def trkMatchAndFiducial(trk, requireSuperFiducial):
if trk.getClusters().GetEntries() == 0: return False
trkCluster = trk.getClusters().First()
if requireSuperFiducial and not utilsAndPlots.inSuperFiducialRegion(
trkCluster.getPosition()[0],
trkCluster.getPosition()[1]):
return False
return True
def checkClusterFiducialAndTiming(fspCl, requireSuperFiducial) :
if fspCl.getClusters().GetEntries()==0 : return False
# print 'found a cluster'
cl= fspCl.getClusters().First()
if requireSuperFiducial and not utilsAndPlots.inSuperFiducialRegion(cl.getPosition()[0],cl.getPosition()[1]) : return False
# print 'pass super fiducial'
if not myhist.clusterTimingCut(cl.getClusterTime()) : return False
# print 'passed all cuts'
return True
def checkClusterFiducialAndTiming(fspCl, requireSuperFiducial):
if fspCl.getClusters().GetEntries() == 0: return False
# print 'found a cluster'
cl = fspCl.getClusters().First()
if requireSuperFiducial and not utilsAndPlots.inSuperFiducialRegion(
cl.getPosition()[0],
cl.getPosition()[1]):
return False
# print 'pass super fiducial'
if not myhist.clusterTimingCut(cl.getClusterTime()): return False
# print 'passed all cuts'
return True
def trkMatchAndFiducial(trk, requireSuperFiducial) :
if trk.getClusters().GetEntries() == 0 : return False
trkCluster=trk.getClusters().First()
if requireSuperFiducial and not utilsAndPlots.inSuperFiducialRegion(trkCluster.getPosition()[0],trkCluster.getPosition()[1]) : return False
return True
