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import ROOT
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import sys, tarfile, 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 ScanLimit_cff as SL
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import ScanStandard_cff as SS
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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 = 4.533
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lumi = 4.869
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xTitle = "m_{0} [GeV]"
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yTitle = "m_{1/2} [GeV]"
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name = "plots/Limit/cMSSM_Limits"
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save = False
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tarDir = "/afs/naf.desy.de/user/n/nowaf/UserCode/nowaf/PythonScripts/2011/VersionII/LimitOutput/"
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#tarName = "2012-01-05-15-03-Datacards.tar"
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#tarName = "2012-01-23-10-22-Datacards.tar"
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#tarName = "2012-01-23-12-13-Datacards.tar"
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#tarName = "2012-01-28-15-52-Datacards.tar"
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#tarName = "2012-02-06-08-30-Datacards.tar"
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#tarName = "2012-02-07-08-10-Datacards.tar"
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#tarName = "2012-02-15-10-12-Datacards.tar"
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tarName = "2012-02-23-11-39-Datacards.tar"
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#### read in the limit result tar file
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points = SL.readInLimits( tarDir, tarName )
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#for p in points:
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# print p.m0
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### interpolate missing points
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points = SL.interpolatePoints( points )
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### now create first plots ( cMSSM )
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filename = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/ScanTanBeta40new_xi/ScanTanBet40new_xi.root"
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file = ROOT.TFile.Open( filename )
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histDict = SL.makeStandardPlots( points, file, lumi )
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### get the contours from the obs/exp limit
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SL.getContours( histDict )
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SL.getContours( histDict, hist="ExpEval" )
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SL.getContours( histDict, hist="ExpM1Eval" )
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SL.getContours( histDict, hist="ExpP1Eval" )
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SL.getContours( histDict, hist="ExpTheoUpEval" )
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SL.getContours( histDict, hist="ExpTheoDnEval" )
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SL.getContours( histDict, hist="ObsTheoUpEval" )
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SL.getContours( histDict, hist="ObsTheoDnEval" )
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SL.getContours( histDict, hist="ObsSmoothEval" )
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SL.getContours( histDict, hist="ExpSmoothEval" )
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SL.getContours( histDict, hist="ExpM1SmoothEval" )
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SL.getContours( histDict, hist="ExpP1SmoothEval" )
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SL.getContours( histDict, hist="ExpTheoUpSmoothEval" )
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SL.getContours( histDict, hist="ExpTheoDnSmoothEval" )
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SL.getContours( histDict, hist="ObsTheoUpSmoothEval" )
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SL.getContours( histDict, hist="ObsTheoDnSmoothEval" )
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### get the full contours of Obs and Exp
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ymin = 260
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SL.getFullContour( histDict, hist="ObsEval", ymin=ymin )
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SL.getFullContour( histDict, hist="ExpEval", color=ROOT.kBlue+4, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpM1Eval", ymax=540, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpP1Eval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ObsTheoUpEval", ymax=540, ymin=ymin )
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SL.getFullContour( histDict, hist="ObsTheoDnEval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpTheoUpEval", ymax=540, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpTheoDnEval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ObsSmoothEval", ymin=ymin )
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SL.getFullContour( histDict, hist="ExpSmoothEval", ymin=ymin )
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SL.getFullContour( histDict, hist="ExpM1SmoothEval", ymax=540, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpP1SmoothEval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpTheoUpSmoothEval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ExpTheoDnSmoothEval", ymax=540, ymin=ymin )
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SL.getFullContour( histDict, hist="ObsTheoUpSmoothEval", ymax=500, ymin=ymin )
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SL.getFullContour( histDict, hist="ObsTheoDnSmoothEval", ymax=540, ymin=ymin )
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### get the snippet contours of Obs and Exp
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SL.getContourSnippet( histDict, hist="ObsEval", ymax=250 )
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SL.getContourSnippet( histDict, hist="ExpEval", color=ROOT.kBlue+4, ymax=250 )
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SL.getContourSnippet( histDict, hist="ExpM1Eval", xmax=630 )
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SL.getContourSnippet( histDict, hist="ExpP1Eval" )
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### get nice plot with uncertainty band
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SL.getFullContoursWithBand( histDict )
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SL.getSnippetContoursWithBand( histDict )
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title = "CMS Simulation, L = " + str( round( lumi,1 ) ) + " fb^{-1}, #sqrt{s} = 7 TeV"
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title2 = "CMS Preliminary, 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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#title2 = "L = " + str( round( lumi,1 ) ) + " fb^{-1}, #sqrt{s} = 7 TeV"
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cDict = {}
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col = ROOT.TColor.GetColor( '#C80064' )
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######## full version
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histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( col )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( col )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 2 )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 2 )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
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histDict[ "FullBandObs" ].SetLineColor( col )
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histDict[ "FullBandExp" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "FullBand" ].SetLineColor( ROOT.kAzure - 9 )
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histDict[ "FullBand" ].SetFillColor( ROOT.kAzure - 9 )
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#histDict[ "contExpTheoUpEval" ].Draw( "samel" )
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#histDict[ "contExpTheoDnEval" ].Draw( "samel" )
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#histDict[ "contObsTheoUpEval" ].Draw( "samel" )
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#histDict[ "contObsTheoDnEval" ].Draw( "samel" )
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hListBand = [ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "FullBand" ], histDict[ "contExpTheoUpSmoothEval" ], histDict[ "contObsTheoUpSmoothEval" ] ]
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SS.drawStandardPlot( histDict, cDict, [ "FullBand", "FullBandExp", "FullBandObs", "contExpTheoUpSmoothEval", "contExpTheoDnSmoothEval", "contObsTheoUpSmoothEval", "contObsTheoDnSmoothEval" ],
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[ "samef", "samel", "samel", "samel", "samel", "samel", "samel" ],
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[ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "FullBand" ] ],
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[ "Observed Limit", "Expected Limit", "Uncertainty" ],
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title=title2, name="FullBand" )
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#histDict[ "FullBand" ].Draw( "samef" )
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#histDict[ "FullBandObs" ].Draw( "samel" )
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#histDict[ "FullBandExp" ].Draw( "samel" )
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#histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kRed )
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#histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kRed )
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#histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 1 )
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#histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 1 )
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#histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( 1 )
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#histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( 1 )
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#histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 1 )
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#histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 1 )
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#histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
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#histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
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#histDict[ "contExpTheoUpSmoothEval" ].Draw( "samel" )
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#histDict[ "contExpTheoDnSmoothEval" ].Draw( "samel" )
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#histDict[ "contObsTheoUpSmoothEval" ].Draw( "samel" )
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#histDict[ "contObsTheoDnSmoothEval" ].Draw( "samel" )
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#histDict[ "ts" ].Draw( "BOX same" )
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#histDict[ "lsl" ].Draw( "BOX same" )
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legFull = Style.makeLegendSimple( hListBand,
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[ "Obs Limit", "Exp Limit", "Exp #pm 1#sigma", "Exp #pm 1#sigma (theo.)", "Obs #pm 1#sigma (theo.)" ],
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position = "mmr", textSize=0.022,
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statusDict={"Exp #pm 1#sigma":"BG"} )
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legFull.SetLineWidth( 1 )
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legFull.SetLineColor( 1 )
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legFull.SetBorderSize( 1 )
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legFull.Draw()
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legtest= histDict[ "expLeg" ].Clone()
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legtest.Draw()
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text1 = histDict[ "text1" ].Clone()
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text2 = histDict[ "text2" ].Clone()
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text1.Draw()
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text2.Draw()
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## cDict[ histDict[ "Obs" ].GetName() ] = ROOT.TCanvas( histDict[ "Obs" ].GetName() + "Canv", histDict[ "Obs" ].GetName() + "Canv" )
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## cDict[ histDict[ "Obs" ].GetName() ].cd()
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## #histDict[ "tshist" ].Draw( "BOX" )
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## #histDict[ "lsl" ].Draw( "BOX same" )
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## #histDict[ "hist" + "" ].Draw( "axis" )
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## #histDict[ "ts" ].Draw( "axissame" )
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## ##legFull.Draw()
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## #legtest.Draw()
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## #histDict[ "cont" + "lsl" ].Draw( "l" )
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## histDict[ "lslhist" ].Draw( "BOX" )
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######## reduced version
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histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( col )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( col )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 2 )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 2 )
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histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
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histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
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histDict[ "FullBandObs" ].SetLineColor( col )
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histDict[ "FullBandExp" ].SetLineColor( ROOT.kAzure - 2 )
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histDict[ "FullBand" ].SetLineColor( ROOT.kAzure - 9 )
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histDict[ "FullBand" ].SetFillColor( ROOT.kAzure - 9 )
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#histDict[ "contExpTheoUpEval" ].Draw( "samel" )
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#histDict[ "contExpTheoDnEval" ].Draw( "samel" )
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#histDict[ "contObsTheoUpEval" ].Draw( "samel" )
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#histDict[ "contObsTheoDnEval" ].Draw( "samel" )
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hListBand = [ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "FullBand" ], histDict[ "contObsTheoUpSmoothEval" ] ]
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SS.drawStandardPlot( histDict, cDict, [ "FullBand", "FullBandExp", "FullBandObs", "contObsTheoUpSmoothEval", "contObsTheoDnSmoothEval" ],
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[ "samef", "samel", "samel", "samel", "samel", "samel", "samel" ],
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[ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "FullBand" ] ],
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[ "Observed Limit", "Expected Limit", "Uncertainty" ],
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title=title2, name="FullBandReduced" )
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#histDict[ "FullBand" ].Draw( "samef" )
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#histDict[ "FullBandObs" ].Draw( "samel" )
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#histDict[ "FullBandExp" ].Draw( "samel" )
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#histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kRed )
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#histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kRed )
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#histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 1 )
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| 206 |
#histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 1 )
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| 207 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( 1 )
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| 208 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( 1 )
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| 209 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 1 )
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| 210 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 1 )
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| 211 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
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| 212 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
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| 213 |
#histDict[ "contExpTheoUpSmoothEval" ].Draw( "samel" )
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| 214 |
#histDict[ "contExpTheoDnSmoothEval" ].Draw( "samel" )
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| 215 |
#histDict[ "contObsTheoUpSmoothEval" ].Draw( "samel" )
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| 216 |
#histDict[ "contObsTheoDnSmoothEval" ].Draw( "samel" )
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legRed = Style.makeLegendSimple( hListBand,
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[ "Obs Limit", "Exp Limit", "Exp #pm 1#sigma", "Obs #pm 1#sigma (theo.)" ],
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position = "mmr", textSize=0.022,
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statusDict={"Exp #pm 1#sigma":"BG"} )
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legRed.SetLineWidth( 1 )
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| 222 |
legRed.SetLineColor( 1 )
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legRed.SetBorderSize( 1 )
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legRed.Draw()
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legtest1= histDict[ "expLeg" ].Clone()
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legtest1.Draw()
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| 227 |
text3 = histDict[ "text1" ].Clone()
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text4 = histDict[ "text2" ].Clone()
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text3.Draw()
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| 230 |
text4.Draw()
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| 231 |
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| 232 |
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| 233 |
######## lined version
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| 234 |
histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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| 235 |
histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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| 236 |
histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 7 )
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| 237 |
histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 7 )
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| 238 |
histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( col )
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| 239 |
histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( col )
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| 240 |
histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 2 )
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| 241 |
histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 2 )
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| 242 |
histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
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| 243 |
histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
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| 244 |
histDict[ "FullBandObs" ].SetLineColor( col )
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| 245 |
histDict[ "FullBandExp" ].SetLineColor( ROOT.kAzure - 2 )
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| 246 |
histDict[ "FullBand" ].SetLineColor( ROOT.kAzure - 9 )
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| 247 |
histDict[ "FullBand" ].SetFillColor( ROOT.kAzure - 9 )
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| 248 |
histDict[ "contExpM1SmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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| 249 |
histDict[ "contExpP1SmoothEval" ].SetLineColor( ROOT.kAzure - 2 )
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| 250 |
histDict[ "contExpM1SmoothEval" ].SetLineWidth( 2 )
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| 251 |
histDict[ "contExpP1SmoothEval" ].SetLineWidth( 2 )
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| 252 |
histDict[ "contExpM1SmoothEval" ].SetLineStyle( 3 )
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| 253 |
histDict[ "contExpP1SmoothEval" ].SetLineStyle( 3 )
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| 254 |
#histDict[ "contExpTheoUpEval" ].Draw( "samel" )
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| 255 |
#histDict[ "contExpTheoDnEval" ].Draw( "samel" )
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| 256 |
#histDict[ "contObsTheoUpEval" ].Draw( "samel" )
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| 257 |
#histDict[ "contObsTheoDnEval" ].Draw( "samel" )
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| 258 |
hListBand = [ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "contExpM1SmoothEval" ], histDict[ "contExpTheoUpSmoothEval" ], histDict[ "contObsTheoUpSmoothEval" ] ]
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| 259 |
SS.drawStandardPlot( histDict, cDict, [ "contExpM1SmoothEval", "contExpP1SmoothEval", "FullBandExp", "FullBandObs", "contExpTheoUpSmoothEval", "contExpTheoDnSmoothEval", "contObsTheoUpSmoothEval", "contObsTheoDnSmoothEval" ],
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| 260 |
[ "samel","samel", "samel", "samel", "samel", "samel", "samel", "samel" ],
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| 261 |
[ histDict[ "FullBandObs" ], histDict[ "FullBandExp" ], histDict[ "FullBand" ] ],
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| 262 |
[ "Observed Limit", "Expected Limit", "Uncertainty" ],
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| 263 |
title=title2, name="FullLined" )
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| 264 |
#histDict[ "FullBand" ].Draw( "samef" )
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| 265 |
#histDict[ "FullBandObs" ].Draw( "samel" )
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| 266 |
#histDict[ "FullBandExp" ].Draw( "samel" )
|
| 267 |
#histDict[ "contExpTheoUpSmoothEval" ].SetLineColor( ROOT.kRed )
|
| 268 |
#histDict[ "contExpTheoDnSmoothEval" ].SetLineColor( ROOT.kRed )
|
| 269 |
#histDict[ "contExpTheoUpSmoothEval" ].SetLineStyle( 1 )
|
| 270 |
#histDict[ "contExpTheoDnSmoothEval" ].SetLineStyle( 1 )
|
| 271 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineColor( 1 )
|
| 272 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineColor( 1 )
|
| 273 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineWidth( 1 )
|
| 274 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineWidth( 1 )
|
| 275 |
#histDict[ "contObsTheoUpSmoothEval" ].SetLineStyle( 7 )
|
| 276 |
#histDict[ "contObsTheoDnSmoothEval" ].SetLineStyle( 7 )
|
| 277 |
#histDict[ "contExpTheoUpSmoothEval" ].Draw( "samel" )
|
| 278 |
#histDict[ "contExpTheoDnSmoothEval" ].Draw( "samel" )
|
| 279 |
#histDict[ "contObsTheoUpSmoothEval" ].Draw( "samel" )
|
| 280 |
#histDict[ "contObsTheoDnSmoothEval" ].Draw( "samel" )
|
| 281 |
#histDict[ "ts" ].Draw( "BOX same" )
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| 282 |
#histDict[ "lsl" ].Draw( "BOX same" )
|
| 283 |
legLined = Style.makeLegendSimple( hListBand,
|
| 284 |
[ "Obs Limit", "Exp Limit", "Exp #pm 1#sigma", "Exp #pm 1#sigma (theo.)", "Obs #pm 1#sigma (theo.)" ],
|
| 285 |
position = "mmr", textSize=0.022,
|
| 286 |
statusDict={} )
|
| 287 |
legLined.SetLineWidth( 1 )
|
| 288 |
legLined.SetLineColor( 1 )
|
| 289 |
legLined.SetBorderSize( 1 )
|
| 290 |
legLined.Draw()
|
| 291 |
legtest3= histDict[ "expLeg" ].Clone()
|
| 292 |
legtest3.Draw()
|
| 293 |
text5 = histDict[ "text1" ].Clone()
|
| 294 |
text6 = histDict[ "text2" ].Clone()
|
| 295 |
text5.Draw()
|
| 296 |
text6.Draw()
|
| 297 |
|
| 298 |
|
| 299 |
|
| 300 |
|
| 301 |
## Style.setHistStyle( histDict[ "Obs" ],
|
| 302 |
## xTitle=xTitle,
|
| 303 |
## yTitle=yTitle,
|
| 304 |
## title=title )
|
| 305 |
## histDict[ "Obs" ].GetXaxis().SetRangeUser( 210,810 )
|
| 306 |
## histDict[ "Obs" ].GetYaxis().SetRangeUser( 90,810 )
|
| 307 |
## histDict[ "Obs" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 308 |
## cDict[ histDict[ "Obs" ].GetName() ] = ROOT.TCanvas( histDict[ "Obs" ].GetName() + "Canv", histDict[ "Obs" ].GetName() + "Canv" )
|
| 309 |
## cDict[ histDict[ "Obs" ].GetName() ].cd()
|
| 310 |
## histDict[ "Obs" ].Draw( "COLZ" )
|
| 311 |
## ##histDict[ "Inacc" ].Draw( "sameBOX" )
|
| 312 |
## ROOT.gPad.SetLogz()
|
| 313 |
|
| 314 |
## Style.setHistStyle( histDict[ "ObsFullSmooth" ],
|
| 315 |
## xTitle=xTitle,
|
| 316 |
## yTitle=yTitle,
|
| 317 |
## title=title )
|
| 318 |
## histDict[ "ObsFullSmooth" ].GetXaxis().SetRangeUser( 210,810 )
|
| 319 |
## histDict[ "ObsFullSmooth" ].GetYaxis().SetRangeUser( 90,810 )
|
| 320 |
## histDict[ "ObsFullSmooth" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 321 |
## cDict[ histDict[ "ObsFullSmooth" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsFullSmooth" ].GetName() + "Canv", histDict[ "ObsFullSmooth" ].GetName() + "Canv" )
|
| 322 |
## cDict[ histDict[ "ObsFullSmooth" ].GetName() ].cd()
|
| 323 |
## histDict[ "ObsFullSmooth" ].Draw( "COLZ" )
|
| 324 |
## ##histDict[ "Inacc" ].Draw( "sameBOX" )
|
| 325 |
## ROOT.gPad.SetLogz()
|
| 326 |
|
| 327 |
## Style.setHistStyle( histDict[ "ObsSmooth" ],
|
| 328 |
## xTitle=xTitle,
|
| 329 |
## yTitle=yTitle,
|
| 330 |
## title=title )
|
| 331 |
## histDict[ "ObsSmooth" ].GetXaxis().SetRangeUser( 210,810 )
|
| 332 |
## histDict[ "ObsSmooth" ].GetYaxis().SetRangeUser( 90,810 )
|
| 333 |
## histDict[ "ObsSmooth" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 334 |
## cDict[ histDict[ "ObsSmooth" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsSmooth" ].GetName() + "Canv", histDict[ "ObsSmooth" ].GetName() + "Canv" )
|
| 335 |
## cDict[ histDict[ "ObsSmooth" ].GetName() ].cd()
|
| 336 |
## histDict[ "ObsSmooth" ].Draw( "COLZ" )
|
| 337 |
## ##histDict[ "Inacc" ].Draw( "sameBOX" )
|
| 338 |
## ROOT.gPad.SetLogz()
|
| 339 |
|
| 340 |
## Style.setHistStyle( histDict[ "TheoRel" ],
|
| 341 |
## xTitle=xTitle,
|
| 342 |
## yTitle=yTitle,
|
| 343 |
## title=title )
|
| 344 |
## #histDict[ "TheoRel" ].GetXaxis().SetRangeUser( 210,810 )
|
| 345 |
## #histDict[ "TheoRel" ].GetYaxis().SetRangeUser( 90,810 )
|
| 346 |
## histDict[ "TheoRel" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 347 |
## cDict[ histDict[ "TheoRel" ].GetName() ] = ROOT.TCanvas( histDict[ "TheoRel" ].GetName() + "Canv", histDict[ "TheoRel" ].GetName() + "Canv" )
|
| 348 |
## cDict[ histDict[ "TheoRel" ].GetName() ].cd()
|
| 349 |
## histDict[ "TheoRel" ].Draw( "COLZ" )
|
| 350 |
## ##histDict[ "Inacc" ].Draw( "sameBOX" )
|
| 351 |
## ROOT.gPad.SetLogz()
|
| 352 |
|
| 353 |
## Style.setHistStyle( histDict[ "ObsSmoothEval" ],
|
| 354 |
## xTitle=xTitle,
|
| 355 |
## yTitle=yTitle,
|
| 356 |
## title=title )
|
| 357 |
## histDict[ "ObsSmoothEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 358 |
## histDict[ "ObsSmoothEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 359 |
## cDict[ histDict[ "ObsSmoothEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsSmoothEval" ].GetName() + "Canv", histDict[ "ObsSmoothEval" ].GetName() + "Canv" )
|
| 360 |
## cDict[ histDict[ "ObsSmoothEval" ].GetName() ].cd()
|
| 361 |
## histDict[ "ObsSmoothEval" ].Draw( "COLZ" )
|
| 362 |
|
| 363 |
## Style.setHistStyle( histDict[ "ObsEval" ],
|
| 364 |
## xTitle=xTitle,
|
| 365 |
## yTitle=yTitle,
|
| 366 |
## title=title )
|
| 367 |
## histDict[ "ObsEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 368 |
## histDict[ "ObsEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 369 |
## cDict[ histDict[ "ObsEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsEval" ].GetName() + "Canv", histDict[ "ObsEval" ].GetName() + "Canv" )
|
| 370 |
## cDict[ histDict[ "ObsEval" ].GetName() ].cd()
|
| 371 |
## histDict[ "ObsEval" ].Draw( "COLZ" )
|
| 372 |
|
| 373 |
## ## plot = histDict[ "ObsEval" ].Clone()
|
| 374 |
## ## plot.SetContour( 2 )
|
| 375 |
## ## cDict[ "cont" ] = ROOT.TCanvas( "Cont", "Cont" )
|
| 376 |
## ## cDict[ "cont" ].cd()
|
| 377 |
## ## plot.Draw( "CONT Z List" )
|
| 378 |
|
| 379 |
## Style.setHistStyle( histDict[ "Exp" ],
|
| 380 |
## xTitle=xTitle,
|
| 381 |
## yTitle=yTitle,
|
| 382 |
## title=title )
|
| 383 |
## histDict[ "Exp" ].GetXaxis().SetRangeUser( 210,810 )
|
| 384 |
## histDict[ "Exp" ].GetYaxis().SetRangeUser( 90,810 )
|
| 385 |
## histDict[ "Exp" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 386 |
## cDict[ histDict[ "Exp" ].GetName() ] = ROOT.TCanvas( histDict[ "Exp" ].GetName() + "Canv", histDict[ "Exp" ].GetName() + "Canv" )
|
| 387 |
## cDict[ histDict[ "Exp" ].GetName() ].cd()
|
| 388 |
## histDict[ "Exp" ].Draw( "COLZ" )
|
| 389 |
## ROOT.gPad.SetLogz()
|
| 390 |
|
| 391 |
## Style.setHistStyle( histDict[ "ExpEval" ],
|
| 392 |
## xTitle=xTitle,
|
| 393 |
## yTitle=yTitle,
|
| 394 |
## title=title )
|
| 395 |
## histDict[ "ExpEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 396 |
## histDict[ "ExpEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 397 |
## cDict[ histDict[ "ExpEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpEval" ].GetName() + "Canv", histDict[ "ExpEval" ].GetName() + "Canv" )
|
| 398 |
## cDict[ histDict[ "ExpEval" ].GetName() ].cd()
|
| 399 |
## histDict[ "ExpEval" ].Draw( "COLZ" )
|
| 400 |
|
| 401 |
## ## plotExp = histDict[ "ExpEval" ].Clone()
|
| 402 |
## ## plotExp.SetContour( 3 )
|
| 403 |
## ## cDict[ "contexp" ] = ROOT.TCanvas( "Contexp", "Contexp" )
|
| 404 |
## ## cDict[ "contexp" ].cd()
|
| 405 |
## ## plotExp.Draw( "CONT Z List" )
|
| 406 |
|
| 407 |
## Style.setHistStyle( histDict[ "ExpM1" ],
|
| 408 |
## xTitle=xTitle,
|
| 409 |
## yTitle=yTitle,
|
| 410 |
## title=title )
|
| 411 |
## histDict[ "ExpM1" ].GetXaxis().SetRangeUser( 210,810 )
|
| 412 |
## histDict[ "ExpM1" ].GetYaxis().SetRangeUser( 90,810 )
|
| 413 |
## histDict[ "ExpM1" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 414 |
## cDict[ histDict[ "ExpM1" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpM1" ].GetName() + "Canv", histDict[ "ExpM1" ].GetName() + "Canv" )
|
| 415 |
## cDict[ histDict[ "ExpM1" ].GetName() ].cd()
|
| 416 |
## histDict[ "ExpM1" ].Draw( "COLZ" )
|
| 417 |
## ROOT.gPad.SetLogz()
|
| 418 |
|
| 419 |
## Style.setHistStyle( histDict[ "ExpM1Eval" ],
|
| 420 |
## xTitle=xTitle,
|
| 421 |
## yTitle=yTitle,
|
| 422 |
## title=title )
|
| 423 |
## histDict[ "ExpM1Eval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 424 |
## histDict[ "ExpM1Eval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 425 |
## cDict[ histDict[ "ExpM1Eval" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpM1Eval" ].GetName() + "Canv", histDict[ "ExpM1Eval" ].GetName() + "Canv" )
|
| 426 |
## cDict[ histDict[ "ExpM1Eval" ].GetName() ].cd()
|
| 427 |
## histDict[ "ExpM1Eval" ].Draw( "COLZ" )
|
| 428 |
|
| 429 |
## Style.setHistStyle( histDict[ "ExpP1" ],
|
| 430 |
## xTitle=xTitle,
|
| 431 |
## yTitle=yTitle,
|
| 432 |
## title=title )
|
| 433 |
## histDict[ "ExpP1" ].GetXaxis().SetRangeUser( 210,810 )
|
| 434 |
## histDict[ "ExpP1" ].GetYaxis().SetRangeUser( 90,810 )
|
| 435 |
## histDict[ "ExpP1" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 436 |
## cDict[ histDict[ "ExpP1" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpP1" ].GetName() + "Canv", histDict[ "ExpP1" ].GetName() + "Canv" )
|
| 437 |
## cDict[ histDict[ "ExpP1" ].GetName() ].cd()
|
| 438 |
## histDict[ "ExpP1" ].Draw( "COLZ" )
|
| 439 |
## ROOT.gPad.SetLogz()
|
| 440 |
|
| 441 |
## Style.setHistStyle( histDict[ "ExpP1Eval" ],
|
| 442 |
## xTitle=xTitle,
|
| 443 |
## yTitle=yTitle,
|
| 444 |
## title=title )
|
| 445 |
## histDict[ "ExpP1Eval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 446 |
## histDict[ "ExpP1Eval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 447 |
## cDict[ histDict[ "ExpP1Eval" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpP1Eval" ].GetName() + "Canv", histDict[ "ExpP1Eval" ].GetName() + "Canv" )
|
| 448 |
## cDict[ histDict[ "ExpP1Eval" ].GetName() ].cd()
|
| 449 |
## histDict[ "ExpP1Eval" ].Draw( "COLZ" )
|
| 450 |
|
| 451 |
|
| 452 |
## Style.setHistStyle( histDict[ "ObsTheoUp" ],
|
| 453 |
## xTitle=xTitle,
|
| 454 |
## yTitle=yTitle,
|
| 455 |
## title=title )
|
| 456 |
## histDict[ "ObsTheoUp" ].GetXaxis().SetRangeUser( 210,810 )
|
| 457 |
## histDict[ "ObsTheoUp" ].GetYaxis().SetRangeUser( 90,810 )
|
| 458 |
## histDict[ "ObsTheoUp" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 459 |
## cDict[ histDict[ "ObsTheoUp" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsTheoUp" ].GetName() + "Canv", histDict[ "ObsTheoUp" ].GetName() + "Canv" )
|
| 460 |
## cDict[ histDict[ "ObsTheoUp" ].GetName() ].cd()
|
| 461 |
## histDict[ "ObsTheoUp" ].Draw( "COLZ" )
|
| 462 |
## ROOT.gPad.SetLogz()
|
| 463 |
|
| 464 |
## Style.setHistStyle( histDict[ "ObsTheoUpEval" ],
|
| 465 |
## xTitle=xTitle,
|
| 466 |
## yTitle=yTitle,
|
| 467 |
## title=title )
|
| 468 |
## histDict[ "ObsTheoUpEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 469 |
## histDict[ "ObsTheoUpEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 470 |
## cDict[ histDict[ "ObsTheoUpEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsTheoUpEval" ].GetName() + "Canv", histDict[ "ObsTheoUpEval" ].GetName() + "Canv" )
|
| 471 |
## cDict[ histDict[ "ObsTheoUpEval" ].GetName() ].cd()
|
| 472 |
## histDict[ "ObsTheoUpEval" ].Draw( "COLZ" )
|
| 473 |
|
| 474 |
## Style.setHistStyle( histDict[ "ObsTheoDn" ],
|
| 475 |
## xTitle=xTitle,
|
| 476 |
## yTitle=yTitle,
|
| 477 |
## title=title )
|
| 478 |
## histDict[ "ObsTheoDn" ].GetXaxis().SetRangeUser( 210,810 )
|
| 479 |
## histDict[ "ObsTheoDn" ].GetYaxis().SetRangeUser( 90,810 )
|
| 480 |
## histDict[ "ObsTheoDn" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 481 |
## cDict[ histDict[ "ObsTheoDn" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsTheoDn" ].GetName() + "Canv", histDict[ "ObsTheoDn" ].GetName() + "Canv" )
|
| 482 |
## cDict[ histDict[ "ObsTheoDn" ].GetName() ].cd()
|
| 483 |
## histDict[ "ObsTheoDn" ].Draw( "COLZ" )
|
| 484 |
## ROOT.gPad.SetLogz()
|
| 485 |
|
| 486 |
## Style.setHistStyle( histDict[ "ObsTheoDnEval" ],
|
| 487 |
## xTitle=xTitle,
|
| 488 |
## yTitle=yTitle,
|
| 489 |
## title=title )
|
| 490 |
## histDict[ "ObsTheoDnEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 491 |
## histDict[ "ObsTheoDnEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 492 |
## cDict[ histDict[ "ObsTheoDnEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ObsTheoDnEval" ].GetName() + "Canv", histDict[ "ObsTheoDnEval" ].GetName() + "Canv" )
|
| 493 |
## cDict[ histDict[ "ObsTheoDnEval" ].GetName() ].cd()
|
| 494 |
## histDict[ "ObsTheoDnEval" ].Draw( "COLZ" )
|
| 495 |
|
| 496 |
## Style.setHistStyle( histDict[ "ExpTheoUp" ],
|
| 497 |
## xTitle=xTitle,
|
| 498 |
## yTitle=yTitle,
|
| 499 |
## title=title )
|
| 500 |
## histDict[ "ExpTheoUp" ].GetXaxis().SetRangeUser( 210,810 )
|
| 501 |
## histDict[ "ExpTheoUp" ].GetYaxis().SetRangeUser( 90,810 )
|
| 502 |
## histDict[ "ExpTheoUp" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 503 |
## cDict[ histDict[ "ExpTheoUp" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpTheoUp" ].GetName() + "Canv", histDict[ "ExpTheoUp" ].GetName() + "Canv" )
|
| 504 |
## cDict[ histDict[ "ExpTheoUp" ].GetName() ].cd()
|
| 505 |
## histDict[ "ExpTheoUp" ].Draw( "COLZ" )
|
| 506 |
## ROOT.gPad.SetLogz()
|
| 507 |
|
| 508 |
## Style.setHistStyle( histDict[ "ExpTheoUpEval" ],
|
| 509 |
## xTitle=xTitle,
|
| 510 |
## yTitle=yTitle,
|
| 511 |
## title=title )
|
| 512 |
## histDict[ "ExpTheoUpEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 513 |
## histDict[ "ExpTheoUpEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 514 |
## cDict[ histDict[ "ExpTheoUpEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpTheoUpEval" ].GetName() + "Canv", histDict[ "ExpTheoUpEval" ].GetName() + "Canv" )
|
| 515 |
## cDict[ histDict[ "ExpTheoUpEval" ].GetName() ].cd()
|
| 516 |
## histDict[ "ExpTheoUpEval" ].Draw( "COLZ" )
|
| 517 |
|
| 518 |
## Style.setHistStyle( histDict[ "ExpTheoDn" ],
|
| 519 |
## xTitle=xTitle,
|
| 520 |
## yTitle=yTitle,
|
| 521 |
## title=title )
|
| 522 |
## histDict[ "ExpTheoDn" ].GetXaxis().SetRangeUser( 210,810 )
|
| 523 |
## histDict[ "ExpTheoDn" ].GetYaxis().SetRangeUser( 90,810 )
|
| 524 |
## histDict[ "ExpTheoDn" ].GetZaxis().SetRangeUser( 10**-3,5*10**2 )
|
| 525 |
## cDict[ histDict[ "ExpTheoDn" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpTheoDn" ].GetName() + "Canv", histDict[ "ExpTheoDn" ].GetName() + "Canv" )
|
| 526 |
## cDict[ histDict[ "ExpTheoDn" ].GetName() ].cd()
|
| 527 |
## histDict[ "ExpTheoDn" ].Draw( "COLZ" )
|
| 528 |
## ROOT.gPad.SetLogz()
|
| 529 |
|
| 530 |
## Style.setHistStyle( histDict[ "ExpTheoDnEval" ],
|
| 531 |
## xTitle=xTitle,
|
| 532 |
## yTitle=yTitle,
|
| 533 |
## title=title )
|
| 534 |
## histDict[ "ExpTheoDnEval" ].GetXaxis().SetRangeUser( 210,810 )
|
| 535 |
## histDict[ "ExpTheoDnEval" ].GetYaxis().SetRangeUser( 90,810 )
|
| 536 |
## cDict[ histDict[ "ExpTheoDnEval" ].GetName() ] = ROOT.TCanvas( histDict[ "ExpTheoDnEval" ].GetName() + "Canv", histDict[ "ExpTheoDnEval" ].GetName() + "Canv" )
|
| 537 |
## cDict[ histDict[ "ExpTheoDnEval" ].GetName() ].cd()
|
| 538 |
## histDict[ "ExpTheoDnEval" ].Draw( "COLZ" )
|
| 539 |
|
| 540 |
|
| 541 |
## plotExpP1 = histDict[ "ExpP1Eval" ].Clone()
|
| 542 |
## plotExpP1.SetContour( 3 )
|
| 543 |
## cDict[ "contexpp1" ] = ROOT.TCanvas( "Contexpp1", "Contexpp1" )
|
| 544 |
## cDict[ "contexpp1" ].cd()
|
| 545 |
## plotExpP1.Draw( "CONT Z List" )
|
| 546 |
|
| 547 |
## plotExpM1 = histDict[ "ExpM1Eval" ].Clone()
|
| 548 |
## plotExpM1.SetContour( 3 )
|
| 549 |
## cDict[ "contexpm1" ] = ROOT.TCanvas( "Contexpm1", "Contexpm1" )
|
| 550 |
## cDict[ "contexpm1" ].cd()
|
| 551 |
## plotExpM1.Draw( "CONT Z List" )
|
| 552 |
|
| 553 |
if save:
|
| 554 |
Style.saveToEPS( name, cDict )
|
| 555 |
pass
|
| 556 |
|
| 557 |
Def.DontQuit()
|
