histolist = [resprereg,respostreg,outputdif_full,outputdif_zoom]
tree.Project("resprereg","(Jet_MatchedPartonPt - Jet_Pt)/Jet_Pt:Jet_Pt","","")
tree.Project("respostreg","(Jet_MatchedPartonPt - ("+regpt+"))/("+regpt+"):("+regpt+")","","")
tree.Project("outputdif_full","( BDTG - "+target+") : "+target,"","")
tree.Project("outputdif_zoom","( BDTG - "+target+") : "+target,"","")
pdfout = PDFPrinting(outputname)
outputfile = ROOT.TFile(outputname+".root","RECREATE")
outputfile.cd()
c1 = ROOT.TCanvas()
c1.cd()
for histo in histolist:
histo.Draw("colz")
c1.Update
pdfout.addCanvastoPDF(c1)
pdfout.closePDF()
del histolist,resprereg,respostreg,outputdif_full,outputdif_zoom,inputfile,tree,pdfout
inputbinning[var0][0],
inputbinning[var0][1],
inputbinning[var0][2],
inputbinning[var1][0],
inputbinning[var1][1],
inputbinning[var1][2],
)
tree_data.Project(str(rannum_data), var1 + ":" + var0, "")
tree_ttbar.Project(str(rannum_ttbar), var1 + ":" + var0, mcweight)
htmp_data.GetXaxis().SetTitle(var0)
htmp_data.GetYaxis().SetTitle(var1)
htmp_data.Draw("colz")
c1.Update()
pdfout_data.addCanvastoPDF(c1)
outputfile_data.cd()
htmp_data.Write()
htmp_ttbar.GetXaxis().SetTitle(var0)
htmp_ttbar.GetYaxis().SetTitle(var1)
htmp_ttbar.Draw("colz")
c1.Update()
pdfout_ttbar.addCanvastoPDF(c1)
outputfile_ttbar.cd()
htmp_ttbar.Write()
htmp_data.SetMarkerColor(ROOT.kRed)
htmp_data.Draw()
htmp_ttbar.Draw("same")
c1.Update()
binning_outputdiv_zoom_div[i][0],
binning_outputdiv_zoom_div[i][1],
binning_outputdiv_zoom_div[i][2])
histolist = [resprereg, respostreg, outputdif_full, outputdif_zoom]
tree.Project("resprereg", "(Jet_MatchedPartonPt - Jet_Pt)/Jet_Pt:Jet_Pt",
"", "")
tree.Project(
"respostreg", "(Jet_MatchedPartonPt - (" + regpt + "))/(" + regpt +
"):(" + regpt + ")", "", "")
tree.Project("outputdif_full", "( BDTG - " + target + ") : " + target, "",
"")
tree.Project("outputdif_zoom", "( BDTG - " + target + ") : " + target, "",
"")
pdfout = PDFPrinting(outputname)
outputfile = ROOT.TFile(outputname + ".root", "RECREATE")
outputfile.cd()
c1 = ROOT.TCanvas()
c1.cd()
for histo in histolist:
histo.Draw("colz")
c1.Update
pdfout.addCanvastoPDF(c1)
pdfout.closePDF()
del histolist, resprereg, respostreg, outputdif_full, outputdif_zoom, inputfile, tree, pdfout
inputbinning[var0][2], inputbinning[var1][0],
inputbinning[var1][1], inputbinning[var1][2])
htmp_ttbar = ROOT.TH2F(str(rannum_ttbar),
var0 + "_" + var1 + str(rannum_ttbar),
inputbinning[var0][0], inputbinning[var0][1],
inputbinning[var0][2], inputbinning[var1][0],
inputbinning[var1][1], inputbinning[var1][2])
tree_data.Project(str(rannum_data), var1 + ":" + var0, "")
tree_ttbar.Project(str(rannum_ttbar), var1 + ":" + var0, mcweight)
htmp_data.GetXaxis().SetTitle(var0)
htmp_data.GetYaxis().SetTitle(var1)
htmp_data.Draw("colz")
c1.Update()
pdfout_data.addCanvastoPDF(c1)
outputfile_data.cd()
htmp_data.Write()
htmp_ttbar.GetXaxis().SetTitle(var0)
htmp_ttbar.GetYaxis().SetTitle(var1)
htmp_ttbar.Draw("colz")
c1.Update()
pdfout_ttbar.addCanvastoPDF(c1)
outputfile_ttbar.cd()
htmp_ttbar.Write()
htmp_data.SetMarkerColor(ROOT.kRed)
htmp_data.Draw()
htmp_ttbar.Draw("same")
c1.Update()
