV mass above charm", legend="isVAL KEY-jets", Xlabel="first track IPS 3D lifting SV mass above charm", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 178 of file listHistos.py.

tuple listHistos.trackSip3dVal
Initial value:
1 = plotInfo(name="trackSip3dVal", title="track IP 3D", legend="isVAL KEY-jets", Xlabel="track IP 3D [cm]", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 168 of file listHistos.py.

tuple listHistos.trackSumJetDeltaR
Initial value:
1 = plotInfo(name="trackSumJetDeltaR", title="Delta R between track 4-vector sum and jet axis", legend="isVAL KEY-jets", Xlabel="Delta R between track 4-vector sum and jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 198 of file listHistos.py.

tuple listHistos.trackSumJetEtRatio
Initial value:
1 = plotInfo(name="trackSumJetEtRatio", title="track sum Et / jet energy", legend="isVAL KEY-jets", Xlabel="track sum Et / jet energy", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 208 of file listHistos.py.

tuple listHistos.vertexCategory
Initial value:
1 = plotInfo(name="vertexCategory", title="Reco, Pseudo, No vertex", legend="isVAL KEY-jets", Xlabel="Reco, Pseudo, No vertex", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 163 of file listHistos.py.

tuple listHistos.vertexEnergyRatio
Initial value:
1 = plotInfo(name="vertexEnergyRatio", title="Energy Ratio between SV and the jet", legend="isVAL KEY-jets", Xlabel="Energy Ratio between SV and the jet", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 157 of file listHistos.py.

tuple listHistos.vertexJetDeltaR
Initial value:
1 = plotInfo(name="vertexJetDeltaR", title="Delta R between the SV and the jet axis", legend="isVAL KEY-jets", Xlabel="Delta R between the SV and the jet axis", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 152 of file listHistos.py.

tuple listHistos.vertexMass
Initial value:
1 = plotInfo(name="vertexMass", title="vertex mass", legend="isVAL KEY-jets", Xlabel="vertex mass GeV/c^2", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 142 of file listHistos.py.

tuple listHistos.vertexNTracks
Initial value:
1 = plotInfo(name="vertexNTracks", title="number of tracks at SV", legend="isVAL KEY-jets", Xlabel="number of tracks at SV", Ylabel="abitrary units",
2  logY=False, grid=False,
3  binning=None, Rebin=None, doNormalization=True,
4  listTagger=["CSVTag"]
5  )

Definition at line 147 of file listHistos.py.

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