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import ROOT
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import sys
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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 ScanDump_cff as Dump
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#########################################################
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#
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# Reads in Scan hists and dumps out its content
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# For limit input
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#
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#########################################################
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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 = 4.533
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lumi = 4.992
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title = "L = " + str( round( lumi,1 ) ) + " fb^{-1}, #sqrt{s} = 7 TeV"
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tanBeta = 40
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Type = ""
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#data = 28
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#dataQCD=3.3
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#dataMuon=26.5
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#dataQCDSystRel=1.15
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#dataQCDStatRel=1.12
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#dataMuonSystRel=1.11
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#dataMuonStatRel=1.09
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#### 26. 01. 2012
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#data = 28
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#dataQCD=3.4
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#dataMuon=26.9
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#dataQCDSystRel=1.15
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#dataQCDStatRel=1.11
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#dataMuonSystRel=1.22
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#dataMuonStatRel=1.08
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#### 06.02.2012
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#data = 28
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#dataQCD=3.4
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#dataMuon=25.4
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#dataQCDSystRel=1.15
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#dataQCDStatRel=1.11
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#dataMuonSystRel=1.20
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#dataMuonStatRel=1.09
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#### 15.02.2012
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#data = 28
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#dataQCD=3.3
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#dataMuon=22.4
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#dataQCDSystRel=1.15
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#dataQCDStatRel=1.12
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#dataMuonSystRel=1.20
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#dataMuonStatRel=1.09
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### 20.03.2012
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data = 28
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dataQCD=3.4
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dataMuon=25.9
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dataQCDSystRel=1.29
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dataQCDStatRel=1.12
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dataMuonSystRel=1.09
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dataMuonStatRel=1.09
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#### histDict contains all hists needed in the end
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datacardDir = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_xix/Datacards"
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#filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_v_noPDF/Tau_mSUGRA_m0-220to3000_m12-100to1000_tanb-40andA0-m500_7TeV-Pythia6Z_333.root"
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#filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_viii/ScanTanBeta40new_viii.root"
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filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_xix/ScanTanBeta40new_xix.root"
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rootfile = ROOT.TFile.Open( filename )
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histDict = Scan.readInScanHists( rootfile )
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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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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.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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#### now prepare dump
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for xbin in range( 1, histDict[ "ScanAnalyzerNLO" ].GetNbinsX() + 1 ):
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for ybin in range( 1, histDict[ "ScanAnalyzerNLO" ].GetNbinsY() + 1 ):
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if( histDict[ "ScanAnalyzerNLO" ].GetBinContent( xbin, ybin ) == 0 ):
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continue
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m0 = histDict[ "ScanAnalyzerNLO" ].GetXaxis().GetBinCenter( xbin )
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#### temporary scan only small part
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if m0 > 800:
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continue
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#if not m0 == 400:
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# continue
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m12 = histDict[ "ScanAnalyzerNLO" ].GetYaxis().GetBinCenter( ybin )
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#### temporary scan only small part
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if m12 > 800:
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continue
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#if not m12 == 280:
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# continue
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fileName = datacardDir + "/Datacard_" + str( int( m0 ) ) + "_" + str( int( m12 ) ) + "_" + str( int( tanBeta ) ) + ".txt"
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rateErr = ROOT.Double( 0 )
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contRealErr = ROOT.Double( 0 )
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contFakeErr = ROOT.Double( 0 )
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rate = histDict[ "ScanAnalyzerNLO" ].IntegralAndError( xbin, xbin, ybin, ybin, rateErr )
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contReal = histDict[ "SignalContMuon" ].IntegralAndError( xbin, xbin, ybin, ybin, contRealErr )
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contFake = histDict[ "SignalContQCD" ].IntegralAndError( xbin, xbin, ybin, ybin, contFakeErr )
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#print "rate=", rate, " contReal=", contReal, " contFake=", contFake
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cleanedRate = rate - contReal - contFake
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if cleanedRate < 0:
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cleanedRate = 0
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cleanedRateErr = rateErr/rate + 1
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JECUp = histDict[ "RateRelJECUp" ].GetBinContent( xbin, ybin )
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JECDn = histDict[ "RateRelJECDn" ].GetBinContent( xbin, ybin )
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#print "JEC up=", JECUp, " JEC dn=", JECDn
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TEUp = histDict[ "RateRelTEUp" ].GetBinContent( xbin, ybin )
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TEDn = histDict[ "RateRelTEDn" ].GetBinContent( xbin, ybin )
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#print "TE up=", TEUp, " TE dn=", TEDn
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NLOUp = histDict[ "RateRelNLO2" ].GetBinContent( xbin, ybin )
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NLODn = histDict[ "RateRelNLO05" ].GetBinContent( xbin, ybin )
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#print "NLO up=", NLOUp, " NLO05 dn=", NLODn
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MIUp = histDict[ "RateRelMuonIsoUp" ].GetBinContent( xbin, ybin )
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MIDn = histDict[ "RateRelMuonIsoDn" ].GetBinContent( xbin, ybin )
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#print "MI up=", MIUp +1 , " MI dn=", MIDn + 1
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EIUp = histDict[ "RateRelElecIsoUp" ].GetBinContent( xbin, ybin )
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EIDn = histDict[ "RateRelElecIsoDn" ].GetBinContent( xbin, ybin )
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#print "EI up=", EIUp +1 , " EI dn=", EIDn + 1
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PDFUp = histDict[ "RateRelPDFUp" ].GetBinContent( xbin, ybin )
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PDFDn = histDict[ "RateRelPDFDn" ].GetBinContent( xbin, ybin )
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#print "PDF up=", PDFUp +1 , " PDF dn=", PDFDn + 1
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contRealRel = histDict[ "SignalContMuonRel" ].GetBinContent( xbin, ybin )
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contFakeRel = histDict[ "SignalContQCDRel" ].GetBinContent( xbin, ybin )
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#if m0 > 500 and m0 < 600 and m12 > 200 and m12 < 300:
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# print "m0=", m0, " m12=", m12, " rate=", rate, " contReal=", contReal, " contFake=", contFake
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# print "JECUp=", JECUp
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# pass
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d = Dump.PrintFile( fileName )
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d.setObservation( data )
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d.setRate( cleanedRate, dataMuon, dataQCD )
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#d.setUncert( "uncertLumi", 1.036, [ 0 ] )
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#d.setUncert( "uncertTrig", 1.063, [ 0 ] )
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d.setUncert( "uncertLumi", 1.022, [ 0 ] )
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d.setUncert( "uncertTrig", 1.025, [ 0 ] ) ### new
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#d.setUncert( "uncertPDF", 1.3, [ 0 ] ) ###### currently flat
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d.setUncert( "uncertPDF", PDFUp +1, [ 0 ] ) ### are these guys in or out??
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d.setUncert( "uncertJEC", JECUp, [ 0 ] )
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d.setUncert( "uncertTE", TEUp, [ 0 ] )
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####d.setUncert( "uncertNLO05", NLODn, [ 0 ] ) ### left out because of new policy
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d.setUncert( "uncertMI", MIUp + 1, [ 0 ] )
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d.setUncert( "uncertEI", EIUp + 1, [ 0 ] )
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d.setUncert( "uncertSignalStat", cleanedRateErr, [ 0 ] )
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#d.setUncert( "uncertRealStat", contRealErr, [ 1 ] )
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#d.setUncert( "uncertFakeStat", contFakeErr, [ 2 ] )
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d.setUncert( "uncertFakeStat", dataQCDStatRel, [ 2 ] )
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d.setUncert( "uncertRealStat", dataMuonStatRel, [ 1 ] )
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d.setUncert( "uncertFakeSyst", dataQCDSystRel, [ 2 ] )
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d.setUncert( "uncertRealSyst", dataMuonSystRel, [ 1 ] )
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d.write()
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pass
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pass
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