else:
tmp_useBeamBackgroundRemoval = TRUE
if not (rec.triggerStream() == 'CosmicCalo'):
tmp_useBeamBackgroundRemoval = FALSE
print "not CosmicCalo stream"
print "tmp_useBeamBackgroundRemoval=", tmp_useBeamBackgroundRemoval
CaloClustMonCosmicsNoTA = CaloClusterVecMon(
name="CaloClustMonCosmicsNoTA",
CaloClusterContainer="CaloCalTopoClusters",
TimeGran=tmp_timeGran,
useBadLBTool=tmp_useBadLBTool,
BadLBTool=GetLArBadLBFilterTool(),
useReadyFilterTool=tmp_useReadyFilterTool,
ReadyFilterTool=monAtlasReadyFilterTool,
useLArNoisyAlg=tmp_useLArNoisyAlg,
useBeamBackgroundRemoval=tmp_useBeamBackgroundRemoval,
# cluster energy threshold in GeV
lowEthresh=0.0,
lowmedEthresh=10.0,
medEthresh=25,
# medhiEthresh = 15.0,
hiEthresh=50.0,
)
ToolSvc += CaloClustMonCosmicsNoTA
CaloMon.AthenaMonTools += [CaloClustMonCosmicsNoTA]
else:
tmp_useBeamBackgroundRemoval = TRUE
if not (rec.triggerStream() == 'CosmicCalo'):
tmp_useBeamBackgroundRemoval = FALSE
print "not CosmicCalo stream"
print "tmp_useBeamBackgroundRemoval=", tmp_useBeamBackgroundRemoval
LArCosmicsClusterMon = CaloClusterVecMon(
name="LArCosmicsClusterMon",
CaloClusterContainer="LArMuClusterCandidates",
TimeGran="lowStat",
useBadLBTool=tmp_useBadLBTool,
BadLBTool=GetLArBadLBFilterTool(),
useReadyFilterTool=tmp_useReadyFilterTool,
ReadyFilterTool=monAtlasReadyFilterTool,
useLArNoisyAlg=tmp_useLArNoisyAlg,
useBeamBackgroundRemoval=tmp_useBeamBackgroundRemoval,
# cluster energy threshold in GeV
lowEthresh=0.0,
lowmedEthresh=1.0,
medEthresh=1.5,
# medhiEthresh = 4.0,
hiEthresh=5.0,
)
ToolSvc += LArCosmicsClusterMon
CaloMon.AthenaMonTools += [LArCosmicsClusterMon]
tmp_CaloClusterVecMonCollisions["useReadyFilterTool"] = TRUE
tmp_CaloClusterVecMonCollisions["useLArNoisyAlg"] = TRUE
if (rec.triggerStream() == 'CosmicCalo'):
tmp_CaloClusterVecMonCollisions["useLArCollisionFilter"] = TRUE
tmp_CaloClusterVecMonCollisions["useBeamBackgroundRemoval"] = TRUE
CaloClusterMonNoTA = CaloClusterVecMon(
name="CaloClusterMonNoTA",
CaloClusterContainer="CaloCalTopoClusters",
TimeGran=tmp_CaloClusterVecMonCollisions["timeGran"],
useBadLBTool=tmp_CaloClusterVecMonCollisions["useBadLBTool"],
BadLBTool=GetLArBadLBFilterTool(),
useReadyFilterTool=tmp_CaloClusterVecMonCollisions["useReadyFilterTool"],
ReadyFilterTool=monAtlasReadyFilterTool,
useLArCollisionFilterTool=tmp_CaloClusterVecMonCollisions[
"useLArCollisionFilter"],
useLArNoisyAlg=tmp_CaloClusterVecMonCollisions["useLArNoisyAlg"],
useBeamBackgroundRemoval=tmp_CaloClusterVecMonCollisions[
"useBeamBackgroundRemoval"],
# cluster energy threshold in GeV
lowEthresh=0.0,
lowmedEthresh=10.0,
medEthresh=25.0,
hiEthresh=50.0,
)
ToolSvc += CaloClusterMonNoTA
CaloMon.AthenaMonTools += [CaloClusterMonNoTA]
tmp_useLArCollisionFilter = FALSE
printfunc("not CosmicCalo stream")
else:
tmp_useLArCollisionFilter = TRUE
printfunc("tmp_useBeamBackgroundRemoval=", tmp_useBeamBackgroundRemoval)
printfunc("tmp_useLArCollisionFilter=", tmp_useLArCollisionFilter)
EMCaloClusterMonNoTA = CaloClusterVecMon(
name="EMCaloClusterMonNoTA",
CaloClusterContainer=tmp_CaloClusterContainer,
TimeGran=tmp_timeGran,
useBadLBTool=tmp_useBadLBTool,
BadLBTool=GetLArBadLBFilterTool(),
useReadyFilterTool=tmp_useReadyFilterTool,
ReadyFilterTool=GetAtlasReadyFilterTool(),
useLArCollisionFilterTool=tmp_useLArCollisionFilter,
useLArNoisyAlg=tmp_useLArNoisyAlg,
useBeamBackgroundRemoval=tmp_useBeamBackgroundRemoval,
# cluster energy threshold in GeV
lowEthresh=0.0,
lowmedEthresh=4.0,
medEthresh=10.0,
medhiEthresh=15.0,
hiEthresh=25.0,
)
#ToolSvc += EMCaloClusterMonNoTA
CaloMon.AthenaMonTools += [EMCaloClusterMonNoTA]