histoStyle Namespace Reference

Functions
def	createRatio (hVal, hRef)
def	createRatioFromGraph (hVal, hRef)
def	graphProducer (plot, histos, tagFlav="B", mistagFlav=["C", DUSG, isVal=True)
def	histoProducer (plot, histos, keys, isVal=True)
def	savePlots (title, saveName, listFromats, plot, Histos, keyHisto, listLegend, options, ratios=None, legendName="")

Variables
	Banner
	batch
	doRatio
	drawLegend
	drawOption
	EtaPtBin
	fileNameRef
	fileNameVal
	listFlavors
	listFromats
	listHistos
	listTag
	mapColor
	mapLineStyle
	mapLineWidth
	mapMarker
	pathInFile
	printBanner
	RefRel
	RefSample
	unity
	ValRel
	ValSample
	weight

Function Documentation

createRatio()

def histoStyle.createRatio	(		hVal,
			hRef
	)

Definition at line 393 of file histoStyle.py.

References isotrackApplyRegressor.range.

def createRatio(hVal,hRef):
    ratio = []
    for h_i in range(0,len(hVal)): 
        if hVal[h_i] is None : continue
        r = TH1F(hVal[h_i].GetName()+"ratio","ratio "+hVal[h_i].GetTitle(),hVal[h_i].GetNbinsX(),hVal[h_i].GetXaxis().GetXmin(),hVal[h_i].GetXaxis().GetXmax())
        r.Add(hVal[h_i])
        r.Divide(hRef[h_i])
        r.GetYaxis().SetRangeUser(0.25,1.75)
        r.SetMarkerColor(hVal[h_i].GetMarkerColor())
        r.SetLineColor(hVal[h_i].GetLineColor())
        r.GetYaxis().SetLabelSize(0.15)
        r.GetXaxis().SetLabelSize(0.15)
        ratio.append(r)
    return ratio
#to create ratio plots from TGraphErrors

createRatioFromGraph()

def histoStyle.createRatioFromGraph	(		hVal,
			hRef
	)

Definition at line 408 of file histoStyle.py.

References isotrackApplyRegressor.range.

def createRatioFromGraph(hVal,hRef):
    ratio = []
    for g_i in range(0,len(hVal)):
        if hVal[g_i] is None :
            ratio.append(None)
            continue
        tmp = hVal[g_i].GetHistogram()
        histVal = TH1F(hVal[g_i].GetName()+"_ratio",hVal[g_i].GetTitle()+"_ratio",tmp.GetNbinsX(),tmp.GetXaxis().GetXmin(),tmp.GetXaxis().GetXmax())
        histRef = TH1F(hRef[g_i].GetName()+"_ratio",hRef[g_i].GetTitle()+"_ratio",histVal.GetNbinsX(),histVal.GetXaxis().GetXmin(),histVal.GetXaxis().GetXmax())
        #loop over the N points
        for p in range(0,hVal[g_i].GetN()-1):
            #get point p
            x = Double(0)
            y = Double(0)
            hVal[g_i].GetPoint(p,x,y)
            xerr = hVal[g_i].GetErrorX(p)
            yerr = hVal[g_i].GetErrorY(p)
            bin_p = histVal.FindBin(x)
            xHist = histVal.GetBinCenter(bin_p)
            #get the other point as xHist in [x,xbis]
            xbis = Double(0)
            ybis = Double(0)
            #points are odered from high x to low x
            if xHist>x : 
                if p==0 : continue
                xbiserr = hVal[g_i].GetErrorX(p-1)
                ybiserr = hVal[g_i].GetErrorY(p-1)
                hVal[g_i].GetPoint(p-1,xbis,ybis)
            else :
                xbiserr = hVal[g_i].GetErrorX(p+1)
                ybiserr = hVal[g_i].GetErrorY(p+1)
                hVal[g_i].GetPoint(p+1,xbis,ybis)
            if ybis==y : 
                #just take y at x
                bin_p_valContent = y
                bin_p_valContent_errP = y+yerr
                bin_p_valContent_errM = y-yerr
            else :
                #do a linear extrapolation (equivalent to do Eval(xHist))
                a=(ybis-y)/(xbis-x)
                b=y-a*x
                bin_p_valContent = a*xHist+b
                #extrapolate the error
                aerrP = ( (ybis+ybiserr)-(y+yerr) ) / (xbis-x)
                berrP = (y+yerr)-aerrP*x
                bin_p_valContent_errP = aerrP*xHist+berrP
                aerrM = ( (ybis-ybiserr)-(y-yerr) ) / (xbis-x)
                berrM = (y-yerr)-aerrM*x
                bin_p_valContent_errM = aerrM*xHist+berrM
            #fill val hist
            histVal.SetBinContent(bin_p,bin_p_valContent)
            histVal.SetBinError(bin_p,(bin_p_valContent_errP-bin_p_valContent_errM)/2)
            #loop over the reference TGraph to get the corresponding point
            for pRef in range(0,hRef[g_i].GetN()):
                #get point pRef
                xRef = Double(0)
                yRef = Double(0)
                hRef[g_i].GetPoint(pRef,xRef,yRef)
                #take the first point as xRef < xHist
                if xRef > xHist : continue
                xReferr = hRef[g_i].GetErrorX(pRef)
                yReferr = hRef[g_i].GetErrorY(pRef)
                #get the other point as xHist in [xRef,xRefbis]
                xRefbis = Double(0)
                yRefbis = Double(0)
                xRefbiserr = hRef[g_i].GetErrorX(pRef+1)
                yRefbiserr = hRef[g_i].GetErrorY(pRef+1)
                hRef[g_i].GetPoint(pRef+1,xRefbis,yRefbis)
                if yRefbis==yRef :
                    #just take yRef at xRef
                    bin_p_refContent = yRef
                    bin_p_refContent_errP = yRef+yReferr
                    bin_p_refContent_errM = yRef-yReferr
                else :
                    #do a linear extrapolation (equivalent to do Eval(xHist))
                    aRef=(ybis-y)/(xbis-x)
                    bRef=yRef-aRef*xRef
                    bin_p_refContent = aRef*xHist+bRef
                    #extrapolate the error
                    aReferrP = ((yRefbis+yRefbiserr)-(yRef+yReferr))/((xRefbis)-(xRef))
                    bReferrP = (yRef+yReferr)-aReferrP*(xRef-xReferr)
                    bin_p_refContent_errP = aReferrP*xHist+bReferrP
                    aReferrM = ((yRefbis-yRefbiserr)-(yRef-yReferr))/((xRefbis)-(xRef))
                    bReferrM = (yRef-yReferr)-aReferrM*(xRef+xReferr)
                    bin_p_refContent_errM = aReferrM*xHist+bReferrM
                break
            #fill ref hist
            histRef.SetBinContent(bin_p,bin_p_refContent)
            histRef.SetBinError(bin_p,(bin_p_refContent_errP-bin_p_refContent_errM)/2)
        #do the ratio
        histVal.Sumw2()
        histRef.Sumw2()
        histVal.Divide(histRef)
        #ratio style
        histVal.GetXaxis().SetRangeUser(0.,1.)
        #histRef.GetXaxis().SetRangeUser(0.,1.)
        histVal.GetYaxis().SetRangeUser(0.25,1.75)
        histVal.SetMarkerColor(hVal[g_i].GetMarkerColor())
        histVal.SetLineColor(hVal[g_i].GetLineColor())
        histVal.GetYaxis().SetLabelSize(0.15)
        histVal.GetXaxis().SetLabelSize(0.15)
        ratio.append(histVal)
    return ratio

graphProducer()

def histoStyle.graphProducer	(		plot,
			histos,
			tagFlav = "B",
			mistagFlav = ["C",
			DUSG,
			isVal = True
	)

Definition at line 240 of file histoStyle.py.

References mps_setup.append, WZElectronSkims53X_cff.max, and isotrackApplyRegressor.range.

def graphProducer(plot,histos,tagFlav="B",mistagFlav=["C","DUSG"],isVal=True):
    if histos is None : return
    if isVal : sample = "Val"
    else : sample = "Ref"
    #define graphs
    g = {}
    g_out = []
    if tagFlav not in listFlavors :
        return
    if plot.tagFlavor and plot.mistagFlavor :
        tagFlav = plot.tagFlavor
        mistagFlav = plot.mistagFlavor
    for f in listFlavors :
        #compute errors, in case not already done
        histos[f].Sumw2()
    #efficiency lists
    Eff = {}
    EffErr = {}
    for f in listFlavors :
        Eff[f] = []
        EffErr[f] = []
    #define mapping points for the histos
    maxnpoints = histos[tagFlav].GetNbinsX()
    for f in listFlavors :
        Eff[f].append(histos[f].GetBinContent(1))
        EffErr[f].append(histos[f].GetBinError(1))
    for bin in range(2,maxnpoints+1) :
        #check if we add the point to the graph for Val sample
        if len(Eff[tagFlav])>0 :
            delta = Eff[tagFlav][-1]-histos[tagFlav].GetBinContent(bin)
            if delta>max(0.005,EffErr[tagFlav][-1]) :
                #get efficiencies
                for f in listFlavors :
                    Eff[f].append(histos[f].GetBinContent(bin))
                    EffErr[f].append(histos[f].GetBinError(bin))
    #create TVector
    len_ = len(Eff[tagFlav])
    TVec_Eff = {}
    TVec_EffErr = {}
    for f in listFlavors :
        TVec_Eff[f] = TVectorD(len_)
        TVec_EffErr[f] = TVectorD(len_)
    #Fill the vector
    for j in range(0,len_) :
        for f in listFlavors :
            TVec_Eff[f][j] = Eff[f][j]
            TVec_EffErr[f][j] = EffErr[f][j]
    #fill TGraph
    for mis in mistagFlav :
        g[tagFlav+mis]=TGraphErrors(TVec_Eff[tagFlav],TVec_Eff[mis],TVec_EffErr[tagFlav],TVec_EffErr[mis])
    #style
    for f in listFlavors :
        if f not in mistagFlav : continue
        g[tagFlav+f].SetLineColor(mapColor[f])
        g[tagFlav+f].SetMarkerStyle(mapMarker[sample])
        g[tagFlav+f].SetMarkerColor(mapColor[f])
        g_out.append(g[tagFlav+f])
    index = -1     
    for g_i in g_out :
        index+=1
        if g_i is not None : break
    #Axis
    g_out[index].GetXaxis().SetRangeUser(0,1)
    g_out[index].GetYaxis().SetRangeUser(0.0001,1)
    if plot.Xlabel :
        g_out[index].GetXaxis().SetTitle(plot.Xlabel)
    if plot.Ylabel :
        g_out[index].GetYaxis().SetTitle(plot.Ylabel)
    #add in the list None for element in listFlavors for which no TGraph is computed
    for index,f in enumerate(listFlavors) :
        if f not in mistagFlav : g_out.insert(index,None)
    return g_out   

#method to draw the plot and save it

histoProducer()

def histoStyle.histoProducer	(		plot,
			histos,
			keys,
			isVal = True
	)

Definition at line 184 of file histoStyle.py.

References WZElectronSkims53X_cff.max, isotrackApplyRegressor.range, and listHistos.Rebin.

def histoProducer(plot,histos,keys,isVal=True):
    if histos is None : return
    if isVal : sample = "Val"
    else : sample = "Ref"
    outhistos = []
    minY=9999.
    maxY=0.
    for k in keys :
        #Binning
        if plot.binning and len(plot.binning)==3 :
            histos[k].SetBins(plot.binning[0],plot.binning[1],plot.binning[2])
        elif plot.binning and len(plot.binning)==2 :
            nbins=plot.binning[1]+1-plot.binning[0]
            xmin=histos[k].GetBinLowEdge(plot.binning[0])
            xmax=histos[k].GetBinLowEdge(plot.binning[1]+1)
            valtmp=TH1F(histos[k].GetName(),histos[k].GetTitle(),nbins,xmin,xmax)
            i=1
            for bin in range(plot.binning[0],plot.binning[1]+1) :
                valtmp.SetBinContent(i,histos[k].GetBinContent(bin))
                i+=1
            histos[k]=valtmp
        if plot.Rebin and plot.Rebin > 0 :
            histos[k].Rebin(plot.Rebin)
        #Style
        histos[k].SetLineColor(mapColor[k])
        histos[k].SetMarkerColor(mapColor[k])
        histos[k].SetMarkerStyle(mapMarker[sample])
        if drawOption == "HIST" :
            histos[k].SetLineWidth(mapLineWidth[sample])
            histos[k].SetLineStyle(mapLineStyle[sample])
        #compute errors
        histos[k].Sumw2()
        #do the norm
        if plot.doNormalization :
            histos[k].Scale(1./histos[k].Integral())
        elif weight!=1 :
            histos[k].Scale(weight)
        #get Y min
        if histos[k].GetMinimum(0.) < minY :
            minY = histos[k].GetMinimum(0.)
        #get Y max
        if histos[k].GetBinContent(histos[k].GetMaximumBin()) > maxY :
            maxY = histos[k].GetBinContent(histos[k].GetMaximumBin())+histos[k].GetBinError(histos[k].GetMaximumBin())
        #Axis
        if plot.Xlabel :
            histos[k].SetXTitle(plot.Xlabel)
        if plot.Ylabel :
            histos[k].SetYTitle(plot.Ylabel)
        outhistos.append(histos[k])    
    #Range
    if not plot.logY : outhistos[0].GetYaxis().SetRangeUser(0,1.1*maxY)
    #else : outhistos[0].GetYaxis().SetRangeUser(0.0001,1.05)
    else : outhistos[0].GetYaxis().SetRangeUser(max(0.0001,0.5*minY),1.1*maxY)
    return outhistos        

#method to do a plot from a graph

savePlots()

def histoStyle.savePlots	(		title,
			saveName,
			listFromats,
			plot,
			Histos,
			keyHisto,
			listLegend,
			options,
			ratios = None,
			legendName = ""
	)

Definition at line 314 of file histoStyle.py.

References hippyaddtobaddatafiles.cd(), print(), ecalTPGAnalyzer_cfg.Print, isotrackApplyRegressor.range, str, and gpuVertexFinder.while().

def savePlots(title,saveName,listFromats,plot,Histos,keyHisto,listLegend,options,ratios=None,legendName="") :
    #create canvas
    c = {}
    pads = {}
    if options.doRatio :
        c[keyHisto] = TCanvas(saveName,keyHisto+plot.title,700,700+24*len(listFlavors))
        pads["hist"] = TPad("hist", saveName+plot.title,0,0.11*len(listFlavors),1.0,1.0)    
    else :
        c[keyHisto] = TCanvas(keyHisto,saveName+plot.title,700,700)
        pads["hist"] = TPad("hist", saveName+plot.title,0,0.,1.0,1.0)
    pads["hist"].Draw()
    if ratios :
        for r in range(0,len(ratios)) :
            pads["ratio_"+str(r)] = TPad("ratio_"+str(r), saveName+plot.title+str(r),0,0.11*r,1.0,0.11*(r+1))
            pads["ratio_"+str(r)].Draw()
    pads["hist"].cd()
    #canvas style                                                                                                                                                                          
    if plot.logY : pads["hist"].SetLogy()
    if plot.grid : pads["hist"].SetGrid()
    #legend                                                                                                                                                                                
    leg = TLegend(0.6,0.4,0.8,0.6)
    leg.SetMargin(0.12)
    leg.SetTextSize(0.035)
    leg.SetFillColor(10)
    leg.SetBorderSize(0)
    #draw histos                                                                                                                                                                           
    first = True
    option = drawOption
    optionSame = drawOption+"same"
    if plot.doPerformance :
        option = "AP"
        optionSame = "sameP"
    for i in range(0,len(Histos)) :
        if Histos[i] is None : continue
        if first :
            if not plot.doPerformance : Histos[i].GetPainter().PaintStat(ROOT.gStyle.GetOptStat(),0)
            Histos[i].SetTitle(title)
            Histos[i].Draw(option)
            first = False
        else : Histos[i].Draw(optionSame)
        #Fill legend                                                                                                                                                                       
        if plot.legend and len(Histos)%len(listLegend)==0:
            r=len(Histos)/len(listLegend)
            index=i-r*len(listLegend)
            while(index<0):
                index+=len(listLegend)
            legName = legendName.replace("KEY",listLegend[index])
            if i<len(listLegend) : legName = legName.replace("isVAL",options.ValRel)
            else : legName = legName.replace("isVAL",options.RefRel)
            if drawOption=="HIST" :
                leg.AddEntry(Histos[i],legName,"L")
            else :
                leg.AddEntry(Histos[i],legName,"P")
    #Draw legend                                                                                                                                                                           
    if plot.legend and options.drawLegend : leg.Draw("same")
    tex = None
    if options.printBanner :
        print(type(options.printBanner))
        tex = TLatex(0.55,0.75,options.Banner)
        tex.SetNDC()
        tex.SetTextSize(0.05)
        tex.Draw()
    #save canvas
    if ratios :
        for r in range(0,len(ratios)) :
            pads["ratio_"+str(r)].cd()
            if ratios[r] is None : continue
            pads["ratio_"+str(r)].SetGrid()
            ratios[r].GetYaxis().SetTitle(listLegend[r]+"-jets")
            ratios[r].GetYaxis().SetTitleSize(0.15)
            ratios[r].GetYaxis().SetTitleOffset(0.2)
            ratios[r].GetYaxis().SetNdivisions(3,3,2)
            ratios[r].Draw("")
            unity.Draw("same")
    for format in listFromats :
        save = saveName+"."+format
        c[keyHisto].Print(save)
    return [c,leg,tex,pads]    
#to create ratio plots from histograms

Variable Documentation

Banner

histoStyle.Banner

Definition at line 54 of file histoStyle.py.

batch

histoStyle.batch

Definition at line 50 of file histoStyle.py.

doRatio

histoStyle.doRatio

Definition at line 55 of file histoStyle.py.

Referenced by HcalLutAnalyzer.analyze().

drawLegend

histoStyle.drawLegend

Definition at line 52 of file histoStyle.py.

drawOption

histoStyle.drawOption

Definition at line 56 of file histoStyle.py.

Referenced by Phase1PixelMaps.drawBarrelMaps(), Phase1PixelMaps.drawForwardMaps(), JDrawer.DrawFunction(), JDrawer.DrawGraph(), JDrawer.DrawGraphCustomAxes(), JDrawer.DrawHistogram(), JDrawer.DrawHistogramToCurrentCanvas(), JDrawer.DrawHistogramToLowerPad(), JDrawer.DrawHistogramToPad(), JDrawer.DrawHistogramToUpperPad(), Phase1PixelMaps.drawSummaryMaps(), and TauDQMHistPlotter.endRun().

EtaPtBin

histoStyle.EtaPtBin

Definition at line 60 of file histoStyle.py.

Referenced by MiniAODTaggerAnalyzer.bookHistograms(), MiniAODTaggerHarvester.dqmEndJob(), BTagPerformanceHarvester.getEtaPtBin(), BTagPerformanceAnalyzerOnData.getEtaPtBin(), and BTagPerformanceAnalyzerMC.getEtaPtBin().

fileNameRef

histoStyle.fileNameRef

Definition at line 42 of file histoStyle.py.

fileNameVal

histoStyle.fileNameVal

Definition at line 41 of file histoStyle.py.

listFlavors

histoStyle.listFlavors

Definition at line 83 of file histoStyle.py.

listFromats

histoStyle.listFromats

Definition at line 127 of file histoStyle.py.

listHistos

histoStyle.listHistos

Definition at line 136 of file histoStyle.py.

listTag

histoStyle.listTag

Definition at line 68 of file histoStyle.py.

mapColor

histoStyle.mapColor

Definition at line 93 of file histoStyle.py.

mapLineStyle

histoStyle.mapLineStyle

Definition at line 122 of file histoStyle.py.

mapLineWidth

histoStyle.mapLineWidth

Definition at line 118 of file histoStyle.py.

mapMarker

histoStyle.mapMarker

Definition at line 114 of file histoStyle.py.

pathInFile

histoStyle.pathInFile

Definition at line 58 of file histoStyle.py.

printBanner

histoStyle.printBanner

Definition at line 53 of file histoStyle.py.

RefRel

histoStyle.RefRel

Definition at line 45 of file histoStyle.py.

RefSample

histoStyle.RefSample

Definition at line 48 of file histoStyle.py.

unity

histoStyle.unity

Definition at line 131 of file histoStyle.py.

ValRel

histoStyle.ValRel

Definition at line 44 of file histoStyle.py.

ValSample

histoStyle.ValSample

Definition at line 47 of file histoStyle.py.

weight

histoStyle.weight

Definition at line 51 of file histoStyle.py.

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