GepClusterTimingAlgConfig Namespace Reference

Functions
	CaloCellsHandlerToolCfg (flags)
	GepClusterTimingAlgCfg (flags, name='GepClusterTimingAlg', inCaloClustersKey='CaloTopoClusters', outCaloClustersKey='Clusters420Timing', lambdaCalDivide=317, qualityCut=0.02, timeCutLargeQ=5, timeCutSmallQ=15, maxEtaForCut=5.0, OutputLevel=None)

Function Documentation

CaloCellsHandlerToolCfg()

GepClusterTimingAlgConfig.CaloCellsHandlerToolCfg

(

flags

)

Definition at line 7 of file GepClusterTimingAlgConfig.py.

def CaloCellsHandlerToolCfg(flags):
    cfg = ComponentAccumulator()
    cfg.setPrivateTools(CompFactory.CaloCellsHandlerTool())
    return cfg
 
 

GepClusterTimingAlgCfg()

GepClusterTimingAlgConfig.GepClusterTimingAlgCfg	(		flags,
			name = 'GepClusterTimingAlg',
			inCaloClustersKey = 'CaloTopoClusters',
			outCaloClustersKey = 'Clusters420Timing',
			lambdaCalDivide = 317,
			qualityCut = 0.02,
			timeCutLargeQ = 5,
			timeCutSmallQ = 15,
			maxEtaForCut = 5.0,
			OutputLevel = None )

Definition at line 13 of file GepClusterTimingAlgConfig.py.

                           OutputLevel=None):
 
    cfg = ComponentAccumulator()
 
    alg = CompFactory.GepClusterTimingAlg(
        name=name,
        inCaloClustersKey=inCaloClustersKey,
        outCaloClustersKey=outCaloClustersKey,
        lambdaCalDivide=lambdaCalDivide,
        qualityCut=qualityCut,
        timeCutLargeQ=timeCutLargeQ,
        timeCutSmallQ=timeCutSmallQ,
        maxEtaForCut=maxEtaForCut
    )
 
    if OutputLevel is not None:
        alg.OutputLevel = OutputLevel
        
    cfg.addEventAlgo(alg)
    return cfg