python.OverlapAnalysisConfig.OverlapAnalysisConfig Class Reference

Inheritance diagram for python.OverlapAnalysisConfig.OverlapAnalysisConfig:

Collaboration diagram for python.OverlapAnalysisConfig.OverlapAnalysisConfig:

Public Member Functions
def	__init__ (self)
def	instanceName (self)
def	makeUnionPreselectionAlg (self, config, inputCollection)
def	makeAlgs (self, config)

Public Attributes
	addToAllSelections
	addPreselection

Detailed Description

the ConfigBlock for the OverlapRemoval configuration

Definition at line 7 of file OverlapAnalysisConfig.py.

Constructor & Destructor Documentation

__init__()

def python.OverlapAnalysisConfig.OverlapAnalysisConfig.__init__

(

self

)

Definition at line 10 of file OverlapAnalysisConfig.py.

    def __init__ (self) :
        super (OverlapAnalysisConfig, self).__init__ ()
        self.setBlockName('OverlapRemoval')
        self.addOption ('inputLabel', '', type=str,
            info="any possible label used to pick up the selected objects with. This should not be a label already used elsewhere, e.g. preselectOR.")
        self.addOption ('outputLabel', 'passesOR', type=str,
            info="decoration applied (internally) to the output objects, e.g. passesOR.")
        self.addOption ('selectionName', None, type=str,
            info="name of the common selection to which to append the OR decision, needed to distinguish between the various overlap removal strategies that may be set up. The default is '' (empty string), which applies the OR decision to the entire input containers.")
        self.addOption ('linkOverlapObjects', False, type=bool,
            info="whether to set up an element link between overlapping objects. The default is False.")
        self.addOption ('enableUserPriority', False, type=bool,
            info="whether to use the user's custom priority ranking, instead of the recommended one. If set to True, will respect the priorities set with inputLabel (e.g. in SUSYTools, every object gets priority 2, but pre-selected jets get priority 1). The default is False.")
        self.addOption ('bJetLabel', '', type=str,
            info="flag to select b-jets with. If left empty, no b-jets are used in the overlap removal. The default is '' (empty string).")
        self.addOption ('InnerDR', 0.2, type=float,
            info="radius of the inner cone for removing jets. The default is 0.2.")
        self.addOption ('OuterDR', 0.4, type=float,
            info="radius of the outer cone for removing leptons. The default is 0.4.")
        self.addOption ('boostedLeptons', False, type=bool,
            info="whether to enable boosted lepton overlap removal (toggles on the property UseSlidingDR of the ORUtils::EleJetOverlapTool and ORUtils::MuJetOverlapTool tools). The default is False.")
        self.addOption ('nominalOnly', False, type=bool,
            info="(experimental) toggle off the running of overlap removal on systematically-varied objects (instead, copy from nominal). The default is False.")
        self.addOption ('nominalOnlyUnifiedSelection', False, type=bool,
            info="(experimental) toggle off the running of overlap removal on systematically-varied objects (instead, copy from nominal), but consider the union of all systematically-varied object selections (not just nominal). The default is False.")
        self.addOption ('jets', "", type=str,
            info="the input jet container.")
        self.addOption ('fatJets', "", type=str,
            info="the input large-R jet container.")
        self.addOption ('electrons', "", type=str,
            info="the input electron container.")
        self.addOption ('muons', "", type=str,
            info="the input muon container.")
        self.addOption ('photons', "", type=str,
            info="the input photon container.")
        self.addOption ('taus', "", type=str,
            info="the input tau-jet container.")
        self.addOption ('antiTauIDTauLabel', '', type=str,
            info="flag to select the ID tau-jet for the tau-antitau-jet overlap removal. The default is '' (empty string).")
        self.addOption ('antiTauLabel', '', type=str,
            info="flag to select the anti-tau-jet for the tau-antitau-jet overlap removal. The default is '' (empty string).")
        self.addOption ('antiTauBJetLabel', '', type=str,
            info="flag to select b-jets for the tau-antitau-jet overlap removal. The default is '' (empty string).")
        self.addOption ('addToAllSelections', None, type=bool,
            info="add OR selection decision into all object selections. For most users, this should only be set to 'True' if there is only one Overlap Removal setup, and to 'False' otherwise. If set to 'None', this is handled automatically.")
        self.addOption ('addPreselection', None, type=bool,
            info="add preselection decorations without systematics. If set To 'None', will be turned on in case of multiple Overlap Removal setups.")
        self.addOption ('preselectLabel', None, type=str,
            info="label for preselection decorations")
        self.addOption ('jetsSelectionName', None, type=str,
            info="a possible selection on the jet container.")
        self.addOption ('fatJetsSelectionName', None, type=str,
            info="a possible selection on the large-R jet container.")
        self.addOption ('electronsSelectionName', None, type=str,
            info="a possible selection on the electron container.")
        self.addOption ('muonsSelectionName', None, type=str,
            info="a possible selection on the muon container.")
        self.addOption ('photonsSelectionName', None, type=str,
            info="a possible selection on the photon container.")
        self.addOption ('tausSelectionName', None, type=str,
            info="a possible selection on the tau-jet container.")
        self.addOption ('doEleEleOR', False, type=bool,
            info="whether to perform the overlap removal amongst electrons. The default is False.")
        self.addOption ('doEleMuOR', True, type=bool,
            info="whether to perform the overlap removal between electrons and muons. The default is True.")
        self.addOption ('doEleJetOR', True, type=bool,
            info="whether to perform the overlap removal between electrons and jets. The default is True.")
        self.addOption ('doMuJetOR', True, type=bool,
            info="whether to perform the overlap removal between muons and jets. The default is True.")
        self.addOption ('doTauEleOR', True, type=bool,
            info="whether to perform the overlap removal between tau-jets and electrons. The default is True.")
        self.addOption ('doTauMuOR', True, type=bool,
            info="whether to perform the overlap removal between tau-jets and muons. The default is True.")
        self.addOption ('doTauJetOR', True, type=bool,
            info="whether to perform the overlap removal between tau-jets and jets. The default is True.")
        self.addOption ('doTauAntiTauJetOR', False, type=bool,
            info="whether to perform the overlap removal between tau-jets and anti-tau-jets. The default is False.")
        self.addOption ('doPhEleOR', True, type=bool,
            info="whether to perform the overlap removal between photons and electrons. The default is True.")
        self.addOption ('doPhMuOR', True, type=bool,
            info="whether to perform the overlap removal between photons and muons. The default is True.")
        self.addOption ('doPhJetOR', True, type=bool,
            info="whether to perform the overlap removal between photons and jets. The default is True.")
        self.addOption ('doEleFatJetOR', True, type=bool,
            info="whether to perform the overlap removal between electrons and large-R jets. The default is True.")
        self.addOption ('doJetFatJetOR', True, type=bool,
            info="whether to perform the overlap removal between jets and large-R jets. The default is True.")
        self.addOption ('favourPhotonOverLepton', False, type=bool,
            info="whether to give priority to photons in OR. The default is False.")
 

Member Function Documentation

instanceName()

def python.OverlapAnalysisConfig.OverlapAnalysisConfig.instanceName

(

self

)

Return the instance name for this block

Definition at line 100 of file OverlapAnalysisConfig.py.

    def instanceName (self) :
        """Return the instance name for this block"""
        if self.selectionName is not None:
            return self.selectionName
        return self.outputLabel
 

makeAlgs()

def python.OverlapAnalysisConfig.OverlapAnalysisConfig.makeAlgs	(		self,
			config
	)

Definition at line 119 of file OverlapAnalysisConfig.py.

    def makeAlgs (self, config) :
 
        if self.addToAllSelections is None:
            # we resolve this automatically for the user:
            # - if there is only one OverlapRemoval config block setup registered,
            #   we set addToAllSections to True so that the OR decision is propagated
            #   to all relevant particles
            # - if there is more than one, than we set it to False
            # this is the desired behaviour in most cases! If not, set addToAllSelections
            # yourself :)
            numORblocks = OverlapAnalysisConfig.get_instance_count()
            if numORblocks == 1:
                # there is only one OR setup
                self.addToAllSelections = True
                if self.addPreselection is None:
                    self.addPreselection = False
            else:
                # there are more than one OR setups
                self.addToAllSelections = False
                if self.addPreselection is None:
                    self.addPreselection = True
 
        if self.selectionName is not None:
            selectionName = self.selectionName
            outputLabel = self.outputLabel + '_' + selectionName
            inputLabel = self.inputLabel + '_' + selectionName
            select_or_decoration = 'select_or_' + self.selectionName
        else:
            if self.addToAllSelections:
                selectionName = ""
                select_or_decoration = 'select_or'
            else:
                selectionName = self.outputLabel
                select_or_decoration = 'select_' + self.outputLabel
            outputLabel = self.outputLabel
            inputLabel = self.inputLabel
 
        # here the logic is:
        # - either the user has provided a specific selection name for the object, and we use that one
        # - or they haven't and then either
        #    - we take the selection from 'container.selection' (because it doesn't make sense to apply it to other selections)
        #    - we use selectionName (which is either specified or '', i.e. everything)
        if self.jetsSelectionName is not None:
            jetsSelectionName = self.jetsSelectionName
        else:
            if len(self.jets.split(".")) == 2 and not self.addToAllSelections:
                jetsSelectionName = self.jets.split(".")[1]
            else:
                jetsSelectionName = selectionName
        if self.fatJetsSelectionName is not None:
            fatJetsSelectionName = self.fatJetsSelectionName
        else:
            if len(self.fatJets.split(".")) == 2 and not self.addToAllSelections:
                fatJetsSelectionName = self.fatJets.split(".")[1]
            else:
                fatJetsSelectionName = selectionName
        if self.electronsSelectionName is not None:
            electronsSelectionName = self.electronsSelectionName
        else:
            if len(self.electrons.split(".")) == 2 and not self.addToAllSelections:
                electronsSelectionName = self.electrons.split(".")[1]
            else:
                electronsSelectionName = selectionName
        if self.muonsSelectionName is not None:
            muonsSelectionName = self.muonsSelectionName
        else:
            if len(self.muons.split(".")) == 2 and not self.addToAllSelections:
                muonsSelectionName = self.muons.split(".")[1]
            else:
                muonsSelectionName = selectionName
        if self.photonsSelectionName is not None:
            photonsSelectionName = self.photonsSelectionName
        else:
            if len(self.photons.split(".")) == 2 and not self.addToAllSelections:
                photonsSelectionName = self.photons.split(".")[1]
            else:
                photonsSelectionName = selectionName
        if self.tausSelectionName is not None:
            tausSelectionName = self.tausSelectionName
        else:
            if len(self.taus.split(".")) == 2 and not self.addToAllSelections:
                tausSelectionName = self.taus.split(".")[1]
            else:
                tausSelectionName = selectionName
 
        # For now we have to decorate our selections on the objects in
        # separate algorithms beforehand, so that the overlap
        # algorithm can read them.  This should probably be changed at
        # some point.  For one, this seems like an unnecessary
        # complication in the configuration.  For another, it requires
        # that all selection systematics applied so far have dedicated
        # shallow copies for all objects and systematics, i.e. be
        # kinematic systematics.  While that is technically the case
        # right now, I'd prefer if I didn't force that.
 
        electrons = None
        if self.electrons != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.electrons)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORElectronsSelectAlg' )
            electrons, alg.preselection = config.readNameAndSelection (self.electrons)
            alg.particles = electrons
            alg.selectionDecoration = inputLabel + ',as_char'
            # if  OR added to all selections, don't need standalone selection flag
            config.addOutputVar (self.electrons.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
        photons = None
        if self.photons != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.photons)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORPhotonsSelectAlg' )
            photons, alg.preselection = config.readNameAndSelection (self.photons)
            alg.particles = photons
            alg.selectionDecoration = inputLabel + ',as_char'
            config.addOutputVar (self.photons.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
        muons = None
        if self.muons != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.muons)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORMuonsSelectAlg' )
            muons, alg.preselection = config.readNameAndSelection (self.muons)
            alg.particles = muons
            alg.selectionDecoration = inputLabel + ',as_char'
            config.addOutputVar (self.muons.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
        taus = None
        if self.taus != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.taus)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORTausSelectAlg' )
            taus, alg.preselection = config.readNameAndSelection (self.taus)
            alg.particles = taus
            alg.selectionDecoration = inputLabel + ',as_char'
            config.addOutputVar (self.taus.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
        jets = None
        if self.jets != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.jets)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORJetsSelectAlg' )
            jets, alg.preselection = config.readNameAndSelection (self.jets)
            alg.particles = jets
            alg.selectionDecoration = inputLabel + ',as_char'
            config.addOutputVar (self.jets.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
        fatJets = None
        if self.fatJets != "" :
            if self.nominalOnlyUnifiedSelection:
                self.makeUnionPreselectionAlg(config, self.fatJets)
            alg = config.createAlgorithm( 'CP::AsgSelectionAlg','ORFatJetsSelectAlg' )
            fatJets, alg.preselection = config.readNameAndSelection (self.fatJets)
            alg.particles = fatJets
            alg.selectionDecoration = inputLabel + ',as_char'
            config.addOutputVar (self.fatJets.split('.')[0],
                                 outputLabel + '_%SYS%',
                                 select_or_decoration,
                                 noSys=self.nominalOnly or self.nominalOnlyUnifiedSelection,
                                 enabled=(selectionName != '' and not self.addPreselection))
            if self.nominalOnlyUnifiedSelection:
                alg.preselection = 'unifiedSelectForOR'
 
 
        # Create the overlap removal algorithm:
        alg = config.createAlgorithm( 'CP::OverlapRemovalAlg', 'OverlapRemovalAlg' )
        alg.OutputLabel = outputLabel
        if self.nominalOnly or self.nominalOnlyUnifiedSelection :
            alg.affectingSystematicsFilter = '.*'
        if electrons :
            alg.electrons = electrons
            alg.electronsDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.electrons.split('.')[0], electronsSelectionName, alg.electronsDecoration, preselection=False, comesFrom='or')
        if muons :
            alg.muons = muons
            alg.muonsDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.muons.split('.')[0], muonsSelectionName, alg.muonsDecoration, preselection=False, comesFrom='or')
        if taus :
            alg.taus = taus
            alg.tausDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.taus.split('.')[0], tausSelectionName, alg.tausDecoration, preselection=False, comesFrom='or')
        if jets :
            alg.jets = jets
            alg.jetsDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.jets.split('.')[0], jetsSelectionName, alg.jetsDecoration, preselection=False, comesFrom='or')
        if photons :
            alg.photons = photons
            alg.photonsDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.photons.split('.')[0], photonsSelectionName, alg.photonsDecoration, preselection=False, comesFrom='or')
        if fatJets :
            alg.fatJets = fatJets
            alg.fatJetsDecoration = outputLabel + '_%SYS%,as_char'
            config.addSelection (self.fatJets.split('.')[0], fatJetsSelectionName, alg.fatJetsDecoration, preselection=False, comesFrom='or')
 
        # Create its main tool, and set its basic properties:
        config.addPrivateTool( 'overlapTool', 'ORUtils::OverlapRemovalTool' )
        alg.overlapTool.InputLabel = inputLabel
        alg.overlapTool.OutputLabel = outputLabel
 
        # By default the OverlapRemovalTool would flag objects that need to be
        # suppressed, with a "true" value. But since the analysis algorithms expect
        # the opposite behaviour from selection flags, we need to tell the tool
        # explicitly to use the "true" flag on objects that pass the overlap
        # removal.
        alg.overlapTool.OutputPassValue = True
 
        # Set up the electron-electron overlap removal, if requested.
        if electrons and self.doEleEleOR:
            config.addPrivateTool( 'overlapTool.EleEleORT',
                                   'ORUtils::EleEleOverlapTool' )
            alg.overlapTool.EleEleORT.InputLabel = inputLabel
            alg.overlapTool.EleEleORT.OutputLabel = outputLabel
            alg.overlapTool.EleEleORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.EleEleORT.OutputPassValue = True
 
        # Set up the electron-muon overlap removal.
        if electrons and muons and self.doEleMuOR:
            config.addPrivateTool( 'overlapTool.EleMuORT',
                                   'ORUtils::EleMuSharedTrkOverlapTool' )
            alg.overlapTool.EleMuORT.InputLabel = inputLabel
            alg.overlapTool.EleMuORT.OutputLabel = outputLabel
            alg.overlapTool.EleMuORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.EleMuORT.OutputPassValue = True
 
        # Set up the electron-(narrow-)jet overlap removal.
        if electrons and jets and self.doEleJetOR:
            config.addPrivateTool( 'overlapTool.EleJetORT',
                                   'ORUtils::EleJetOverlapTool' )
            alg.overlapTool.EleJetORT.InputLabel = inputLabel
            alg.overlapTool.EleJetORT.OutputLabel = outputLabel
            alg.overlapTool.EleJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.EleJetORT.BJetLabel = self.bJetLabel
            alg.overlapTool.EleJetORT.InnerDR = self.InnerDR
            alg.overlapTool.EleJetORT.OuterDR = self.OuterDR
            alg.overlapTool.EleJetORT.UseSlidingDR = self.boostedLeptons
            alg.overlapTool.EleJetORT.EnableUserPriority = self.enableUserPriority
            alg.overlapTool.EleJetORT.OutputPassValue = True
 
        # Set up the muon-(narrow-)jet overlap removal.
        if muons and jets and self.doMuJetOR:
            config.addPrivateTool( 'overlapTool.MuJetORT',
                                   'ORUtils::MuJetOverlapTool' )
            alg.overlapTool.MuJetORT.InputLabel = inputLabel
            alg.overlapTool.MuJetORT.OutputLabel = outputLabel
            alg.overlapTool.MuJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.MuJetORT.BJetLabel = self.bJetLabel
            alg.overlapTool.MuJetORT.InnerDR = self.InnerDR
            alg.overlapTool.MuJetORT.OuterDR = self.OuterDR
            alg.overlapTool.MuJetORT.UseSlidingDR = self.boostedLeptons
            alg.overlapTool.MuJetORT.EnableUserPriority = self.enableUserPriority
            alg.overlapTool.MuJetORT.OutputPassValue = True
 
        # Set up the tau-electron overlap removal.
        if taus and electrons and self.doTauEleOR:
            config.addPrivateTool( 'overlapTool.TauEleORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.TauEleORT.InputLabel = inputLabel
            alg.overlapTool.TauEleORT.OutputLabel = outputLabel
            alg.overlapTool.TauEleORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.TauEleORT.DR = 0.2
            alg.overlapTool.TauEleORT.OutputPassValue = True
 
        # Set up the tau-muon overlap removal.
        if taus and muons and self.doTauMuOR:
            config.addPrivateTool( 'overlapTool.TauMuORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.TauMuORT.InputLabel = inputLabel
            alg.overlapTool.TauMuORT.OutputLabel = outputLabel
            alg.overlapTool.TauMuORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.TauMuORT.DR = 0.2
            alg.overlapTool.TauMuORT.OutputPassValue = True
 
        # Set up the tau-(narrow-)jet overlap removal.
        if taus and jets and self.doTauJetOR:
            if self.doTauAntiTauJetOR:
                config.addPrivateTool( 'overlapTool.TauJetORT',
                                       'ORUtils::TauAntiTauJetOverlapTool' )
                alg.overlapTool.TauJetORT.TauLabel = self.antiTauIDTauLabel
                alg.overlapTool.TauJetORT.AntiTauLabel = self.antiTauLabel
                alg.overlapTool.TauJetORT.BJetLabel = self.antiTauBJetLabel
            else:
                config.addPrivateTool( 'overlapTool.TauJetORT',
                                       'ORUtils::DeltaROverlapTool' )
 
            alg.overlapTool.TauJetORT.InputLabel = inputLabel
            alg.overlapTool.TauJetORT.OutputLabel = outputLabel
            alg.overlapTool.TauJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.TauJetORT.DR = 0.2
            alg.overlapTool.TauJetORT.EnableUserPriority = self.enableUserPriority
            alg.overlapTool.TauJetORT.OutputPassValue = True
 
        # Set up the photon-electron overlap removal.
        if photons and electrons and self.doPhEleOR:
            config.addPrivateTool( 'overlapTool.PhoEleORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.PhoEleORT.InputLabel = inputLabel
            alg.overlapTool.PhoEleORT.OutputLabel = outputLabel
            alg.overlapTool.PhoEleORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.PhoEleORT.OutputPassValue = True
            if self.favourPhotonOverLepton:
                alg.overlapTool.PhoEleORT.SwapContainerPrecedence = True
 
        # Set up the photon-muon overlap removal.
        if photons and muons and self.doPhMuOR:
            config.addPrivateTool( 'overlapTool.PhoMuORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.PhoMuORT.InputLabel = inputLabel
            alg.overlapTool.PhoMuORT.OutputLabel = outputLabel
            alg.overlapTool.PhoMuORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.PhoMuORT.OutputPassValue = True
            if self.favourPhotonOverLepton:
                alg.overlapTool.PhoMuORT.SwapContainerPrecedence = True
 
        # Set up the photon-(narrow-)jet overlap removal.
        if photons and jets and self.doPhJetOR:
            config.addPrivateTool( 'overlapTool.PhoJetORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.PhoJetORT.InputLabel = inputLabel
            alg.overlapTool.PhoJetORT.OutputLabel = outputLabel
            alg.overlapTool.PhoJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.PhoJetORT.EnableUserPriority = self.enableUserPriority
            alg.overlapTool.PhoJetORT.OutputPassValue = True
 
        # Set up the electron-fat-jet overlap removal.
        if electrons and fatJets and self.doEleFatJetOR:
            config.addPrivateTool( 'overlapTool.EleFatJetORT',
                            'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.EleFatJetORT.InputLabel = inputLabel
            alg.overlapTool.EleFatJetORT.OutputLabel = outputLabel
            alg.overlapTool.EleFatJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.EleFatJetORT.DR = 1.0
            alg.overlapTool.EleFatJetORT.OutputPassValue = True
 
        # Set up the (narrow-)jet-fat-jet overlap removal.
        if jets and fatJets and self.doJetFatJetOR:
            config.addPrivateTool( 'overlapTool.JetFatJetORT',
                                   'ORUtils::DeltaROverlapTool' )
            alg.overlapTool.JetFatJetORT.InputLabel = inputLabel
            alg.overlapTool.JetFatJetORT.OutputLabel = outputLabel
            alg.overlapTool.JetFatJetORT.LinkOverlapObjects = self.linkOverlapObjects
            alg.overlapTool.JetFatJetORT.DR = 1.0
            alg.overlapTool.JetFatJetORT.OutputPassValue = True
 
        if self.nominalOnly or self.nominalOnlyUnifiedSelection :
            if electrons :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORElectronsCopyAlg')
                alg.particles = electrons
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
            if muons :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORMuonsCopyAlg')
                alg.particles = muons
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
            if taus :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORTausCopyAlg')
                alg.particles = taus
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
            if jets :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORJetsCopyAlg')
                alg.particles = jets
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
            if photons :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORPhotonsCopyAlg')
                alg.particles = photons
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
            if fatJets :
                alg = config.createAlgorithm( 'CP::CopyNominalSelectionAlg', 'ORFatJetsCopyAlg')
                alg.particles = fatJets
                alg.selectionDecoration = outputLabel + '_%SYS%,as_char'
 
        # provide a preselection if requested
        if self.addPreselection:
            if self.preselectLabel is not None :
                preselectLabel = self.preselectLabel
            else :
                preselectLabel = outputLabel
 
            if electrons :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORElectronsPreselectionAlg')
                alg.particles = electrons
                alg.preselection = '&&'.join (config.getPreselection (self.electrons.split('.')[0], electronsSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.electrons.split('.')[0], electronsSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
            if muons :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORMuonsPreselectionAlg')
                alg.particles = muons
                alg.preselection = '&&'.join (config.getPreselection (self.muons.split('.')[0], muonsSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.muons.split('.')[0], muonsSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
            if taus :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORTausPreselectionAlg')
                alg.particles = taus
                alg.preselection = '&&'.join (config.getPreselection (self.taus.split('.')[0], tausSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.taus.split('.')[0], tausSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
            if jets :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORJetsPreselectionAlg')
                alg.particles = jets
                alg.preselection = '&&'.join (config.getPreselection (self.jets.split('.')[0], jetsSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.jets.split('.')[0], jetsSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
            if photons :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORPhotonsPreselectionAlg')
                alg.particles = photons
                alg.preselection = '&&'.join (config.getPreselection (self.photons.split('.')[0], photonsSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.photons.split('.')[0], photonsSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
            if fatJets :
                alg = config.createAlgorithm( 'CP::AsgUnionPreselectionAlg','ORFatJetsPreselectionAlg')
                alg.particles = fatJets
                alg.preselection = '&&'.join (config.getPreselection (self.fatJets.split('.')[0], fatJetsSelectionName, asList=True)
                        + [outputLabel + '_%SYS%,as_char'])
                alg.selectionDecoration = preselectLabel
                config.addSelection (self.fatJets.split('.')[0], fatJetsSelectionName, alg.selectionDecoration+',as_char', bits=1, preselection=True, comesFrom='or')
 
 

makeUnionPreselectionAlg()

def python.OverlapAnalysisConfig.OverlapAnalysisConfig.makeUnionPreselectionAlg	(		self,
			config,
			inputCollection
	)

Create a new selection for the inputCollection ('container.selection')
that is the union over all systematics of 'selection'. This allows us
to run nominal-only overlap removal while taking into account the impact
of systematics on object acceptance.

Definition at line 106 of file OverlapAnalysisConfig.py.

    def makeUnionPreselectionAlg(self, config, inputCollection):
        """
        Create a new selection for the inputCollection ('container.selection')
        that is the union over all systematics of 'selection'. This allows us
        to run nominal-only overlap removal while taking into account the impact
        of systematics on object acceptance.
        """
        container, selection = config.readNameAndSelection( inputCollection )
        alg = config.createAlgorithm( 'CP::AsgUnionSelectionAlg', 'UnionSelectionAlgForOR_' + inputCollection.split(".")[0] )
        alg.preselection = selection
        alg.particles = container
        alg.selectionDecoration = 'unifiedSelectForOR'
 

Member Data Documentation

addPreselection

python.OverlapAnalysisConfig.OverlapAnalysisConfig.addPreselection

Definition at line 134 of file OverlapAnalysisConfig.py.

addToAllSelections

python.OverlapAnalysisConfig.OverlapAnalysisConfig.addToAllSelections

Definition at line 132 of file OverlapAnalysisConfig.py.

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The documentation for this class was generated from the following file:

• OverlapAnalysisConfig.py