histoConfigurationWrapper Namespace Reference

Functions
	getHistogram1D (myMap, chains=[""])
	getHistogram2D (myMap, chains=[""])
	createHistogram1D (el, definition, probabilities, flavours, chains=[""])
	createHistogram2D (el, definition, probabilities, flavours, chains=[""])
	getHistoDefs (category='ART', chains=[""])

Function Documentation

createHistogram1D()

histoConfigurationWrapper.createHistogram1D	(		el,
			definition,
			probabilities,
			flavours,
			chains = [""] )

Definition at line 47 of file histoConfigurationWrapper.py.

def createHistogram1D( el,definition,probabilities,flavours,chains=[""] ):
    output = []
 
    for chain in chains:
        for prob in probabilities:
            for flav in flavours:
                name = str(el)
                histoPath = str(definition['path']['ART'])
    
                if  str(prob) != "":
                    name += "_" + str(prob)
 
                if  str(flav) != "":
                    name = str(flav) + "_" + name
                    histoPath = str(flav)+"/"+str(definition['path']['ART'])
    
                if  str(chain) != "":
                    name = str(chain) + "_" + name
                    histoPath = str(chain) +"/"+ histoPath
    
                toAdd = [ str(definition['type']),
                          name,
                          str(definition['title']+";"+definition['xtitle']+";"+definition['ytitle']),
                          histoPath,
                          str(definition['xbins']),
                          str(definition['xmin']),
                          str(definition['xmax']) ]
                output.append( toAdd )
 
    return output 
 

createHistogram2D()

histoConfigurationWrapper.createHistogram2D	(		el,
			definition,
			probabilities,
			flavours,
			chains = [""] )

Definition at line 78 of file histoConfigurationWrapper.py.

def createHistogram2D( el,definition,probabilities,flavours,chains=[""] ):
    output = []
 
    for chain in chains:
        for prob in probabilities:
            for flav in flavours:
                name = str(el)
                histoPath = str(definition['path']['ART'])
 
                if  str(prob) != "":
                    name += "_" + str(prob)
    
                if  str(flav) != "":
                    name = str(flav) + "_" + name
                    histoPath = str(flav)+"/"+str(definition['path']['ART'])
    
                if  str(chain) != "":
                    name = str(chain) + "_" + name
                    histoPath = str(chain) +"/"+ histoPath
    
                toAdd = [ str(definition['type']),
                          name,
                          str(definition['title']+";"+definition['xtitle']+";"+definition['ytitle']),
                          histoPath,
                          str(definition['xbins']),
                          str(definition['xmin']),
                          str(definition['xmax']),
                          str(definition['ybins']),
                          str(definition['ymin']),
                          str(definition['ymax']) ]
                output.append( toAdd )
 
    return output 
 

getHistoDefs()

histoConfigurationWrapper.getHistoDefs	(		category = 'ART',
			chains = [""] )

Definition at line 114 of file histoConfigurationWrapper.py.

def getHistoDefs( category = 'ART',chains=[""] ):
    import json
    import os
    from AthenaCommon.Utils.unixtools import FindFile
 
    path = FindFile("JetTagDQA/PhysValBtag_VariablesMenu.json", os.environ["DATAPATH"].split(os.pathsep), os.R_OK)
 
    inFile = open( path,'r' )
    mappa = json.load( inFile )
 
 
    variables1D = []
    variables2D = []
 
    # Taking 1D histograms  
    variables1D += getHistogram1D( mappa['GLOBAL'],chains )
    variables1D += getHistogram1D( mappa['JET'],chains )
    variables1D += getHistogram1D( mappa['TAGGER'],chains )
    variables1D += getHistogram1D( mappa['TRACKS'],chains )
    variables1D += getHistogram1D( mappa['SV'],chains )
    # Taking 2D histograms  
    variables2D += getHistogram2D( mappa[ 'CombinedQuantities' ],chains )
 
    return [ variables1D,variables2D ]

getHistogram1D()

histoConfigurationWrapper.getHistogram1D	(		myMap,
			chains = [""] )

Definition at line 3 of file histoConfigurationWrapper.py.

def getHistogram1D( myMap,chains=[""] ):
    output = []
 
    for el in myMap:
        print( 'Looking at',el )
        definition = myMap[el]
        if definition[ 'path' ].get('ART',None) is None:
            continue
 
        probabilities = [""]
        if 'forEach' in definition:
            if len( definition[ 'forEach' ] ) > 0:
                probabilities = definition[ 'forEach' ]
        print( 'forEach:',probabilities )
        flavours = [""]
        if 'forEachTruthType' in definition:
            if len( definition[ 'forEachTruthType' ] ) > 0:
                flavours = definition[ 'forEachTruthType' ]
        print( 'FLAVS:',flavours )
        output += createHistogram1D( el,definition,probabilities,flavours,chains )
 
    return output
 

getHistogram2D()

histoConfigurationWrapper.getHistogram2D	(		myMap,
			chains = [""] )

Definition at line 26 of file histoConfigurationWrapper.py.

def getHistogram2D( myMap,chains=[""] ):
    output = []
 
    for el in myMap:
        definition = myMap[el]
        if definition[ 'path' ].get('ART',None) is None:
            continue
 
        probabilities = [""]
        if 'forEach' in definition:
            if len( definition[ 'forEach' ] ) > 0:
                probabilities = definition[ 'forEach' ]
        print( 'forEach:',probabilities )
        flavours = [""]
        if 'forEachTruthType' in definition:
            if len( definition[ 'forEachTruthType' ] ) > 0:
                flavours = definition[ 'forEachTruthType' ]
        output += createHistogram2D( el,definition,probabilities,flavours,chains )
 
    return output