"zCutLinesErrors": False,
"zCutLines": [],
"zCutBoxes": [],
"gridZ": False,
"logZ": False,
"drawOptions": "COLZ",
"xLegMin": 0.62,
"xLegMax": 0.85,
"yLegMin": 0.70,
"yLegMax": 0.82
}
###############################################################
### Miscellaneous
###############################################################
hHepMCEvt_VtxZ = m_histos.TH1orTH2(hFolder, "HepMCEvt_VtxZ", "Truth", None,
**VertexZ)
hHepMCEvt_VtxX_VtxY = m_histos.TH1orTH2(hFolder, "HepMCEvt_VtxX_VtxY", "Truth",
None, **VertexXY)
###############################################################
### SingleTau
###############################################################
hCalo_Rate = m_histos.TH1orTH2(hFolder, "Calo_Rate", "Calo",
"SingleTau_Rate_Calo", **Rate)
hTk_Rate = m_histos.TH1orTH2(hFolder, "Tk_Rate", "+Tk", "SingleTau_Rate_Tk",
**Rate)
#hVtxIso_Rate = m_histos.TH1orTH2( hFolder, "VtxIso_Rate", "+VtxIso", "SingleTau_Rate_VtxIso", **Rate )
hVtxIso_Rate = m_histos.TH1orTH2(hFolder, "VtxIso_Rate", "Calo + Tks",
"SingleTau_Rate_VtxIso", **Rate)
hCalo_Eff = m_histos.TH1orTH2(hFolder, "Calo_Eff", "Calo",
"xLabel": "#chi^{2} / %0.0f", "xUnits": "", "xMin": +1.0, "xMax": +50000.0, "binWidthX": 1.0, "gridX": False, "logX": True,
"yLabel": "#eta / %0.2f " , "yUnits": "", "yMin": -3.0, "yMax": +3.0, "binWidthY": 0.1, "gridY": True , "logY": False,
"zLabel": "Entries" , "zUnits": "", "zMin": +1.0, "zMax": None, "zCutLines": [], "zCutBoxes": [], "logZ": True, "normaliseTo": None,
"drawOptions": "COLZ", "xLegMin": 0.62, "xLegMax": 0.85, "yLegMin": 0.72, "yLegMax": 0.82 }
NStubs_Eta = {
"xLabel": "Stubs / % 0.0f", "XUnits": "", "xMin": +0.0, "xMax": +10.0, "binWidthX": 1.0 , "xCutLines": [], "xCutBoxes": [], "gridX": True, "logX": False,
"yLabel": "#eta / %0.2f " , "yUnits": "", "yMin": -3.0, "yMax": +3.0, "binWidthY": 0.1 , "yCutLines": [], "yCutBoxes": [], "gridY": True, "logY": False,
"zLabel": "Entries" , "zUnits": "", "zMin": +1.0, "zMax": None, "zCutLines": [], "zCutBoxes": [], "logZ": True, "normaliseTo": None,
"drawOptions": "COLZ", "xLegMin": 0.62, "xLegMax": 0.85, "yLegMin": 0.72, "yLegMax": 0.82 }
###############################################################
### Group Histogram (of same binning)
###############################################################
folder = ""
hL1Tks_Multiplicity = m_histos.TH1orTH2( folder, "L1Tks_Multiplicity" , "TTTracks", None, **NTks )
hL1Tks_Pt = m_histos.TH1orTH2( folder, "L1Tks_Pt" , "TTTracks", None, **Pt )
hL1Tks_Eta = m_histos.TH1orTH2( folder, "L1Tks_Eta" , "TTTracks", None, **Eta )
hL1Tks_Phi = m_histos.TH1orTH2( folder, "L1Tks_Phi" , "TTTracks", None, **Phi )
hL1Tks_Charge = m_histos.TH1orTH2( folder, "L1Tks_Charge" , "TTTracks", None, **Charge )
hL1Tks_POCAz = m_histos.TH1orTH2( folder, "L1Tks_POCAz" , "TTTracks", None, **POCAz )
hL1Tks_d0 = m_histos.TH1orTH2( folder, "L1Tks_d0" , "TTTracks", None, **d0 )
hL1Tks_d0Abs = m_histos.TH1orTH2( folder, "L1Tks_d0Abs" , "TTTracks", None, **d0Abs )
hL1Tks_ChiSquared = m_histos.TH1orTH2( folder, "L1Tks_ChiSquared" , "TTTracks", None, **ChiSq )
hL1Tks_RedChiSquared = m_histos.TH1orTH2( folder, "L1Tks_RedChiSquared" , "TTTracks", None, **RedChiSq )
hL1Tks_NStubs = m_histos.TH1orTH2( folder, "L1Tks_NStubs" , "TTTracks", None, **NStubs )
hL1Tks_NPsStubs = m_histos.TH1orTH2( folder, "L1Tks_NPsStubs" , "TTTracks", None, **NPsStubs )
hL1Tks_NBarrelStubs = m_histos.TH1orTH2( folder, "L1Tks_NBarrelStubs" , "TTTracks", None, **NBStubs )
hL1Tks_NEndcapStubs = m_histos.TH1orTH2( folder, "L1Tks_NEndcapStubs" , "TTTracks", None, **NEStubs )
hL1Tks_StubPtConsistency = m_histos.TH1orTH2( folder, "L1Tks_StubPtConsistency", "TTTracks", None, **StubPtCons )
hL1Tks_IsGenuine = m_histos.TH1orTH2( folder, "L1Tks_IsGenuine" , "TTTracks", None, **IsGenuine )
"yMinRatio": 1e-01,
"yMaxRatio": 2.9,
"normaliseTo": None,
"drawOptions": "P",
"legOptions": "LP",
"xLegMin": 0.66,
"xLegMax": 0.85,
"yLegMin": 0.72,
"yLegMax": 0.82
}
###############################################################
### Group Histogram (of same binning)
###############################################################
histoFolder = ""
hTPs_Multiplicity = m_histos.TH1orTH2(histoFolder, "TPs_Multiplicity", "TPs",
None, **NTks)
hTPs_Pt = m_histos.TH1orTH2(histoFolder, "TPs_Pt", "TPs", None, **Pt)
hTPs_Eta = m_histos.TH1orTH2(histoFolder, "TPs_Eta", "TPs", None, **Eta)
hTPs_Phi = m_histos.TH1orTH2(histoFolder, "TPs_Phi", "TPs", None, **Phi)
hTPs_Charge = m_histos.TH1orTH2(histoFolder, "TPs_Charge", "TPs", None,
**Charge)
hTPs_POCAz = m_histos.TH1orTH2(histoFolder, "TPs_POCAz", "TPs", None, **POCAz)
hTPs_d0 = m_histos.TH1orTH2(histoFolder, "TPs_d0", "TPs", None, **d0)
hTPs_PdgId = m_histos.TH1orTH2(histoFolder, "TPs_PdgId", "TPs", None, **PdgId)
hTPs_NMatch = m_histos.TH1orTH2(histoFolder, "TPs_NMatch", "TPs", None, **NTks)
# std::vector<std::vector<int>> TP_TTTrackIndex;
###############################################################
### Main
"yMinRatio": yMinRatio,
"yMaxRatio": yMaxRatio,
"normaliseTo": normFactor,
"drawOptions": "P",
"legOptions": "LP",
"xLegMin": 0.7,
"xLegMax": 0.85,
"yLegMin": 0.68,
"yLegMax": 0.82,
"styleType": "random"
}
###############################################################
### Group Histogram (of same binning)
###############################################################
hL1Tks_Pt = m_histos.TH1orTH2(histoFolder, "L1Tks_Pt", "Default", "L1Tks_Pt",
**Pt)
hL1Tks_Eta = m_histos.TH1orTH2(histoFolder, "L1Tks_Eta", "Default",
"L1Tks_Eta", **Eta)
hL1Tks_POCAz = m_histos.TH1orTH2(histoFolder, "L1Tks_POCAz", "Default",
"L1Tks_POCAz", **POCAz)
hL1Tks_StubPtConsistency = m_histos.TH1orTH2(histoFolder,
"L1Tks_StubPtConsistency",
"Default",
"L1Tks_StubPtConsistency",
**StubPtCons)
hL1Tks_StubMultiplicity = m_histos.TH1orTH2(histoFolder,
"L1Tks_StubMultiplicity",
"Default",
"L1Tks_StubMultiplicity", **NStubs)
"yMinRatio": yMinRatio,
"yMaxRatio": yMaxRatio,
"normaliseTo": normFactor,
"drawOptions": "P",
"legOptions": "LP",
"xLegMin": 0.65,
"xLegMax": 0.90,
"yLegMin": 0.68,
"yLegMax": 0.82
}
###############################################################
### L1TkTaus
###############################################################
folder = ""
hL1TkTau_Multiplicity = m_histos.TH1orTH2(folder, "L1TkTau_Multiplicity",
"L1TkTau", None, **NTkTaus)
hL1TkTau_Rtau = m_histos.TH1orTH2(folder, "L1TkTau_Rtau", "L1TkTau", None,
**Rtau)
hL1TkTau_CHF = m_histos.TH1orTH2(folder, "L1TkTau_CHF", "L1TkTau", None, **CHF)
hL1TkTau_NHF = m_histos.TH1orTH2(folder, "L1TkTau_NHF", "L1TkTau", None, **NHF)
hL1TkTau_NHFAbs = m_histos.TH1orTH2(folder, "L1TkTau_NHFAbs", "L1TkTau", None,
**NHFAbs)
hL1TkTau_NSigTks = m_histos.TH1orTH2(folder, "L1TkTau_NSigTks", "L1TkTau",
None, **NSigTks)
hL1TkTau_NIsoTks = m_histos.TH1orTH2(folder, "L1TkTau_NIsoTks", "L1TkTau",
None, **NIsoTks)
hL1TkTau_InvMass = m_histos.TH1orTH2(folder, "L1TkTau_InvMass", "L1TkTau",
None, **InvMass)
hL1TkTau_InvMassIncl = m_histos.TH1orTH2(folder, "L1TkTau_InvMassIncl",
"L1TkTau", None, **InvMass)
hL1TkTau_SigConeRMin = m_histos.TH1orTH2(folder, "L1TkTau_SigConeRMin",
"yMinRatio": yMinRatio,
"yMaxRatio": yMaxRatio,
"normaliseTo": normFactor,
"drawOptions": "P",
"legOptions": "LP",
"xLegMin": 0.66,
"xLegMax": 0.85,
"yLegMin": 0.65,
"yLegMax": 0.75
}
###############################################################
### Group Histograms: L1Tks
###############################################################
histoFolder = ""
hL1Tks_Pt = m_histos.TH1orTH2(histoFolder, "L1Tks_Pt", "TTTracks (5)", None,
**Pt)
hL1Tks_Eta = m_histos.TH1orTH2(histoFolder, "L1Tks_Eta", "TTTracks (5)", None,
**Eta)
hL1Tks_EtaAbs = m_histos.TH1orTH2(histoFolder, "L1Tks_EtaAbs", "TTTracks (5)",
None, **EtaAbs)
hL1Tks_POCAz = m_histos.TH1orTH2(histoFolder, "L1Tks_POCAz", "TTTracks (5)",
None, **POCAz)
hL1Tks_POCAzAbs = m_histos.TH1orTH2(histoFolder, "L1Tks_POCAzAbs",
"TTTracks (5)", None, **POCAzAbs)
hL1Tks_ChiSquared = m_histos.TH1orTH2(histoFolder, "L1Tks_ChiSquared",
"TTTracks (5)", None, **ChiSq)
hL1Tks_RedChiSquared = m_histos.TH1orTH2(histoFolder, "L1Tks_RedChiSquared",
"TTTracks (5)", None, **RedChiSq)
hL1Tks_StubPtconsistency = m_histos.TH1orTH2(histoFolder,
"L1Tks_StubPtConsistency",
"TTTracks (5)", None,
#f1Args = {"lineColour": ROOT.kBlack, "lineStyle": ROOT.kSolid, "lineWidth": 3, "fillColour": ROOT.kBlack, "fillStyle": 3001}
### Efficiencies
LdgPtEff = {"xLabel": "p_{T}^{ldg}", "xUnits": "GeV", "xMin": 0.00, "xMax": +100.0, "binWidthX": None, "xCutLines": [15.0], "xCutBoxes": [], "gridX": True, "logX": False,
"yLabel": "Efficiency %0.1f" , "yUnits": "", "yMin": 0.00, "yMax": + 1.0, "binWidthY": None, "yCutLines": [] , "yCutBoxes": [], "gridY": True, "logY": False,
"legOptions": "LP", "drawOptions": "AP", "xLegMin": 0.60, "xLegMax": 0.84, "yLegMin": 0.20, "yLegMax": 0.46}
###############################################################
### Histograms
###############################################################
histoFolder = ""
legTitle = " " #"#tau_{h}"
### Tau
HadronicTau_N = m_histos.TH1orTH2( histoFolder, "HadronicTau_N" , legTitle , None, **N )
HadronicTau_Pt = m_histos.TH1orTH2( histoFolder, "HadronicTau_Pt" , legTitle , None, **Pt )
HadronicTau_Eta = m_histos.TH1orTH2( histoFolder, "HadronicTau_Eta" , legTitle , None, **Eta )
HadronicTau_Phi = m_histos.TH1orTH2( histoFolder, "HadronicTau_Phi" , legTitle , None, **Phi )
HadronicTau_Mass = m_histos.TH1orTH2( histoFolder, "HadronicTau_Mass" , legTitle , None, **Mass )
HadronicTau_Charge = m_histos.TH1orTH2( histoFolder, "HadronicTau_Charge" , legTitle , None, **Charge )
HadronicTau_PdgId = m_histos.TH1orTH2( histoFolder, "HadronicTau_PdgId" , legTitle , None, **PdgId )
HadronicTau_Status = m_histos.TH1orTH2( histoFolder, "HadronicTau_Status" , legTitle , None, **Status )
HadronicTau_VertexX = m_histos.TH1orTH2( histoFolder, "HadronicTau_VertexX", legTitle , None, **VertexX )
HadronicTau_VertexY = m_histos.TH1orTH2( histoFolder, "HadronicTau_VertexY", legTitle , None, **VertexY )
HadronicTau_VertexZ = m_histos.TH1orTH2( histoFolder, "HadronicTau_VertexZ", legTitle , None, **VertexZ )
### Visible-Tau
HadronicTau_VisEt = m_histos.TH1orTH2( histoFolder, "HadronicTau_VisEt" , legTitle , None, **VisEt )
HadronicTau_VisEta = m_histos.TH1orTH2( histoFolder, "HadronicTau_VisEta" , legTitle , None, **VisEta )
HadronicTau_VisPhi = m_histos.TH1orTH2( histoFolder, "HadronicTau_VisPhi" , legTitle , None, **VisPhi )
"yCutBoxes": [],
"gridY": True,
"logY": True,
#"legOptions": "FP", "drawOptions": "APE2", "xLegMin": 0.68, "xLegMax": 0.85, "yLegMin": 0.20, "yLegMax": 0.46}
"legOptions": "FP",
"drawOptions": "AP",
"xLegMin": 0.68,
"xLegMax": 0.85,
"yLegMin": 0.20,
"yLegMax": 0.46
}
###############################################################
### Histograms
###############################################################
hCalo_Rate = m_histos.TH1orTH2(histoFolder, "Calo_Rate", "Calo",
"SingleTau_Rate", **Rate)
hTkConfirmed_Rate = m_histos.TH1orTH2(histoFolder, "TkConfirmed_Rate", "+Tk",
"SingleTau_Rate_Tk", **Rate)
hVtxIso1p00_Rate = m_histos.TH1orTH2(histoFolder, "VtxIso1p00_Rate",
"+VtxIso (1.00 cm)",
"SingleTau_Rate_VtxIso1p00", **Rate)
hRelIso0p10_Rate = m_histos.TH1orTH2(histoFolder, "RelIso0p10_Rate",
"+RelIso (0.10)",
"SingleTau_Rate_RelIso0p10", **Rate)
hCalo_EvtEff = m_histos.TH1orTH2(histoFolder, "Calo_EvtEff", "Calo",
"SingleTau_PerEvtEff", **EvtEff)
hTkConfirmed_EvtEff = m_histos.TH1orTH2(histoFolder, "TkConfirmed_EvtEff",
"+Tk", "SingleTau_PerEvtEff_Tk",
**EvtEff)
hVtxIso1p00_EvtEff = m_histos.TH1orTH2(histoFolder, "VtxIso1p00_EvtEff",