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import ROOT
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import sys, re
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sys.path.append("/afs/naf.desy.de/user/n/nowaf/UserCode/nowaf/PythonScripts/")
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import definitions as Def
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import styles as Style
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import MakeRealTauEst_cff as RT
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if __name__ == "__main__":
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Def.SetGlobalStyles( withTitle=True )
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lumi = 1000.
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### v4
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#lumi = 927.9
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#fileName = "_cxviii"
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fileName = "_full_iii"
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saveName = "plots/plots_pre"
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saveToPS = False
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saveToEPS = False
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##sampleList = []
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##sampleList.append( "LM13" )
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###sampleList.append( "LM8" )
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###sampleList.append( "LM7" )
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###sampleList.append( "GMSBc" )
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##sampleList.append( "TTbar" )
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##sampleList.append( "GVJets" )
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##sampleList.append( "WWJets" )
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###sampleList.append( "Zinv" )
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##sampleList.append( "ZJets" )
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##sampleList.append( "WJets" )
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###sampleList.append( "Multijet" )
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removeSamplesAcc = []
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#removeSamplesAcc.append( "TTbar" )
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removeSamplesAcc.append( "GVJets" )
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#removeSamplesAcc.append( "WWJets" )
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#removeSamplesAcc.append( "Zinv" )
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#removeSamplesAcc.append( "ZJets" )
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#removeSamplesAcc.append( "WJets" )
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#removeSamplesAcc.append( "QCDFlat" )
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removeSamplesAcc.append( "Data" )
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addSample = []
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addSample.append( "LM13" )
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addSample.append( "LM2" )
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fileDir = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/RealTauEst/"
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theTitle = "Simulation only, " + str( int( lumi/1000. ) ) + " fb^{-1}, #sqrt{s}=7 TeV"
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#theTitle = "CMS Simulation, " + str( int( lumi/1000. ) ) + " fb^{-1}, #sqrt{s}=7 TeV"
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dir = "finalPlotTauPreSelection/"
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#dir = "finalPlotTau/"
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#dir = "finalPlotTauN1/"
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histList = []
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#histList.append( "MHTMHT" )
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histList.append( "HTHT" )
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hList = []
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for hist in histList:
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hList.append( hist + "_n1" )
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pass
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histList = [] ### ueberfluessig
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histList = hList
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rebinDict = {}
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rebinDict[ "MHTMHT" ] = 2
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rebinDict[ "MHTMHTEta" ] = 2
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rebinDict[ "MHTMHTPhi" ] = 2
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rebinDict[ "HTHT" ] = 1
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#rebinDict[ "JetSelection30Jet1Pt" ] = 2
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#rebinDict[ "JetSelection30Jet2Pt" ] = 2
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#rebinDict[ "JetSelection30Jet3Pt" ] = 2
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rebinDict[ "JetSelection30Jet1Eta" ] = 2
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rebinDict[ "JetSelection30Jet2Eta" ] = 2
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rebinDict[ "JetSelection30Jet3Eta" ] = 2
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rebinDict[ "JetSelection30Jet1Phi" ] = 2
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rebinDict[ "JetSelection30Jet2Phi" ] = 2
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rebinDict[ "JetSelection30Jet3Phi" ] = 2
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rebinDict[ "TauSelectionTau1Pt" ] = 2
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rebinDict[ "TauSelectionTau1Eta" ] = 2
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rebinDict[ "TauSelectionTau1Phi" ] = 2
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if dir == "finalPlotTau/":
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rebinDict[ "MHTMHT" ] = 2
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rebinDict[ "HTHT" ] = 2
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pass
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rDict = {}
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for key in rebinDict.keys():
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rDict[ key + "_n1" ] = rebinDict[ key ]
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pass
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rebinDict = rDict.copy()
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colorDict = {}
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colorDict[ "QCDFlat" ] = ROOT.kYellow + 3
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colorDict[ "TTbar" ] = ROOT.kRed + 3
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#colorDict[ "GVJets" ] = ROOT.kRed
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colorDict[ "ZJets" ] = ROOT.kOrange
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colorDict[ "Zinv" ] = ROOT.kOrange - 3
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#colorDict[ "WWJets" ] = ROOT.kOrange
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#colorDict[ "ZZJets" ] = ROOT.kOrange
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#colorDict[ "WZJets" ] = ROOT.kOrange
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#colorDict[ "WWJets" ] = ROOT.kOrange + 7
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colorDict[ "WWJets" ] = ROOT.kRed
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colorDict[ "WJets" ] = ROOT.kYellow + 2
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#colorDict[ "LM13" ] = ROOT.kBlue
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colorDict[ "LM2" ] = ROOT.kBlue - 7
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colorDict[ "LM13" ] = ROOT.kAzure + 10
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colorDict[ "GMSBc" ] = ROOT.kCyan + 2
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colorDict[ "Data" ] = ROOT.kBlack
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xrangeDict = {}
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xrangeDict[ "MHTMHT" ] = ( 250,1000 )
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xrangeDict[ "MHTMHTEta" ] = ( -5,5 )
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xrangeDict[ "MHTMHTPhi" ] = ( -3.14,3.14 )
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xrangeDict[ "HTHT" ] = ( 0,2500 )
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#xrangeDict[ "HTHT" ] = ( 350,2500 )
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xrangeDict[ "JetSelection30Jet1Pt" ] = ( 0,1000 )
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xrangeDict[ "JetSelection30Jet2Pt" ] = ( 0,1000 )
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xrangeDict[ "JetSelection30Jet3Pt" ] = ( 0,1000 )
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xrangeDict[ "JetSelection30Jet1Eta" ] = ( -5,5 )
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xrangeDict[ "JetSelection30Jet2Eta" ] = ( -5,5 )
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xrangeDict[ "JetSelection30Jet3Eta" ] = ( -5,5 )
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xrangeDict[ "JetSelection30Jet1Phi" ] = ( -3.14,3.14 )
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xrangeDict[ "JetSelection30Jet2Phi" ] = ( -3.14,3.14 )
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xrangeDict[ "JetSelection30Jet3Phi" ] = ( -3.14,3.14 )
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xrangeDict[ "JetSelection30NumberOfJets" ] = ( 0,20 )
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xrangeDict[ "MHTdPhiMindPhiJet1MHT" ] = ( 0,4 )
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xrangeDict[ "MHTdPhiMindPhiJet2MHT" ] = ( 0,4 )
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xrangeDict[ "MHTdPhiMindPhiJet3MHT" ] = ( 0,4 )
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xrangeDict[ "ElectronVetonElectrons" ] = ( 0,10 )
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xrangeDict[ "MuonVetonMuons" ] = ( 0,10 )
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xrangeDict[ "TauSelectionNumberOfTaus" ] = ( 0,10 )
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xrangeDict[ "TauSelectionTau1Pt" ] = ( 0,500 )
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xrangeDict[ "TauSelectionTau1Eta" ] = ( -5,5 )
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xrangeDict[ "TauSelectionTau1Phi" ] = ( -3.14,3.14 )
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xrangeDict[ "TauSelectionTau2Pt" ] = ( 0,1000 )
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xrangeDict[ "dPhiJ12dphi" ] = ( 0,4 )
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xrDict = {}
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for key in xrangeDict.keys():
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xrDict[ key + "_n1" ] = xrangeDict[ key ]
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pass
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xrangeDict = xrDict.copy()
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yrangeDict = {}
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yrangeDict[ "MHTMHT" ] = ( 10**-2,10**2 )
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yrangeDict[ "MHTMHTEta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "MHTMHTPhi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "HTHT" ] = ( 10**-2,2*10 )
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yrangeDict[ "JetSelection30Jet1Pt" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "JetSelection30Jet2Pt" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "JetSelection30Jet3Pt" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "JetSelection30Jet1Eta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30Jet2Eta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30Jet3Eta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30Jet1Phi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30Jet2Phi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30Jet3Phi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "JetSelection30NumberOfJets" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "MHTdPhiMindPhiJet1MHT" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "MHTdPhiMindPhiJet2MHT" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "MHTdPhiMindPhiJet3MHT" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "ElectronVetonElectrons" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "MuonVetonMuons" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "TauSelectionNumberOfTaus" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "TauSelectionTau1Pt" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "TauSelectionTau1Eta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "TauSelectionTau1Phi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "TauSelectionTau2Pt" ] = ( 10**-2,2*10**2 )
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yrangeDict[ "dPhiJ12dphi" ] = ( 10**-2,2*10**2 )
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if re.search( "Pre", dir ):
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yrangeDict[ "MHTMHT" ] = ( 10**-2,3*10**3 )
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yrangeDict[ "MHTMHTEta" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "MHTMHTPhi" ] = ( 10**-2,8*10**3 )
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yrangeDict[ "HTHT" ] = ( 10**-2,3*10**3 )
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| 186 |
yrangeDict[ "JetSelection30Jet1Pt" ] = ( 10**-2,3*10**3 )
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| 187 |
yrangeDict[ "JetSelection30Jet2Pt" ] = ( 10**-2,3*10**3 )
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| 188 |
yrangeDict[ "JetSelection30Jet3Pt" ] = ( 10**-2,3*10**3 )
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| 189 |
yrangeDict[ "JetSelection30Jet1Eta" ] = ( 10**-2,8*10**3 )
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| 190 |
yrangeDict[ "JetSelection30Jet2Eta" ] = ( 10**-2,8*10**3 )
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| 191 |
yrangeDict[ "JetSelection30Jet3Eta" ] = ( 10**-2,8*10**3 )
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| 192 |
yrangeDict[ "JetSelection30Jet1Phi" ] = ( 10**-2,8*10**3 )
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| 193 |
yrangeDict[ "JetSelection30Jet2Phi" ] = ( 10**-2,8*10**3 )
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| 194 |
yrangeDict[ "JetSelection30Jet3Phi" ] = ( 10**-2,8*10**3 )
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| 195 |
yrangeDict[ "JetSelection30NumberOfJets" ] = ( 10**-2,8*10**3 )
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| 196 |
yrangeDict[ "MHTdPhiMindPhiJet1MHT" ] = ( 10**-2,3*10**3 )
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| 197 |
yrangeDict[ "MHTdPhiMindPhiJet2MHT" ] = ( 10**-2,3*10**3 )
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| 198 |
yrangeDict[ "MHTdPhiMindPhiJet3MHT" ] = ( 10**-2,3*10**3 )
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| 199 |
yrangeDict[ "ElectronVetonElectrons" ] = ( 10**-2,3*10**3 )
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| 200 |
yrangeDict[ "MuonVetonMuons" ] = ( 10**-2,3*10**3 )
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| 201 |
yrangeDict[ "TauSelectionNumberOfTaus" ] = ( 10**-2,3*10**3 )
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| 202 |
yrangeDict[ "TauSelectionTau1Pt" ] = ( 10**-2,3*10**3 )
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| 203 |
yrangeDict[ "TauSelectionTau1Eta" ] = ( 10**-2,8*10**3 )
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| 204 |
yrangeDict[ "TauSelectionTau1Phi" ] = ( 10**-2,8*10**3 )
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| 205 |
yrangeDict[ "TauSelectionTau2Pt" ] = ( 10**-2,3*10**3 )
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yrangeDict[ "dPhiJ12dphi" ] = ( 10**-2,3*10**3 )
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pass
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| 209 |
yrDict = {}
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for key in yrangeDict.keys():
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yrDict[ key + "_n1" ] = yrangeDict[ key ]
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| 212 |
pass
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yrangeDict = yrDict.copy()
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| 214 |
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| 215 |
logDict = {}
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| 216 |
logDict[ "MHTMHT" ] = True
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| 217 |
logDict[ "MHTMHTEta" ] = True
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| 218 |
logDict[ "MHTMHTPhi" ] = True
|
| 219 |
logDict[ "HTHT" ] = True
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| 220 |
logDict[ "JetSelection30Jet1Pt" ] = True
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| 221 |
logDict[ "JetSelection30Jet2Pt" ] = True
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| 222 |
logDict[ "JetSelection30Jet3Pt" ] = True
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| 223 |
logDict[ "JetSelection30Jet1Eta" ] = True
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| 224 |
logDict[ "JetSelection30Jet2Eta" ] = True
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| 225 |
logDict[ "JetSelection30Jet3Eta" ] = True
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| 226 |
logDict[ "JetSelection30Jet1Phi" ] = True
|
| 227 |
logDict[ "JetSelection30Jet2Phi" ] = True
|
| 228 |
logDict[ "JetSelection30Jet3Phi" ] = True
|
| 229 |
logDict[ "JetSelection30NumberOfJets" ] = True
|
| 230 |
logDict[ "MHTdPhiMindPhiJet1MHT" ] = True
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| 231 |
logDict[ "MHTdPhiMindPhiJet2MHT" ] = True
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| 232 |
logDict[ "MHTdPhiMindPhiJet3MHT" ] = True
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| 233 |
logDict[ "ElectronVetonElectrons" ] = True
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| 234 |
logDict[ "MuonVetonMuons" ] = True
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| 235 |
logDict[ "TauSelectionNumberOfTaus" ] = True
|
| 236 |
logDict[ "TauSelectionTau1Pt" ] = True
|
| 237 |
logDict[ "TauSelectionTau1Eta" ] = True
|
| 238 |
logDict[ "TauSelectionTau1Phi" ] = True
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| 239 |
logDict[ "TauSelectionTau2Pt" ] = True
|
| 240 |
logDict[ "dPhiJ12dphi" ] = True
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| 241 |
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| 242 |
lDict = {}
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| 243 |
for key in logDict.keys():
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| 244 |
lDict[ key + "_n1" ] = logDict[ key ]
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| 245 |
pass
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| 246 |
logDict = lDict.copy()
|
| 247 |
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| 248 |
#scalingFactors = {}
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| 249 |
#scalingFactors[ "QCDFlat" ] = lumi/100.
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| 250 |
#scalingFactors[ "Z+Jets" ] = lumi/100.
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| 251 |
#scalingFactors[ "VV+Jets" ] = lumi/100.
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| 252 |
#scalingFactors[ "W+Jets" ] = lumi * 31300. / ( 15110974 * 0.65 )
|
| 253 |
#scalingFactors[ "TTbar" ] = lumi * 165 / ( 1164208. * 0.90 )
|
| 254 |
#scalingFactors[ "GV+Jets" ] = lumi * 173 / 1102193.
|
| 255 |
#scalingFactors[ "Zinv" ] = lumi * 5760 / 2165002.
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| 256 |
#scalingFactors[ "LM13" ] = lumi * 6.9 / 219915.
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| 257 |
#scalingFactors[ "LM7" ] = lumi * 1.2 / 220000.
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| 258 |
#scalingFactors[ "LM8" ] = lumi * 0.7 / 220000.
|
| 259 |
#scalingFactors[ "GMSBc" ] = lumi * 0.25 / 219595.
|
| 260 |
|
| 261 |
titleDict = {}
|
| 262 |
titleDict[ "MHTMHT" ] = ( "#slash H_{T} [GeV]", "" )
|
| 263 |
titleDict[ "MHTMHTPhi" ] = ( "#phi^{MHT}", "" )
|
| 264 |
titleDict[ "MHTMHTEta" ] = ( "#eta^{MHT}", "" )
|
| 265 |
titleDict[ "HTHT" ] = ( "H_{T} [GeV]", "" )
|
| 266 |
titleDict[ "JetSelection30Jet1Pt" ] = ( "P_{T}^{Jet1} [GeV]", "" )
|
| 267 |
titleDict[ "JetSelection30Jet2Pt" ] = ( "P_{T}^{Jet2} [GeV]", "" )
|
| 268 |
titleDict[ "JetSelection30Jet3Pt" ] = ( "P_{T}^{Jet3} [GeV]", "" )
|
| 269 |
titleDict[ "JetSelection30Jet1Eta" ] = ( "#eta^{Jet1} [GeV]", "" )
|
| 270 |
titleDict[ "JetSelection30Jet2Eta" ] = ( "#eta^{Jet2} [GeV]", "" )
|
| 271 |
titleDict[ "JetSelection30Jet2Eta" ] = ( "#eta^{Jet3} [GeV]", "" )
|
| 272 |
titleDict[ "JetSelection30Jet1Phi" ] = ( "#phi^{Jet1} [GeV]", "" )
|
| 273 |
titleDict[ "JetSelection30Jet2Phi" ] = ( "#phi^{Jet2} [GeV]", "" )
|
| 274 |
titleDict[ "JetSelection30Jet3Phi" ] = ( "#phi^{Jet3} [GeV]", "" )
|
| 275 |
titleDict[ "JetSelection30NumberOfJets" ] = ( "Number of jets", "" )
|
| 276 |
titleDict[ "MHTdPhiMindPhiJet1MHT" ] = ( "#Delta #Phi (Jet1,MHT)", "" )
|
| 277 |
titleDict[ "MHTdPhiMindPhiJet2MHT" ] = ( "#Delta #Phi (Jet2,MHT)", "" )
|
| 278 |
titleDict[ "MHTdPhiMindPhiJet3MHT" ] = ( "#Delta #Phi (Jet3,MHT)", "" )
|
| 279 |
titleDict[ "ElectronVetonElectrons" ] = ( "number of electrons", "" )
|
| 280 |
titleDict[ "MuonVetonMuons" ] = ( "number of muons", "" )
|
| 281 |
titleDict[ "TauSelectionNumberOfTaus" ] = ( "Number of taus", "" )
|
| 282 |
titleDict[ "TauSelectionTau1Pt" ] = ( "P_{T}^{#tau} [GeV]", "" )
|
| 283 |
titleDict[ "TauSelectionTau1Eta" ] = ( "#eta^{#tau} [GeV]", "" )
|
| 284 |
titleDict[ "TauSelectionTau1Phi" ] = ( "#phi^{#tau} [GeV]", "" )
|
| 285 |
titleDict[ "TauSelectionTau2Pt" ] = ( "P_{T} (Tau2) [GeV]", "" )
|
| 286 |
titleDict[ "dPhiJ12dphi" ] = ( "#Delta #Phi (Jet1,Jet2)", "" )
|
| 287 |
|
| 288 |
tDict = {}
|
| 289 |
for key in titleDict.keys():
|
| 290 |
tDict[ key + "_n1" ] = titleDict[ key ]
|
| 291 |
pass
|
| 292 |
titleDict = tDict.copy()
|
| 293 |
|
| 294 |
positionDict = {}
|
| 295 |
positionDict[ "MHTdPhiMindPhiJet1MHT" ] = "ul"
|
| 296 |
positionDict[ "MHTdPhiMindPhiJet2MHT" ] = "ul"
|
| 297 |
positionDict[ "MHTdPhiMindPhiJet3MHT" ] = "ul"
|
| 298 |
positionDict[ "dPhiJ12dphi" ] = "ul"
|
| 299 |
|
| 300 |
pDict = {}
|
| 301 |
for key in positionDict.keys():
|
| 302 |
pDict[ key + "_n1" ] = positionDict[ key ]
|
| 303 |
pass
|
| 304 |
positionDict = pDict.copy()
|
| 305 |
|
| 306 |
lineDict = {}
|
| 307 |
lineDict[ "HTHT" ] = ( 600, 600, 10**-2, 10 )
|
| 308 |
lineDict[ "MHTMHT" ] = ( 400, 400, 10**-2, 10 )
|
| 309 |
if re.search( "Pre", dir ):
|
| 310 |
lineDict[ "HTHT" ] = ( 350, 350, 10**-2, 10**3 )
|
| 311 |
lineDict[ "MHTMHT" ] = ( 200, 200, 10**-2, 10**3 )
|
| 312 |
pass
|
| 313 |
|
| 314 |
liDict = {}
|
| 315 |
for key in lineDict.keys():
|
| 316 |
liDict[ key + "_n1" ] = lineDict[ key ]
|
| 317 |
pass
|
| 318 |
lineDict = liDict.copy()
|
| 319 |
|
| 320 |
lDict = {}
|
| 321 |
lDict[ "QCDFlat" ] = "QCD"
|
| 322 |
lDict[ "TTbar" ] = "t#bar{t}"
|
| 323 |
lDict[ "GVJets" ] = "#gamma+V+Jets"
|
| 324 |
lDict[ "ZJets" ] = "Z->ll +Jets"
|
| 325 |
lDict[ "Zinv" ] = "Z->#nu#nu +Jets"
|
| 326 |
lDict[ "WWJets" ] = "WW + Jets"
|
| 327 |
lDict[ "WJets" ] = "W + Jets"
|
| 328 |
lDict[ "LM13" ] = "LM13"
|
| 329 |
lDict[ "LM2" ] = "LM2"
|
| 330 |
#lDict[ "LM8" ] = "Signal"
|
| 331 |
#lDict[ "GMSBc" ] = "Signal"
|
| 332 |
lDict[ "Data" ] = "Data"
|
| 333 |
|
| 334 |
statusDict = {}
|
| 335 |
statusDict[ "QCDFlat" ] = "BG"
|
| 336 |
statusDict[ "QCD" ] = "BG"
|
| 337 |
#statusDict[ "QCDFlat" ] = "Signal"
|
| 338 |
statusDict[ "TTbar" ] = "BG"
|
| 339 |
statusDict[ "t#bar{t}" ] = "BG"
|
| 340 |
statusDict[ "GVJets" ] = "BG"
|
| 341 |
statusDict[ "#gamma+V+Jets" ] = "BG"
|
| 342 |
statusDict[ "ZJets" ] = "BG"
|
| 343 |
statusDict[ "Z->ll +Jets" ] = "BG"
|
| 344 |
statusDict[ "Zinv" ] = "BG"
|
| 345 |
statusDict[ "Z->#nu#nu +Jets" ] = "BG"
|
| 346 |
statusDict[ "WWJets" ] = "BG"
|
| 347 |
statusDict[ "WW + Jets" ] = "BG"
|
| 348 |
statusDict[ "WJets" ] = "BG"
|
| 349 |
statusDict[ "W + Jets" ] = "BG"
|
| 350 |
statusDict[ "LM13" ] = "Signal"
|
| 351 |
statusDict[ "LM2" ] = "Signal"
|
| 352 |
statusDict[ "LM8" ] = "Signal"
|
| 353 |
statusDict[ "GMSBc" ] = "Signal"
|
| 354 |
statusDict[ "Data" ] = "Data"
|
| 355 |
|
| 356 |
legendList = []
|
| 357 |
|
| 358 |
#######################################################################
|
| 359 |
|
| 360 |
accReadIn = RT.ReadIn( fileDir, fileName, lumi, rebinDict )
|
| 361 |
#if fileName == "_full":
|
| 362 |
# accReadIn.changeScalingFactor( "Zinv", lumi * 32.92 / ( 3067017. * 0.9 ) ) ### only 90% finished
|
| 363 |
# accReadIn.changeScalingFactor( "LM13", lumi * 6.899 / ( 517000 * 1 ) ) ### skim is 77000 events,
|
| 364 |
# ### 517000 - 77000 added afterwards
|
| 365 |
# accReadIn.changeScalingFactor( "LM2", lumi * 0.6027 / ( 445060 * 1. ) ) ### after adding additional events
|
| 366 |
# pass
|
| 367 |
|
| 368 |
accReadIn.removeSamples( removeSamplesAcc )
|
| 369 |
accReadIn.addSamples( addSample )
|
| 370 |
accReadIn.removeHists( [ "MHT" ] )
|
| 371 |
accReadIn.addHists( histList ) #accReadIn.dontScale()
|
| 372 |
histDict = accReadIn.getHists( dir )
|
| 373 |
for hist in accReadIn.histList:
|
| 374 |
for file in accReadIn.sampleList:
|
| 375 |
if hist in titleDict.keys():
|
| 376 |
|
| 377 |
binWidth = histDict[ hist ][ file ].GetBinWidth( 1 )
|
| 378 |
|
| 379 |
xtitle = titleDict[ hist ][ 0 ]
|
| 380 |
ytitle = "Events/" + str( int( binWidth ) ) + " GeV"
|
| 381 |
if not hist in titleDict.keys() or not re.search( "GeV", titleDict[ hist ][ 0 ] ):
|
| 382 |
ytitle = "Events"
|
| 383 |
pass
|
| 384 |
histDict[ hist ][ file ].UseCurrentStyle()
|
| 385 |
Style.setHistStyle( histDict[ hist ][ file ] , status=statusDict[ file ],\
|
| 386 |
color=colorDict[ file ], xTitle=xtitle, yTitle=ytitle,
|
| 387 |
markerStyle=20, title=theTitle )
|
| 388 |
if hist in xrangeDict.keys():
|
| 389 |
histDict[ hist ][ file ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ],
|
| 390 |
xrangeDict[ hist ][ 1 ] )
|
| 391 |
pass
|
| 392 |
if hist in yrangeDict.keys():
|
| 393 |
histDict[ hist ][ file ].GetYaxis().SetRangeUser( yrangeDict[ hist ][ 0 ],
|
| 394 |
yrangeDict[ hist ][ 1 ] )
|
| 395 |
pass
|
| 396 |
pass
|
| 397 |
pass
|
| 398 |
|
| 399 |
for file in accReadIn.sampleList:
|
| 400 |
legendList.append( lDict[ file ] )
|
| 401 |
pass
|
| 402 |
|
| 403 |
#### get lists of samples not to be stacked
|
| 404 |
NonStackList = []
|
| 405 |
DataList = []
|
| 406 |
StackList = []
|
| 407 |
for sample in accReadIn.sampleList:
|
| 408 |
if statusDict[ sample ] == "Data":
|
| 409 |
DataList.append( sample )
|
| 410 |
elif statusDict[ sample ] == "Signal":
|
| 411 |
NonStackList.append( sample )
|
| 412 |
#elif statusDict[ sample ] == "BG":
|
| 413 |
# StackList.append( sample )
|
| 414 |
pass
|
| 415 |
pass
|
| 416 |
|
| 417 |
|
| 418 |
cDict = {}
|
| 419 |
stackDict = {}
|
| 420 |
legDict = {}
|
| 421 |
textDict = {}
|
| 422 |
tlineDict = {}
|
| 423 |
for hist in histList:
|
| 424 |
|
| 425 |
#### make the stack
|
| 426 |
if len( NonStackList + DataList ) != len( accReadIn.sampleList ):
|
| 427 |
stackDict[ hist ] = ROOT.THStack( hist, hist )
|
| 428 |
for sample in accReadIn.sampleList:
|
| 429 |
if statusDict[ sample ] == "BG":
|
| 430 |
stackDict[ hist ].Add( histDict[ hist ][ sample ] )
|
| 431 |
pass
|
| 432 |
pass
|
| 433 |
pass
|
| 434 |
|
| 435 |
cDict[ hist ] = ROOT.TCanvas( hist, hist )
|
| 436 |
cDict[ hist ].cd()
|
| 437 |
|
| 438 |
#### draw non-stack stuff first
|
| 439 |
option = ""
|
| 440 |
for dsample in DataList:
|
| 441 |
histDict[ hist ][ dsample ].Draw( option )
|
| 442 |
option = "same"
|
| 443 |
pass
|
| 444 |
|
| 445 |
nondataOption = "hist"
|
| 446 |
for nssample in NonStackList:
|
| 447 |
histDict[ hist ][ nssample ].Draw( nondataOption+option )
|
| 448 |
option = "same"
|
| 449 |
pass
|
| 450 |
|
| 451 |
|
| 452 |
#### i hate stacks.
|
| 453 |
#### set all the fucking stylings AGAIN.
|
| 454 |
if stackDict:
|
| 455 |
|
| 456 |
#### now draw the stack
|
| 457 |
stackDict[ hist ].Draw( nondataOption+option )
|
| 458 |
|
| 459 |
if hist in xrangeDict.keys():
|
| 460 |
stackDict[ hist ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ],
|
| 461 |
xrangeDict[ hist ][ 1 ] )
|
| 462 |
pass
|
| 463 |
if hist in yrangeDict.keys():
|
| 464 |
#stackDict[ hist ].GetYaxis().SetRangeUser( yrangeDict[ hist ][ 0 ], yrangeDict[ hist ][ 1 ] )
|
| 465 |
stackDict[ hist ].SetMinimum( yrangeDict[ hist ][ 0 ] )
|
| 466 |
stackDict[ hist ].SetMaximum( yrangeDict[ hist ][ 1 ] )
|
| 467 |
pass
|
| 468 |
if hist in titleDict.keys():
|
| 469 |
stackDict[ hist ].GetXaxis().SetTitle( titleDict[ hist ][ 0 ] )
|
| 470 |
stackDict[ hist ].GetYaxis().SetTitle( titleDict[ hist ][ 1 ] )
|
| 471 |
pass
|
| 472 |
|
| 473 |
stackDict[ hist ].SetTitle( "" )
|
| 474 |
axis = stackDict[ hist ].GetHistogram()
|
| 475 |
pass
|
| 476 |
|
| 477 |
#### draw non-stack stuff again
|
| 478 |
|
| 479 |
for nssample in NonStackList:
|
| 480 |
histDict[ hist ][ nssample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ],
|
| 481 |
xrangeDict[ hist ][ 1 ] )
|
| 482 |
histDict[ hist ][ nssample ].SetMinimum( yrangeDict[ hist ][ 0 ] )
|
| 483 |
histDict[ hist ][ nssample ].SetMaximum( yrangeDict[ hist ][ 1 ] )
|
| 484 |
histDict[ hist ][ nssample ].Draw( nondataOption + option )
|
| 485 |
option = "same"
|
| 486 |
pass
|
| 487 |
|
| 488 |
for dsample in DataList:
|
| 489 |
histDict[ hist ][ dsample ].GetXaxis().SetRangeUser( xrangeDict[ hist ][ 0 ],
|
| 490 |
xrangeDict[ hist ][ 1 ] )
|
| 491 |
histDict[ hist ][ dsample ].SetMinimum( yrangeDict[ hist ][ 0 ] )
|
| 492 |
histDict[ hist ][ dsample ].SetMaximum( yrangeDict[ hist ][ 1 ] )
|
| 493 |
histDict[ hist ][ dsample ].Draw( option )
|
| 494 |
option = "same"
|
| 495 |
pass
|
| 496 |
|
| 497 |
|
| 498 |
|
| 499 |
if hist in logDict.keys() and logDict[ hist ]:
|
| 500 |
ROOT.gPad.SetLogy()
|
| 501 |
pass
|
| 502 |
cDict[ hist ].Update()
|
| 503 |
|
| 504 |
position = "ur"
|
| 505 |
if hist in positionDict.keys():
|
| 506 |
position = positionDict[ hist ]
|
| 507 |
pass
|
| 508 |
|
| 509 |
legDict[ hist ] = Style.makeLegend( hist, histDict, accReadIn.sampleList, statusDict=statusDict,
|
| 510 |
position=position, aliasList=legendList )
|
| 511 |
legDict[ hist ].Draw( "same" )
|
| 512 |
|
| 513 |
#if hist in latexDict.keys():
|
| 514 |
# for i in range( 0, len( latexDict[ hist ][ 0 ] ) ):
|
| 515 |
# textDict[ hist + str ( i ) ] = ROOT.TLatex( latexDict[ hist ][ 1 ][ i ], \
|
| 516 |
# latexDict[ hist ][ 2 ][ i ], \
|
| 517 |
# latexDict[ hist ][ 0 ][ i ] )
|
| 518 |
# textDict[ hist + str ( i ) ].Draw( "same" )
|
| 519 |
# pass
|
| 520 |
# pass
|
| 521 |
|
| 522 |
if hist in lineDict:
|
| 523 |
tlineDict[ hist ] = ROOT.TLine( lineDict[ hist ][ 0 ],
|
| 524 |
lineDict[ hist ][ 2 ],
|
| 525 |
lineDict[ hist ][ 1 ],
|
| 526 |
lineDict[ hist ][ 3 ])
|
| 527 |
tlineDict[ hist ].SetLineWidth( 2 )
|
| 528 |
tlineDict[ hist ].SetLineColor( 13 )
|
| 529 |
tlineDict[ hist ].Draw( "same" )
|
| 530 |
pass
|
| 531 |
|
| 532 |
axis.Draw( "axissame" )
|
| 533 |
|
| 534 |
|
| 535 |
cDict[ hist ].Update()
|
| 536 |
|
| 537 |
pass
|
| 538 |
|
| 539 |
if saveToPS:
|
| 540 |
Style.saveToPS( saveName, cDict, histList )
|
| 541 |
if saveToEPS:
|
| 542 |
Style.saveToEPS( saveName, cDict )
|
| 543 |
pass
|
| 544 |
|
| 545 |
Def.DontQuit()
|
| 546 |
|
| 547 |
|
| 548 |
|
| 549 |
|
