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TestBeam
TBRec
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H8TimingNtuple.py
Go to the documentation of this file.
1
include(
"AthenaCommon/Atlas.UnixStandardJob.py"
)
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include(
"DetDescrCnvSvc/DetStore_joboptions.py"
)
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5
DetDescrCnvSvc = Service(
"DetDescrCnvSvc"
)
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DetDescrCnvSvc.DetectorManagers+= [
"CaloTTDescrManager"
]
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DetDescrCnvSvc.DetectorManagers += [
"CaloMgr"
]
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#
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#---- ByteStream-Files input --------------------
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#
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include(
"TBCnv/TBReadH8BS_jobOptions.py"
)
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ByteStreamInputSvc = Service(
"ByteStreamInputSvc"
)
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# With H8 : - See also TBReadH8BS_jobOptions.py !!
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#ByteStreamInputSvc.InputDirectory += ["/afs/cern.ch/user/d/delsart/myAthena/Reconstruction/RecExample/RecExCommon/RecExCommon-00-01-26/run"]
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#ByteStreamInputSvc.InputDirectory += ["/castor/cern.ch/atlas/testbeam/tilecal/2004/daq/"]
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ByteStreamInputSvc.InputDirectory += [
"/castor/cern.ch/atlas/testbeam/combined/2004/"
]
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#ByteStreamInputSvc.InputDirectory += ["/afs/cern.ch/user/d/delsart/myAthena/Reconstruction/RecExample/RecExTB/RecExTB-00-00-27/run"]
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# Prefix #
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ByteStreamInputSvc.FilePrefix += [
"daq_SFI-51_calo"
]
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# Run number
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#ByteStreamInputSvc.RunNumber = [1000853]
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ByteStreamInputSvc.RunNumber = [1000944]
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#ByteStreamInputSvc.RunNumber = [1000536]
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ToolSvc.TBByteStreamCnvTool.Dump =
False
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#---- LAr BS Reading & Reconstruction
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include(
"LArTBRec/LArTBRec_H8_Simple_jobOptions.py"
)
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theApp.Dlls+=[
"LArTools"
]
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include(
"LArDetMgrDetDescrCnv/LArDetMgrDetDescrCnv_H8_joboptions.py"
)
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LArRawChannelSimpleBuilder.RecoMode =
"CUBIC"
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# make CaloCellContainer
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doTile=
True
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doSim=
False
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doLArHVCorrection=
True
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include (
"CaloTBRec/CaloTBRec_H8_Cell_jobOptions.py"
)
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# --- TBRec --------------
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theApp.Dlls += [
"TBRec"
]
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theApp.TopAlg += [
"TBPhaseRec/TBPhaseRec"
]
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TBPhaseRec = Algorithm(
"TBPhaseRec"
)
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include(
"TBRec/H8PhaseRec_jobOptions.py"
)
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theApp.TopAlg += [
"TBScintillatorRec"
]
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TBScintRec = Algorithm(
"TBScintillatorRec"
)
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TBScintRec.SGkey=
"ScintillatorRawCont"
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include(
"TBRec/H8ScintRec_jobOptions.py"
)
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theApp.TopAlg += [
"TBBPCRec"
]
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TBBPCRec = Algorithm(
"TBBPCRec"
)
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TBBPCRec.SGkey=
"BPCRawCont"
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include(
"TBRec/H8BPCRec_jobOptions.py"
)
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#theApp.TopAlg += ["TBPhaseRec/TBPhaseRec"]
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#TBPhaseRec = Algorithm("TBPhaseRec")
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#include( "TBRec/H8PhaseRec_jobOptions.py" )
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theApp.Dlls += [
"CBNT_Utils"
]
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theApp.Dlls += [
"CBNT_Athena"
]
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theApp.TopAlg += [
"CBNT_Athena"
]
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CBNT_Athena = Algorithm(
"CBNT_Athena"
)
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CBNT_Athena.NtupleLocID=
"/FILE1/CBNT/t333"
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CBNT_Athena.Members += [
"CBNT_BeamInstrumentation"
]
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CBNT_BeamInstrumentation = Algorithm(
"CBNT_BeamInstrumentation"
)
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CBNT_BeamInstrumentation.BPCnames=[
"BPC-2"
,
"BPC-1"
,
"BPC0"
,
"BPC1"
,
"BPC2"
];
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CBNT_BeamInstrumentation.Scintnames=[
"S0"
,
"S1"
,
"S2-Up"
,
"S2-Down"
,
"S3-Left"
,
"S3-Right"
,
"C1"
,
"C2"
,
"muTag"
,
"muHalo"
,
"muVeto"
];
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CBNT_Athena.Members += [
"CBNT_Timing"
]
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CBNT_Timing = Algorithm(
"CBNT_Timing"
)
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CBNT_Timing.EnergyCut = 2.*GeV
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CBNT_Timing.IncludedSamplings += [
"EMB2"
,
"EMB1"
,
"EMB0"
,
"EMB3"
]
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#--- Histogram based monitoring ---------------------------
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#theApp.Dlls += [ "AthenaMonitoring"]
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#theApp.Dlls += ["CaloMonitoring"];
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#theApp.Dlls += [ "TBMonitoring" ]
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# We put the Monitoring in a sequencer to skip calibration events
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#theApp.TopAlg += [ "AthSequencer/Seq" ]
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#Seq = Algorithm( "Seq" )
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#Seq.OutputLevel=INFO
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#Seq.SubAlgorithms = ["TBEventStreamer/BeamStreamer",
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# "AthenaMon/CaloMon"
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# ]
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# Steer Beam Streamer
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#BeamStreamer = Algorithm( "BeamStreamer" )
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#BeamStreamer.ToolNames = [ "TBPatternUnitStreamerToolH8/BitSelector" ]
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#BeamStreamer.BitSelector.AcceptPattern = [ "Physics" ]
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#BeamStreamer.OutputLevel=INFO
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#CaloMon=Algorithm("CaloMon");
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#CaloMon.AthenaMonTools += ["CaloCellMonitoringTool/CaloCellMon"]
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#ToolSvc.CaloCellMon.histoPathBase = "/stat"
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#ToolSvc.CaloCellMon.OutputLevel=0;
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#ToolSvc.CaloCellMon.NPreHistogrammingEvents=50
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#athenamon = Algorithm( "athenamon" )
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#athenamon.AthenaMonTools = ["BeamDetectorMonTool/beamdetmon"]
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tdcbinnum = 100
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tdcmin = 0
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#tdcmax = 1023
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tdcmax = 4096
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# ------------- TDC Monitor -------
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#CaloMon.AthenaMonTools += ["TBTDCRawMonTool/TDCmon"]
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#include( "TBCnv/H8TDCChannelNames.py" )
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#ToolSvc.TDCmon.TestTDCMonTool = FALSE
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#ToolSvc.TDCmon.TDCBinNum = tdcbinnum
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#ToolSvc.TDCmon.TDCMax = tdcmax
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#ToolSvc.TDCmon.TDCMin = tdcmin
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# ------------- Phase Monitor -------
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#CaloMon.AthenaMonTools += ["TBPhaseMonTool/Phasemon"]
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#ToolSvc.Phasemon.PhaseTDCNames = [
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# "frag0x12chan0"]
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#ToolSvc.Phasemon.IncludedSamplings += ["EMB2"]
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#ToolSvc.Phasemon.TimeMin = 25
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#ToolSvc.Phasemon.TimeMax = 3.*25.*ns
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#ToolSvc.Phasemon.EnergyCut = 10.*GeV
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#ToolSvc.Phasemon.TDCBins = 4096
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#ToolSvc.Phasemon.TDCMin = 0
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#ToolSvc.Phasemon.TDCMax = 4095
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# -- use root histos --
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theApp.Dlls += [
"RootHistCnv"
]
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theApp.HistogramPersistency =
"ROOT"
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#HistogramPersistencySvc = Service( "HistogramPersistencySvc" )
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#HistogramPersistencySvc.OutputFile = "test.root"
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NTupleSvc = Service(
"NTupleSvc"
)
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#NTOutputFileString="FILE1 DATAFILE='%(file)s' OPT='NEW'" % {"file" : NTOutputFileName}
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NTupleSvc.Output = [
"FILE1 DATAFILE='H8TimingMon.root' OPT='NEW'"
]
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#NTupleSvc.Output = [TOutputFileString]
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# -- Use auditors --
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#theApp.Dlls += [ "GaudiAud" ]
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# write out a summary of the time spent
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#
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#theAuditorSvc = AuditorSvc()
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#theAuditorSvc.Auditors += [ "ChronoAuditor"]
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# write out a short message upon entering or leaving each algorithm
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#
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# AuditorSvc.Auditors += { "NameAuditor" };
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#-------------------------------------------------------------------------
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# user driving parameters
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#
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# Number of events to be processed (default is 10)
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theApp.EvtMax = 1000
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# Set output level threshold (2=DEBUG, 3=INFO, 4=WARNING, 5=ERROR, 6=FATAL )
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MessageSvc = Service(
"MessageSvc"
)
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MessageSvc.OutputLevel =5
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AthenaEventLoopMgr = Service(
"AthenaEventLoopMgr"
)
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AthenaEventLoopMgr.OutputLevel =5
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#ToolSvc.TBByteStreamCnvTool.OutputLevel =2
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#ToolSvc.BPCmon.OutputLevel =3
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#ToolSvc.Scintmon.OutputLevel =3
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#ToolSvc.ADCmon.OutputLevel =3
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#ToolSvc.Scintmon.OutputLevel =3
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#TBScintRec.OutputLevel =3
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#TBBPCRec.OutputLevel=3;
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# Dump all objects available
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#StoreGateSvc=Service("StoreGateSvc")
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#StoreGateSvc.Dump = True
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