PrintTrkAnaSummary Namespace Reference

Functions
	fround (c, e)
	processFile (inFileName, dirName, label, data, dataDict, index, updateIndex=True, printMultiplicity=True)
	getRatio (a, ae, b, be)
	computeRatios (ltest, lref, data, dataDict, printMultiplicity=True)
	initializeLatexTable ()

Variables
dict	sampleDict
	commandName = os.path.basename( sys.argv[0] )
str	summaryDirDefault = "InDetTrackPerfMonPlots/&TrkAnaName&/Offline/Tracks/"
	parser = argparse.ArgumentParser( description = commandName+" options:" )
	help
	default
	action
	MyArgs = parser.parse_args()
	anaList = MyArgs.analyses.strip().split(',')
str	outFile = MyArgs.outName.replace( "&TrkAnaName&", "" ) if "&TrkAnaName&" in MyArgs.outName else MyArgs.outName
	Remove final .html if it exists.
	outFileLatex = MyArgs.outNameLatex
	Remove final .tex if it exists.
	latex_table_lines = initializeLatexTable()
	Prepare latex table.
dict	data = {}
	Looping over all the track analyses.
dict	dataDict = {}
list	index = []
	anaDirName = MyArgs.dirName.replace( "&TrkAnaName&", anaName )
str	anaOutName = MyArgs.outName.replace( "&TrkAnaName&", anaName ) if "&TrkAnaName&" in MyArgs.outName else MyArgs.outName.replace( ".html", "_"+anaName+".html" )
	testFile = ROOT.TFile.Open( MyArgs.testFile, "READ" )
	testMultiplicity = testFile.Get( anaDirName+"Multiplicities/summary" )
	refFile = ROOT.TFile.Open( MyArgs.refFile, "READ" )
	refMultiplicity = refFile.Get( anaDirName+"Multiplicities/summary" )
	printMultiplicity = refMultiplicity or testMultiplicity
	inFileName
	Processing test file.
	dirName
	label
	updateIndex
	ltest
	Processing ratios.
	lref
	df = pd.DataFrame( data, index=index )
	Printing table to screen.
str	titleStr = f"Summary for TrackAnalysis = {anaName}:"
	file
	Printing table to html output file.
	row = df.loc[['Eff_vs_truth']]
	Appending html table to final .html summary file.
tuple	latex_table_line
	l
	Printing final latex table to .tex output file.

Function Documentation

computeRatios()

PrintTrkAnaSummary.computeRatios	(		ltest,
			lref,
			data,
			dataDict,
			printMultiplicity = True )

Definition at line 167 of file PrintTrkAnaSummary.py.

def computeRatios( ltest, lref, data, dataDict, printMultiplicity=True ):
    sList = []
 
    
    if printMultiplicity:
        for i in range( 1, 8 ) :
            if "mult_"+str(i) in dataDict[ltest] and "mult_"+str(i) in dataDict[lref] :
                c, e = getRatio( dataDict[ltest]["mult_"+str(i)][0],
                                 dataDict[ltest]["mult_"+str(i)][1],
                                 dataDict[lref]["mult_"+str(i)][0],
                                 dataDict[lref]["mult_"+str(i)][1] )
                sList.append( f"{fround( c, e )}" )
            else:
                sList.append( "-" )
 
    # efficiencies
    sList.append( " " )
    if "eff" in dataDict[ltest] and "eff" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["eff"][0],
                         dataDict[ltest]["eff"][1],
                         dataDict[lref]["eff"][0],
                         dataDict[lref]["eff"][1] )
        c = 100*c
        e = 100*e
        sList.append( f"{fround( c, e )} %" )
    else : sList.append( "-" )
 
    
    if "tech_eff" in dataDict[ltest] and "tech_eff" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["tech_eff"][0],
                         dataDict[ltest]["tech_eff"][1],
                         dataDict[lref]["tech_eff"][0],
                         dataDict[lref]["tech_eff"][1] )
        c = 100*c
        e = 100*e
        sList.append( f"{fround( c, e )} %" )
    else : sList.append( "-" )
 
 
    
    sList.append( " " )
    if "res_pt" in dataDict[ltest] and "res_pt" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["res_pt"][0],
                         dataDict[ltest]["res_pt"][1],
                         dataDict[lref]["res_pt"][0],
                         dataDict[lref]["res_pt"][1] )
        sList.append( f"{fround( c, e )}" )
    else : sList.append( "-" )
 
 
    
    if "res_d0" in dataDict[ltest] and "res_d0" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["res_d0"][0],
                         dataDict[ltest]["res_d0"][1],
                         dataDict[lref]["res_d0"][0],
                         dataDict[lref]["res_d0"][1] )
        sList.append( f"{fround( c, e )}" )
    else : sList.append( "-" )
 
 
    
    if "res_z0" in dataDict[ltest] and "res_z0" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["res_z0"][0],
                         dataDict[ltest]["res_z0"][1],
                         dataDict[lref]["res_z0"][0],
                         dataDict[lref]["res_z0"][1] )
        sList.append( f"{fround( c, e )}" )
    else : sList.append( "-" )
 
 
    
    sList.append( " " )
    if "fake" in dataDict[ltest] and "fake" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["fake"][0],
                         dataDict[ltest]["fake"][1],
                         dataDict[lref]["fake"][0],
                         dataDict[lref]["fake"][1] )
        sList.append( f"{fround( c, e )}" )
    else : sList.append( "-" )
 
 
    
    if "dupl" in dataDict[ltest] and "dupl" in dataDict[lref] :
        c, e = getRatio( dataDict[ltest]["dupl"][0],
                         dataDict[ltest]["dupl"][1],
                         dataDict[lref]["dupl"][0],
                         dataDict[lref]["dupl"][1] )
        sList.append( f"{fround( c, e )}" )
    else : sList.append( "-" )
 
 
    
    data.update( { ltest + " / " + lref  : sList } )
 

fround()

PrintTrkAnaSummary.fround	(		c,
			e )

Definition at line 39 of file PrintTrkAnaSummary.py.

def fround( c, e ):
    e = math.fabs( e )
    res = str( rd( c, e ) )
    return res.replace( '+/-', ' \u00b1 ' ).replace( '(', '( ' ).replace( ')', ' )' ) 
 

getRatio()

PrintTrkAnaSummary.getRatio	(		a,
			ae,
			b,
			be )

Definition at line 159 of file PrintTrkAnaSummary.py.

def getRatio( a, ae, b, be ):
    if b==0 :
        return ( 0., 0. )
 
    c = a / b
    ce = math.sqrt( ( ae / b )**2 + ( a * be / b**2 )**2 )
    return ( c, ce )
 

initializeLatexTable()

PrintTrkAnaSummary.initializeLatexTable

(

)

Definition at line 261 of file PrintTrkAnaSummary.py.

def initializeLatexTable():
 
    lines = []
    lines.append('\\begin{tabular}{lccc}')
    lines.append('\\hline')
    lines.append(f' & {MyArgs.testLabel} & {MyArgs.refLabel} & {MyArgs.testLabel} / {MyArgs.refLabel} \\\\')
    lines.append('\\hline')
    lines.append('\\hline')
    lines.append("\\end{tabular}")
 
    return lines

processFile()

PrintTrkAnaSummary.processFile	(		inFileName,
			dirName,
			label,
			data,
			dataDict,
			index,
			updateIndex = True,
			printMultiplicity = True )

Definition at line 44 of file PrintTrkAnaSummary.py.

def processFile( inFileName, dirName, label, data, dataDict, index, updateIndex=True, printMultiplicity=True ):
    if updateIndex: index.clear()
    sList = []
    sDict = {}
    inFile = ROOT.TFile.Open( inFileName, "READ" )
 
    
    if printMultiplicity:
        hs = inFile.Get( dirName+"Multiplicities/summary" )
        for i in range( 1, 8 ) :
            if hs:
                if updateIndex : index.append( hs.GetXaxis().GetBinLabel(i) )
                c = hs.GetBinContent(i)
                e = hs.GetBinError(i)
                sList.append( f"{c:.0f} \u00b1 {e:.0f}" )
                sDict.update( { "mult_"+str(i) : [ c, e ] } )
            else:
                if updateIndex : index.append(" ")
                sList.append( "-" )
 
    # efficiencies
    he = inFile.Get( dirName+"Efficiencies/eff_vs_truth_inclusive" )
    if updateIndex : index.append( " " )
    sList.append( " " )
    if updateIndex : index.append( "Eff_vs_truth" )
    if he:
        c = 100*he.GetEfficiency(1)
        eu = 100*he.GetEfficiencyErrorUp(1)
        el = 100*he.GetEfficiencyErrorLow(1)
        e = max( [ eu, el ] )
        sList.append( f"{fround( c, e )} %" )
        sDict.update( { "eff" : [ c, e ] } )
    else : sList.append( "-" )
 
    
    het = inFile.Get( dirName+"Efficiencies/Technical/eff_vs_truth_inclusive" )
    if updateIndex : index.append( "Tech_eff_vs_truth" )
    if het:
        c = 100*het.GetEfficiency(1)
        eu = 100*het.GetEfficiencyErrorUp(1)
        el = 100*het.GetEfficiencyErrorLow(1)
        e = max( [ eu, el ] )
        sList.append( f"{fround( c, e )} %" )
        sDict.update( { "tech_eff" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    hrpt = inFile.Get( dirName+"Resolutions/resolution_pt_vs_truth_inclusive" )
    if updateIndex : index.append( " " )
    sList.append( " " )
    if updateIndex : index.append( "Resolution_pT_vs_truth" )
    if hrpt:
        c = hrpt.GetBinContent(1)
        e = hrpt.GetBinError(1)
        sList.append( f"{fround( c, e )} GeV" )
        sDict.update( { "res_pt" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    hrd0 = inFile.Get( dirName+"Resolutions/resolution_d0_vs_truth_inclusive" )
    if updateIndex : index.append( "Resolution_d0_vs_truth" )
    if hrd0:
        c = hrd0.GetBinContent(1)
        e = hrd0.GetBinError(1)
        sList.append( f"{fround( c, e )} \u03BCm" )
        sDict.update( { "res_d0" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    hrz0 = inFile.Get( dirName+"Resolutions/resolution_z0_vs_truth_inclusive" )
    if updateIndex : index.append( "Resolution_z0_vs_truth" )
    if hrz0:
        c = hrz0.GetBinContent(1)
        e = hrz0.GetBinError(1)
        sList.append( f"{fround( c, e )} \u03BCm" )
        sDict.update( { "res_z0" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    hf = inFile.Get( dirName+"FakeRates/fakerate_vs_offl_inclusive" )
    if updateIndex : index.append( " " )
    sList.append( " " )
    if updateIndex : index.append( "FakeRate_vs_reco" )
    if hf:
        c = 100*hf.GetEfficiency(1)
        eu = 100*hf.GetEfficiencyErrorUp(1)
        el = 100*hf.GetEfficiencyErrorLow(1)
        e = max( [ eu, el ] )
        sList.append( f"{fround( c, e )} %" )
        sDict.update( { "fake" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    hd = inFile.Get( dirName+"Duplicates/duplrate_vs_truth_inclusive" )
    if updateIndex : index.append( "DuplicateRate_vs_truth" )
    if hd:
        c = 100*hd.GetEfficiency(1)
        eu = 100*hd.GetEfficiencyErrorUp(1)
        el = 100*hd.GetEfficiencyErrorLow(1)
        e = max( [ eu, el ] )
        sList.append( f"{fround( c, e )} %" )
        sDict.update( { "dupl" : [ c, e ] } )
    else : sList.append( "-" )
 
 
    
    data.update( { label : sList } )
    dataDict.update( { label : sDict } )
    inFile.Close()
 

Variable Documentation

action

PrintTrkAnaSummary.action

Definition at line 31 of file PrintTrkAnaSummary.py.

anaDirName

PrintTrkAnaSummary.anaDirName = MyArgs.dirName.replace( "&TrkAnaName&", anaName )

Definition at line 293 of file PrintTrkAnaSummary.py.

anaList

PrintTrkAnaSummary.anaList = MyArgs.analyses.strip().split(',')

Definition at line 33 of file PrintTrkAnaSummary.py.

anaOutName

str PrintTrkAnaSummary.anaOutName = MyArgs.outName.replace( "&TrkAnaName&", anaName ) if "&TrkAnaName&" in MyArgs.outName else MyArgs.outName.replace( ".html", "_"+anaName+".html" )

Definition at line 294 of file PrintTrkAnaSummary.py.

commandName

PrintTrkAnaSummary.commandName = os.path.basename( sys.argv[0] )

Definition at line 20 of file PrintTrkAnaSummary.py.

data

PrintTrkAnaSummary.data = {}

Looping over all the track analyses.

Track-analysis specific quantities

Definition at line 290 of file PrintTrkAnaSummary.py.

dataDict

PrintTrkAnaSummary.dataDict = {}

Definition at line 291 of file PrintTrkAnaSummary.py.

default

PrintTrkAnaSummary.default

Definition at line 24 of file PrintTrkAnaSummary.py.

df

PrintTrkAnaSummary.df = pd.DataFrame( data, index=index )

Printing table to screen.

Definition at line 340 of file PrintTrkAnaSummary.py.

dirName

PrintTrkAnaSummary.dirName

Definition at line 308 of file PrintTrkAnaSummary.py.

file

PrintTrkAnaSummary.file

Printing table to html output file.

Printing final latex table to .tex output file.

Definition at line 347 of file PrintTrkAnaSummary.py.

help

PrintTrkAnaSummary.help

Definition at line 23 of file PrintTrkAnaSummary.py.

index

PrintTrkAnaSummary.index = []

Definition at line 292 of file PrintTrkAnaSummary.py.

inFileName

PrintTrkAnaSummary.inFileName

Processing test file.

Processing reference file.

Definition at line 307 of file PrintTrkAnaSummary.py.

l

PrintTrkAnaSummary.l

Printing final latex table to .tex output file.

Definition at line 370 of file PrintTrkAnaSummary.py.

label

PrintTrkAnaSummary.label

Definition at line 309 of file PrintTrkAnaSummary.py.

latex_table_line

tuple PrintTrkAnaSummary.latex_table_line

Initial value:

=  (
            sampleDict[anaName.split('_')[0]] + " & "
            + " & ".join(" $ " + row.iloc[0].values + " $ ")
            + " \\\\")

Definition at line 357 of file PrintTrkAnaSummary.py.

latex_table_lines

PrintTrkAnaSummary.latex_table_lines = initializeLatexTable()

Prepare latex table.

Definition at line 284 of file PrintTrkAnaSummary.py.

lref

PrintTrkAnaSummary.lref

Definition at line 333 of file PrintTrkAnaSummary.py.

ltest

PrintTrkAnaSummary.ltest

Processing ratios.

Definition at line 332 of file PrintTrkAnaSummary.py.

MyArgs

PrintTrkAnaSummary.MyArgs = parser.parse_args()

Definition at line 32 of file PrintTrkAnaSummary.py.

outFile

str PrintTrkAnaSummary.outFile = MyArgs.outName.replace( "&TrkAnaName&", "" ) if "&TrkAnaName&" in MyArgs.outName else MyArgs.outName

Remove final .html if it exists.

Definition at line 273 of file PrintTrkAnaSummary.py.

outFileLatex

PrintTrkAnaSummary.outFileLatex = MyArgs.outNameLatex

Remove final .tex if it exists.

Definition at line 279 of file PrintTrkAnaSummary.py.

parser

PrintTrkAnaSummary.parser = argparse.ArgumentParser( description = commandName+" options:" )

Definition at line 22 of file PrintTrkAnaSummary.py.

printMultiplicity

PrintTrkAnaSummary.printMultiplicity = refMultiplicity or testMultiplicity

Definition at line 304 of file PrintTrkAnaSummary.py.

refFile

PrintTrkAnaSummary.refFile = ROOT.TFile.Open( MyArgs.refFile, "READ" )

Definition at line 300 of file PrintTrkAnaSummary.py.

refMultiplicity

PrintTrkAnaSummary.refMultiplicity = refFile.Get( anaDirName+"Multiplicities/summary" )

Definition at line 301 of file PrintTrkAnaSummary.py.

row

PrintTrkAnaSummary.row = df.loc[['Eff_vs_truth']]

Appending html table to final .html summary file.

Appending latex line to latex table

Definition at line 356 of file PrintTrkAnaSummary.py.

sampleDict

dict PrintTrkAnaSummary.sampleDict

Initial value:

=  {
    'TruthHighPtMuons': 'Muons with $p_{\\mathrm{T}}>10\\ \\mathrm{GeV}$',
    'TruthLowPtMuons': 'Muons with $1\\ \\mathrm{GeV} < p_{\\mathrm{T}} < 10\\ \\mathrm{GeV}$',
    'TruthHighPtPions': 'Pions with $p_{\\mathrm{T}}>10\\ \\mathrm{GeV}$',
    'TruthLowPtPions': 'Pions with $1\\ \\mathrm{GeV} < p_{\\mathrm{T}} < 10\\ \\mathrm{GeV}$',
    'TruthHighPtElectrons': 'Electrons with $p_{\\mathrm{T}}>20\\ \\mathrm{GeV}$',
    'TruthLowPtElectrons': 'Electrons with $2\\ \\mathrm{GeV} < p_{\\mathrm{T}} < 20\\ \\mathrm{GeV}$',
}

Definition at line 10 of file PrintTrkAnaSummary.py.

summaryDirDefault

PrintTrkAnaSummary.summaryDirDefault = "InDetTrackPerfMonPlots/&TrkAnaName&/Offline/Tracks/"

Definition at line 21 of file PrintTrkAnaSummary.py.

testFile

PrintTrkAnaSummary.testFile = ROOT.TFile.Open( MyArgs.testFile, "READ" )

Definition at line 296 of file PrintTrkAnaSummary.py.

testMultiplicity

PrintTrkAnaSummary.testMultiplicity = testFile.Get( anaDirName+"Multiplicities/summary" )

Definition at line 297 of file PrintTrkAnaSummary.py.

titleStr

str PrintTrkAnaSummary.titleStr = f"Summary for TrackAnalysis = {anaName}:"

Definition at line 341 of file PrintTrkAnaSummary.py.

updateIndex

PrintTrkAnaSummary.updateIndex

Definition at line 325 of file PrintTrkAnaSummary.py.