def setL3(self):
if mualign.alignMDT():
align.derivativeType = 'Numerical'
elif mualign.alignCSC():
align.derivativeType = 'Analytical'
else:
align.derivativeType = 'unknown'
align.alignmentLevel = 3
self.setFullReco(False)
def newConfigureSolveAlignment(self):
self.setAlignmentDbTool()
# setup MCTB fitter (not used but needed for AlignTrackPreProcessor)
# get AlignAlg without muon-specific tools
from TrkAlignGenAlgs.AlignAlgGetter import AlignAlgGetter
solveAlign = AlignAlgGetter().AlignAlgHandle()
# add muon-specific tools using current MuonAlignment flags
# MuonGeometryManagerTool
from MuonAlignGenTools.MuonGeometryManagerToolGetter import MuonGeometryManagerToolGetter
solveAlign.GeometryManagerTool = MuonGeometryManagerToolGetter(
).MuonGeometryManagerToolHandle()
# Csc/MdtAlignDBTool
if mualign.alignMDT():
from MuonAlignGenTools.MdtAlignDBToolGetter import MdtAlignDBToolGetter
solveAlign.AlignDBTool = MdtAlignDBToolGetter(
).MdtAlignDBToolHandle()
elif mualign.alignCSC():
from MuonAlignGenTools.CscAlignDBToolGetter import CscAlignDBToolGetter
solveAlign.AlignDBTool = CscAlignDBToolGetter(
).CscAlignDBToolHandle()
else:
print '************ At the moment set to MdtAlignDBTool *************'
print '*********** but please make sure what you are doing ***********'
from MuonAlignGenTools.MdtAlignDBToolGetter import MdtAlignDBToolGetter
solveAlign.AlignDBTool = MdtAlignDBToolGetter(
).MdtAlignDBToolHandle()
# create MuonAlignModuleTool and configure tools
from MuonAlignGenTools.MuonAlignModuleToolGetter import MuonAlignModuleToolGetter
alignModTool = MuonAlignModuleToolGetter().MuonAlignModuleToolHandle()
solveAlign.AlignTool.AlignModuleTool = alignModTool
solveAlign.AlignTool.MatrixTool.AlignModuleTool = alignModTool
# set matrix tool output to DEBUG
solveAlign.AlignTool.MatrixTool.OutputLevel = 2
# configure GlobalChi2AlignTool's output tree
globalChi2AlignTool = solveAlign.AlignTool
globalChi2AlignTool.DoShiftDerivTree = mualign.doShiftDerivTree()
# add RegionSelectionSvc
self.addRegionSelectionSvc()
solveAlign.SolveOnly = True
def configureAlignment(self, useAlternateAscii=False, isMC=True):
print "in configureAlignment"
self.setAlignmentDbTool(useAlternateAscii, isMC)
# get AlignAlg without muon-specific tools
from TrkAlignGenAlgs.AlignAlgGetter import AlignAlgGetter
alignAlg = AlignAlgGetter().AlignAlgHandle()
# add muon-specific tools using current MuonAlignment flags
# MuonTrackCollectionProvider
if mualign.trackCollectionProvider() == 'MuonTrackCollectionProvider':
from MuonAlignGenTools.MuonTrackCollectionProviderGetter import MuonTrackCollectionProviderGetter
alignAlg.TrackCollectionProvider = MuonTrackCollectionProviderGetter(
).MuonTrackCollectionProviderHandle()
# create instance of MuonMatchQuality
#from MuonTrackThroughCalo.ConfMuonTrackThroughCalo import ConfMuonTrackThroughCalo
#MuonTTC = ConfMuonTrackThroughCalo("MuonTrackThroughCalo")
from AthenaCommon.AppMgr import ToolSvc
#ToolSvc += MuonTTC
from MuonRecExample import MuonRecTools
muonCombiTrackMaker = MuonRecTools.getPublicTool(
'MooTrackSteering')
#muonCombiTrackMaker.OutputLevel = DEBUG
muonCombiTrackMaker.OutputLevel = align.OutputLevel()
atlasExtrapolator = MuonRecTools.getPublicTool('AtlasExtrapolator')
from MuonCombinedTestTools.MuonCombinedTestToolsConf import MuonCombined__MuonTrackTagTestTool
combinedMuonTag = MuonCombined__MuonTrackTagTestTool(
name="CombinedMuonTag",
ExtrapolatorTool=atlasExtrapolator,
#TTCTool = MuonTTC,
Chi2Cut=2500.)
ToolSvc += combinedMuonTag
alignAlg.TrackCollectionProvider.TagTool = combinedMuonTag
# create tool instance
elif mualign.trackCollectionProvider() == 'TrackCollectionProvider':
from TrkAlignGenTools.TrackCollectionProviderGetter import TrackCollectionProviderGetter
alignAlg.TrackCollectionProvider = TrackCollectionProviderGetter(
).TrackCollectionProviderGetterHandle()
else:
print "Using default TrackCollectionProvider!"
# MuonTrackPreProcessor
from MuonAlignGenTools.MuonTrackPreProcessorGetter import MuonTrackPreProcessorGetter
alignAlg.AlignTrackPreProcessor = MuonTrackPreProcessorGetter(
).MuonTrackPreProcessorHandle()
# MuonGeometryManagerTool
from MuonAlignGenTools.MuonGeometryManagerToolGetter import MuonGeometryManagerToolGetter
alignAlg.GeometryManagerTool = MuonGeometryManagerToolGetter(
).MuonGeometryManagerToolHandle()
# MuonFillNtupleTool
from MuonAlignGenTools.MuonFillNtupleToolGetter import MuonFillNtupleToolGetter
alignAlg.FillNtupleTool = MuonFillNtupleToolGetter(
).MuonFillNtupleToolHandle()
# MdtAlignDBTool
if mualign.alignMDT():
from MuonAlignGenTools.MdtAlignDBToolGetter import MdtAlignDBToolGetter
alignAlg.AlignDBTool = MdtAlignDBToolGetter().MdtAlignDBToolHandle(
)
elif mualign.alignCSC():
from MuonAlignGenTools.CscAlignDBToolGetter import CscAlignDBToolGetter
alignAlg.AlignDBTool = CscAlignDBToolGetter().CscAlignDBToolHandle(
)
else:
print '************ At the moment set to MdtAlignDBTool *************'
print '*********** but please make sure what you are doing ***********'
from MuonAlignGenTools.MdtAlignDBToolGetter import MdtAlignDBToolGetter
alignAlg.AlignDBTool = MdtAlignDBToolGetter().MdtAlignDBToolHandle(
)
# create MuonAlignModuleTool and configure tools
from MuonAlignGenTools.MuonAlignModuleToolGetter import MuonAlignModuleToolGetter
alignModTool = MuonAlignModuleToolGetter().MuonAlignModuleToolHandle()
alignAlg.AlignTool.AlignModuleTool = alignModTool
alignAlg.AlignTool.MatrixTool.AlignModuleTool = alignModTool
alignAlg.AlignTrackCreator.AlignModuleTool = alignModTool
alignAlg.AlignTrackDresser.DerivCalcTool.AlignModuleTool = alignModTool
# set matrix tool output to DEBUG
alignAlg.AlignTool.MatrixTool.OutputLevel = 2
# configure GlobalChi2AlignTool's output tree
globalChi2AlignTool = alignAlg.AlignTool
# add RegionSelectionSvc
self.addRegionSelectionSvc()