ttSemiLepEvtBuilder_cff Namespace Reference

Functions
def	addTtSemiLepHypotheses
	make ttSemiLepEvent makeTtSemiLepEvent = cms.Sequence(makeTtSemiLepHypotheses * ttSemiLepEvent ) More...
def	removeTtSemiLepHypGenMatch
	remove genMatch hypothesis from the process More...
def	setForAllTtSemiLepHypotheses
	set a specific attribute for all hypotheses to a given value -> this works for "jets", "leps", "mets", "maxNJets" More...
def	useElectronsForAllTtSemiLepHypotheses
	use electrons instead of muons for the hypotheses More...

Function Documentation

def ttSemiLepEvtBuilder_cff.addTtSemiLepHypotheses	(		process,
			names
	)

make ttSemiLepEvent makeTtSemiLepEvent = cms.Sequence(makeTtSemiLepHypotheses * ttSemiLepEvent )

helper functions (examples of usage can be found in the ttSemiLepEvtBuilder_cfg.py) add hypotheses to the process

Definition at line 28 of file ttSemiLepEvtBuilder_cff.py.

                           ):

    ## edit list of input hypotheses for the TtSemiLepEventBuilder
    labels =  getattr(process.ttSemiLepEvent, "hypotheses")
    for obj in range(len(names)):
        ## create correct label from HypoClassKey string (stripping the leading "k")
        ## e.g. kKinFit -> ttSemiLepHypKinFit
        label = "ttSemiLepHyp" + names[obj][1:]
        ## add it to the list
        labels.append(label)
    process.ttSemiLepEvent.hypotheses = labels

    ### include hypotheses in the standard sequence
    #sequence = getattr(process, "makeTtSemiLepHypotheses")
    #for obj in range(len(names)):
        ### create correct label from HypoClassKey string (stripping the leading "k")
        ### e.g. kKinFit -> makeHypothesis_kinFit
        #if names[obj][1:4] == "MVA":
            #label = "makeHypothesis_" + names[obj][1:4].lower() + names[obj][4:]
        #else:
            #label = "makeHypothesis_" + names[obj][1:2].lower() + names[obj][2:]
        ### add it to the sequence
        #sequence += getattr(process, label)