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#!/usr/bin/env python |
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'''Created by Bryn Mathias |
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bryn.mathias@cern.ch |
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''' |
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import ROOT as Root |
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import math |
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from time import strftime |
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import os, commands |
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Root.gROOT.SetBatch(True) |
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Root.gROOT.SetBatch(True) # suppress the creation of canvases on the screen.. much much faster if over a remote connection |
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Root.gROOT.SetStyle("Plain") #To set plain bkgds for slides |
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Root.gStyle.SetTitleBorderSize(0) |
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Root.gStyle.SetCanvasBorderMode(0) |
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Root.gStyle.SetLabelFont(42, "XYZ"); |
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Root.gStyle.SetLabelOffset(0.007, "XYZ"); |
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Root.gStyle.SetLabelSize(0.05, "XYZ"); |
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intlumi = 0.2683 #inv pico barns |
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Root.gStyle.SetHatchesLineWidth(3) |
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#Please enter the integrated lumi for the plots here: |
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intlumi = 0.838 #inv pico barns |
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print "The Integrated Luminosity your plots are being scaled to is: ", intlumi , "pb^{-1}" |
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#Set your output file here |
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outputfile = "../pdfs/Calo/" |
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print "you are outputting to: " ,outputfile |
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#SetWhere your results from your analysis are |
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resultsDir = " ../results/" |
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#close list is a global variable that has the file name appended to it so at the end of each hist loop the open files are closed. |
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#close list is a global variable that has the file name appended to it so at the end of each hist loop the open files are closed. It is cleared each time a new hist is called. |
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def GetHist(DataSetName,col,norm,Legend): |
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a = Root.TFile.Open(DataSetName) |
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closeList.append(a) |
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b = a.Get(DirKeys[dir].GetTitle()) |
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Hist = b.Get(hist) |
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leg.AddEntry(Hist,Legend,"LP") |
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a = Root.TFile.Open(DataSetName) #open the file |
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closeList.append(a) # append the file to the close list |
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b = a.Get(DirKeys[dir].GetTitle()) #open the directory in the root file |
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Hist = b.Get(hist) # get your histogram by name |
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if Legend != 0: |
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leg.AddEntry(Hist,Legend,"LP") # add a legend entry |
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Hist.SetLineWidth(3) |
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Hist.SetLineColor(col) |
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Hist.SetLineColor(col) #set colour |
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if norm != 0: |
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Hist.Scale(intlumi/100.) |
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Hist.Scale(intlumi/100.) #if not data normilse to the data by lumi, MC is by default weighted to 100pb-1, if you have changed this change here! |
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return Hist |
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def Systematics(H1,H2,H3): |
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Standard = H1.Clone() |
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UpperError = H2.Clone() |
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LowerError = H3.Clone() |
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for bin in range(1,Standard.GetNbinsX()): |
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StandardUpper = math.sqrt((Standard.GetBinError(bin))**2 + ((UpperError.GetBinContent(bin) - LowerError.GetBinContent(bin))/2)**2) |
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Standard.SetBinError(bin, StandardUpper) |
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return Standard |
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def PassingCutNumbers(Hist, lowerBound): |
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lowbin = Hist.FindBin(lowerBound) |
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errorVal = Root.Double(0) |
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passingCut = Hist.IntegralAndError(lowbin, Hist.GetNbinsX(), errorVal) |
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print passingCut, errorVal |
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textLine = "Sample =" + DirKeys[dir].GetTitle() + hist + " , Number passing cut of" + "" + " is " |
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CutNumbers.write(textLine) |
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#+ str(passingCut) + " pm " |
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time = strftime("%Y_%m_%d") |
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resultsDir = " ../results/" |
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print time |
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mergedPlots = Root.TFile("StandardPlots.root", "RECREATE") |
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#List of files from which you wish to plot |
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RootFileList = ["../results/AK5Calo_JetMETTau_Run2010A_Compleate.root","../results/AK5Calo_ZJets-madgraph.root","../results/AK5Calo_Zinvisible_jets.root","../results/AK5Calo_WJets-madgraph.root","../results/AK5Calo_ttbarTauola.root","../results/AK5Calo_LM0.root","../results/AK5Calo_TotalBackgrounds.root","../results/AK5Calo_QCD_AllPtBins_7TeV_Pythia6.root"] |
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#A file to open and scan for histograms inside directories |
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RootFileList = ["../results/AK5Calo_JetMET_Compleate.root"] |
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Webpage = open("../pdfs/HadronicPlots"+time+".html",'w') |
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CutNumbers = open(outputfile+"CutTable.txt",'w') |
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Webpage = open(outputfile+"StandardPlots"+time+".html",'w') |
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#put your name in the contact email field |
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header = ''' |
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<body> |
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<CENTER> |
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<table border="1" bordercolor="#FFCC00" style="background-color:#FFFFCC" width="1200" cellpadding="3" cellspacing="3"> |
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<tr> |
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<td>DiJet</td> |
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<td>>=3 Jet</td> |
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<td>=3 Jet</td> |
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<td>>=4 Jet</td> |
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<td>>=2 Jet</td> |
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</tr>''' |
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footer = ''' </table> |
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</CENTER> |
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Webpage.write(header) |
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print RootFileList |
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temp = Root.TFile.Open(RootFileList[1]) |
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temp = Root.TFile.Open(RootFileList[0]) |
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DirKeys = temp.GetListOfKeys() |
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HistKeys = [ (dir.ReadObj()).GetListOfKeys() for dir in DirKeys] |
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HistNames = [ [k.GetName() for k in D] for D in HistKeys] |
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#Loops though all the histograms that have been read from the first input file, this is done by histogram name |
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closeList = [] |
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for dir in range(0,len(DirKeys)): |
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for hist in HistNames[dir]: |
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if "/" in hist : continue |
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leg = Root.TLegend(0.6, 0.6, 0.8, 0.8) |
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leg = Root.TLegend(0.7, 0.6, 0.89, 0.85) |
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leg.SetShadowColor(0) |
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leg.SetBorderSize(0) |
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leg.SetFillStyle(4100) |
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leg.SetFillColor(0) |
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leg.SetLineColor(0) |
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if "PFMetVsMHT" in hist: continue #This is the 2d Histogram in the file, dont want to plot this! |
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col=2 |
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fileno = 1 |
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MaxY = 1.0 |
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MaxX = 1.0 |
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MinX = 1000. |
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MaxY = 1.0#These three are the low terms for the axis and are reset for each histogram see below |
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MaxX = 1.0# to see the numbers set by the functions that are defined in the beginning of the program |
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MinX = 1000.# |
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c1 = Root.TCanvas("canvas"+hist,"canname"+hist,1200,1200) |
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# c1.Divide(1,2)#,0.4,0.4) |
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mainPad = Root.TPad("","",0.01,0.21,0.99,0.99); |
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#Make two pads, one small for the ratio plot and one large for the plot its self |
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mainPad = Root.TPad("","",0.01,0.25,0.99,0.99); |
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mainPad.SetNumber(1); |
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mainPad.Draw(); |
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ratioPad = Root.TPad("","",0.01,0.01,0.99,0.2); |
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ratioPad = Root.TPad("","",0.01,0.01,0.99,0.25); |
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ratioPad.SetNumber(2); |
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ratioPad.Draw(); |
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c1.cd(1) |
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Data = GetHist("../results/AK5Calo_JetMETTau_Run2010A_Compleate.root",1,0,"Data") |
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#make your histograms form each file, read in the files you want below |
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# GetHist("RootFile",Colour, scale to lumi 0=false anything else = true, Legend entry) |
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#NB the order in which you book the histos is the order in which they appear in the legend |
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Data = GetHist("../results/AK5Calo_JetMET_Compleate.root",1,0,"Data") |
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QCD = GetHist("../results/AK5Calo_QCD_AllPtBins_7TeV_Pythia6.root",Root.kPink+4,1,"QCD") |
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Data.SetMarkerStyle(20) |
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Data.SetLineWidth(3) |
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Data.SetLineColor(1) |
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Data.SetFillColor(1) |
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ZJets = GetHist("../results/AK5Calo_ZJets-madgraph.root",Root.kBlue,1,"Z+Jets (Madgraph)") |
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Zinv = GetHist("../results/AK5Calo_Zinvisible_jets.root",Root.kGray,1,"Z->Invisiable") |
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WJets = GetHist("../results/AK5Calo_WJets-madgraph.root",Root.kGreen,1,"W+Jets") |
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ttbar = GetHist("../results/AK5Calo_ttbarTauola.root",Root.kAzure,1,"TTBar") |
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LM0 = GetHist("../results/AK5Calo_LM0.root",Root.kRed,1,"LM0") |
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QCD = GetHist("../results/AK5Calo_QCD_AllPtBins_7TeV_Pythia6.root",Root.kGray,1,"QCD") |
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# Total = GetHist("../results/AK5Calo_TotalBackgrounds.root",Root.kGreen-3,1,"Standard Model Backgrounds") |
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ZJets = GetHist("../results/AK5Calo_ZJets-madgraph.root",Root.kTeal-7,1,"Z+Jets (Madgraph)") |
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Zinv = GetHist("../results/AK5Calo_Zinvisible_jets.root",91,1,"Z->#nu#nu + Jets") |
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WJets = GetHist("../results/AK5Calo_WJets-madgraph.root",Root.kPink+7,1,"W+Jets") |
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ttbar = GetHist("../results/AK5Calo_ttbarTauola.root",Root.kBlue+1,1,"TTBar") |
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LM0 = GetHist("../results/AK5Calo_LM0.root",2,1,"LM0") |
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# ScaledUp = GetHist("../results/AK5Calo_Scale1.1_QCD_Pythia6.root",Root.kTeal-7,1,0) |
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# ScaledDown = GetHist("../results/AK5Calo_Scale0.9_QCD_Pythia6.root",Root.kTeal-7,1,0) |
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#Make a histogram of the sum of all the SM backgrounds |
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Total = QCD.Clone() |
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Total.Add(Zinv) |
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Total.Add(ZJets) |
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Total.Add(WJets) |
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Total.Add(ttbar) |
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Total.SetLineWidth(2) |
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Total.SetLineColor(Root.kAzure-4) |
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leg.AddEntry(Total,"Standard Model Backgrounds","LPf") |
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if "AlphaT_all" in hist : PassingCutNumbers(LM0, 0.55) |
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#Some funkey stuff from Henning for drawing the total background with some interesting lines around it |
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hcen=Total.Clone() |
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herr=Total.Clone() |
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# Total = Systematics(Total,ScaledUp,ScaledDown) |
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herr.SetLineColor(Root.kTeal+3) |
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herr.SetMarkerColor(Root.kAzure+6) |
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herr.SetFillColor(Root.kAzure+6) |
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herr.SetLineWidth(3) |
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Total.SetLineWidth(3) |
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Total.SetFillColor(Root.kAzure+2) |
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Total.SetLineColor(Root.kAzure+2) |
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Total.SetFillStyle(3245) |
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hcen.SetFillColor(0) |
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hcen.SetMarkerColor(Root.kTeal+3) |
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hcen.SetLineColor(Root.kTeal+3) |
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hcen.SetLineWidth(3) |
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leg.AddEntry(Total,"Standard Model","LPf") |
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#Defind the ranges of the histogram for the two highest histograms ie the data and the total |
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if HistogramMinX(Total) < MinX : |
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MinX = HistogramMinX(Total) |
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if HistogramMaxX(Total) > MaxX : |
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MaxY = HistogramMaxY(Data) |
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Total.SetFillColor(Root.kAzure+10) |
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# Total.SetFillStyle(3001) |
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Total.GetXaxis().SetRangeUser(MinX,MaxX) |
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Total.GetYaxis().SetRangeUser(0.00001,MaxY*1.2) |
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Total.Draw("9HIST") |
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herr.GetXaxis().SetRangeUser(MinX,MaxX) |
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herr.GetYaxis().SetRangeUser(0.00001,MaxY*5.) |
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#Draw order is important! |
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herr.Draw("hist") |
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hcen.Draw("histsame") |
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Total.Draw("9E2same") |
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ZJets.Draw("9Sameh") |
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Zinv.Draw("9SAMEh") |
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WJets.Draw("9SAMEh") |
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ttbar.Draw("9SAMEh") |
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QCD.Draw("9SAMEh") |
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LM0.Draw("9SAMEh") |
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#Draw Data last to get the points above everything else |
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Data.Draw("9SAMEP") |
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title = Root.TLatex(0.2,0.95,(DirKeys[dir].GetTitle())+"_"+hist[0:-4]) |
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#Draw Text for histogram titile and for lumi |
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prelim = Root.TLatex(0.5,0.75,"CMS preliminary 2010"); |
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lumi = Root.TLatex(0.4,.85,"#scale[0.8]{#int L dt = " + str(intlumi) + "pb^{-1}, #sqrt{s} = 7 TeV}"); |
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prelim.SetNDC() |
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lumi.SetNDC() |
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# prelim.Draw() |
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lumi.Draw() |
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title = Root.TLatex(0.05,0.95,(DirKeys[dir].GetTitle())+"_"+hist[0:-4]) |
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title.SetNDC() |
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title.Draw() |
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lumi.Draw("Same") |
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#Ratio plot is between the sum of the background and the data - clone the two relevant histograms |
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RatioBottom = Total.Clone() |
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RatioTop = Data.Clone() |
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RatioTop.GetYaxis().SetTitle("data / sim") |
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RatioTop.Divide(RatioBottom) |
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c1.cd(1).Update() |
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# c1.cd(1).SetLogy() |
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leg.Draw() |
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# c1.cd(1).Update() |
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c1.cd(2) |
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RatioTop.GetXaxis().SetRangeUser(MinX,MaxX) |
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RatioTop.SetTitleSize(0.1, "XYZ"); |
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RatioTop.SetTitleOffset(0.55, "X"); |
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RatioTop.SetTitleOffset(0.3, "Y"); |
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RatioTop.SetLabelSize(0.06,"XY") |
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# RatioTop.SetTitleXOffset(0.9); |
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# RatioTop.SetTitleYOffset(0.9); |
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RatioTop.GetXaxis().SetRangeUser(MinX,MaxX) |
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RatioTop.GetYaxis().SetRangeUser(0.,2.0) |
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RatioTop.Draw() |
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#Draw a line though the perfectly matching point |
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unity = Root.TLine(); |
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unity.SetLineWidth(2); |
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# unity.SetLineStyle(Root.kDashed); |
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#Do not save all of the histograms produced by the analysis framework, only the ones containing all objects in your selection, if this is not what you want to do then remove the if "all in hist" line |
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if "all" in hist : |
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c1.SaveAs("../pdfs/"+(DirKeys[dir].GetTitle())+"_"+hist+".png") |
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# c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_"+hist+".png") |
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if (DirKeys[dir].GetTitle())[0] != "n": |
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Images ='''<tr> |
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<td><a href="'''+(DirKeys[dir].GetTitle())+"_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td> \n' + "<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td> <tr> \n' + "<td><a href=\""+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td>\n' "<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td>\n' |
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<td><a href="'''+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"286\" height=\"286\" /></a></td>\n'+ "<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"286\" height=\"286\" /></a></td>\n' |
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Webpage.write(Images) |
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# mergedPlots.writeTObject(c1) |
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# c1.cd(2) |
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# RatioTop.Draw() |
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c1.SaveAs("../pdfs/"+(DirKeys[dir].GetTitle())+"_Log_"+hist+".png") |
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c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_Log_"+hist+".png") |
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c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_Log_"+hist+".pdf") |
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if "AlphaT_0" in hist : |
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# c1.cd(2) |
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# RatioTop.Draw() |
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c1.SaveAs("../pdfs/"+(DirKeys[dir].GetTitle())+"_"+hist+".png") |
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# c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_"+hist+".png") |
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if (DirKeys[dir].GetTitle())[0] != "n": |
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Images ='''<tr> |
| 317 |
< |
<td><a href="'''+(DirKeys[dir].GetTitle())+"_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td>' + "<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td> <tr>' + "<td><a href=\""+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td>'"<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"598\" height=\"286\" /></a></td>' |
| 317 |
> |
<td><a href="'''+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"286\" height=\"286\" /></a></td>'"<td><a href=\""+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\"><img src=\"'+"n"+(DirKeys[dir].GetTitle())+"_Log_"+hist+'.png\" width =\"286\" height=\"286\" /></a></td>' |
| 318 |
|
Webpage.write(Images) |
| 319 |
|
# mergedPlots.writeTObject(c1) |
| 320 |
|
c1.cd(1).SetLogy() |
| 322 |
|
# RatioTop.Draw() |
| 323 |
|
|
| 324 |
|
c1.Update() |
| 325 |
< |
c1.SaveAs("../pdfs/"+(DirKeys[dir].GetTitle())+"_Log_"+hist+".png") |
| 325 |
> |
c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_Log_"+hist+".png") |
| 326 |
> |
c1.SaveAs(outputfile+(DirKeys[dir].GetTitle())+"_Log_"+hist+".pdf") |
| 327 |
> |
|
| 328 |
|
c1.cd(1).SetLogy(0) |
| 329 |
|
|
| 330 |
|
for a in closeList : |
