else:
LArCaliOFCAlg = LArOFCAlg("LArCaliOFCAlg")
LArCaliOFCAlg.ReadCaliWave = True
LArCaliOFCAlg.KeyList = [ContainerKey]
LArCaliOFCAlg.Nphase = Nphases
LArCaliOFCAlg.Dphase = Dphases
LArCaliOFCAlg.Ndelay = Ndelays
LArCaliOFCAlg.Nsample = Nsamples
LArCaliOFCAlg.Normalize = Normalize
LArCaliOFCAlg.TimeShift = TimeShift
LArCaliOFCAlg.TimeShiftByIndex = TimeShiftByIndex
LArCaliOFCAlg.Verify = True
LArCaliOFCAlg.FillShape = FillShape
if (DumpOFC):
LArCaliOFCAlg.DumpOFCfile = "LArOFCCali.dat"
LArCaliOFCAlg.GroupingType = GroupingType
LArCaliOFCAlg.DecoderTool = theLArAutoCorrDecoderTool
topSequence += LArCaliOFCAlg
###########################################################################
if (WriteNtuple):
from LArCalibTools.LArCalibToolsConf import LArOFC2Ntuple
if (AllWavesPerCh):
LArOFC2NtupleVec = []
for i in range(0, MaxCalLinePerCh):
topSequence += LArOFC2Ntuple("LArOFC2Ntuple" + str(i + 1))
exec 'LArOFC2NtupleVec.append( topSequence.LArOFC2Ntuple%(fn)s )' % {
'fn': i + 1
LArPhysOFCAlg.Ndelay = Ndelays
LArPhysOFCAlg.Nsample = Nsamples
LArPhysOFCAlg.Normalize = Normalize
LArPhysOFCAlg.TimeShift = TimeShift
LArPhysOFCAlg.TimeShiftByIndex = TimeShiftByIndex
LArPhysOFCAlg.Verify = True
LArPhysOFCAlg.FillShape = FillShape
if (doOFCPicker):
LArPhysOFCAlg.KeyOFC = "tempOFC"
LArPhysOFCAlg.KeyShape = "tempShape"
else:
LArPhysOFCAlg.KeyOFC = OFCKey
LArPhysOFCAlg.KeyShape = ShapeKey
if (DumpOFC):
LArPhysOFCAlg.DumpOFCfile = "LArOFCPhys.dat"
LArPhysOFCAlg.GroupingType = GroupingType
topSequence += LArPhysOFCAlg
from LArCalibUtils.LArCalibUtilsConf import LArAutoCorrDecoderTool
theLArAutoCorrDecoderTool = LArAutoCorrDecoderTool()
ToolSvc += theLArAutoCorrDecoderTool
if (doOFCPicker):
conddb.addFolder(
"", "/LAR/ElecCalibOfl/OFCBin/Dummy<dbConnection>" + DBConnectionCOOL +
"</dbConnection>" + ChannelSelection)
from LArCalibUtils.LArCalibUtilsConf import LArOFPhasePicker
LArOFPhasePicker = LArOFPhasePicker("LArOFPhasePicker")
LArOFPhasePicker.KeyPhase = "LArOFCPhase"