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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 Scan_cff as Scan
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import styles as Style
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if __name__ == "__main__":
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Def.SetGlobalStyles( withTitle=True )
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ROOT.gStyle.SetPadRightMargin( 0.11 )
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ROOT.gStyle.SetLabelSize( 0.03,"XYZ" )
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#lumi = 4.5
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lumi = 5.0
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#title = "CMS Simulation, L = " + str( round( lumi,1 ) ) + " fb^{-1}, #sqrt{s} = 7 TeV"
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title = "L = " + str( round( lumi,1 ) ) + " fb^{-1}, #sqrt{s} = 7 TeV"
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name = "plots/Limit/cMSSM_tanB40_xix"
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if re.search( "CMS Simulation", title ):
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name = name + "_CMSSim"
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pass
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save = True
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Type = ""
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#Type = "Pre"
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dataQCD=2.9
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dataMuon=25.9
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if Type == "Pre":
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dataQCD=59.
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dataMuon=415.
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pass
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filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_xix/ScanTanBeta40new_xix.root"
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#filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_xi/ScanTanBet40new_xi.root"
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rootfile = ROOT.TFile.Open( filename )
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filenamePDF = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_vi_PDF/ScanTanBeta40new_vi_PDF.root"
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rootfilePDF = ROOT.TFile.Open( filenamePDF )
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histDict = Scan.readInScanHists( rootfile )
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Scan.getPDFHists( rootfilePDF, histDict )
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rootfile.Close()
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Scan.getAccHist( histDict, "NLO", Type=Type )
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Scan.getRateHist( histDict, "NLO", lumi=lumi, Type=Type )
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Scan.getSignalCont( histDict, lumi=lumi, data=dataQCD, Type=Type )
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Scan.getSignalCont( histDict, backgr="Muon", data=dataMuon, lumi=lumi, Type=Type )
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for err in [ "JECUp", "JECDn", "TEUp", "TEDn", "NLO2", "NLO05",
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"MuonIsoUp", "MuonIsoDn", "ElecIsoUp", "ElecIsoDn" ]:
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Scan.getAccHist( histDict, err, Type=Type, otherApp="NLO" )
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Scan.getRelAcc( histDict, err, "NLO", Type=Type )
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Scan.getRateHist( histDict, err, lumi=lumi, Type=Type )
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Scan.getRelRate( histDict, err, "NLO", Type=Type )
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pass
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#Scan.getRateHist( histDict, "PDFxsec", lumi=lumi, Type=Type )
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#Scan.getRateHist( histDict, "PDFxsecUncert", lumi=lumi, Type=Type )
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#Scan.getRelRate( histDict, "PDFxsecUncert", "PDFxsec", Type=Type )
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#####Scan.getRelAcc( histDict, "PDFxsecUncert", "PDFxsec", Type=Type )
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Scan.getRelPDFErr( histDict,Type=Type )
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Scan.getCombRelRateErr( histDict, Type=Type )
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Scan.getCombRelAccErr( histDict, Type=Type )
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Scan.getCombTheoRelRateErr( histDict, Type=Type )
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#print histDict.keys()
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cDict = {}
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cDict.update( Scan.drawStandard( histDict, Type=Type, title=title ) )
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cDict.update( Scan.drawMC( histDict, title=title ) )
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cDict.update( Scan.drawSignalCont( histDict, Type=Type, title=title ) )
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cDict.update( Scan.drawSignalCont( histDict, backgr="Muon", Type=Type, title=title ) )
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for err in [ "JECUp", "JECDn", "TEUp", "TEDn", "NLO2", "NLO05",
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"MuonIsoUp", "MuonIsoDn", "ElecIsoUp", "ElecIsoDn",
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#"PDFxsecUncert"
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]:
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cDict.update( Scan.drawRelErr( histDict, err, Type=Type, title=title ) )
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pass
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cDict.update( Scan.drawRelErr( histDict, "CombUp", Type=Type, title=title ) )
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cDict.update( Scan.drawRelErr( histDict, "CombDn", Type=Type, title=title ) )
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cDict.update( Scan.drawRelErr( histDict, "PDFUp", Type=Type, title=title ) )
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cDict.update( Scan.drawRelErr( histDict, "PDFDn", Type=Type, title=title ) )
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cDict.update( Scan.drawRelErr( histDict, "CombTheoUp", Type=Type, title=title ) )
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cDict.update( Scan.drawRelErr( histDict, "CombTheoDn", Type=Type, title=title ) )
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if save:
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Style.saveToEPS( name, cDict )
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pass
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Def.DontQuit()
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