ATLAS Offline Software
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PhysicsAnalysis
D3PDMaker
TrackD3PDMaker
python
xAODTrackSummaryFiller.py
Go to the documentation of this file.
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# Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
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#
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# @file TrackD3PDMaker/python/xAODTrackSummaryFiller.py
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# @author scott snyder <snyder@bnl.gov>
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# @date Jul 2014
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# @brief Configure filler for xAOD track summary data.
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#
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from
AthenaConfiguration.ComponentFactory
import
CompFactory
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D3PD = CompFactory.D3PD
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HitSum =
'HitSum'
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HoleSum =
'HoleSum'
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IDHits =
'IDHits'
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IDHoles =
'IDHoles'
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IDSharedHits =
'IDSharedHits'
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IDOutliers =
'IDOutliers'
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PixelInfoPlus =
'PixelInfoPlus'
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SCTInfoPlus =
'SCTInfoPlus'
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TRTInfoPlus =
'TRTInfoPlus'
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InfoPlus =
'InfoPlus'
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ExpectBLayer =
'ExpectBLayer'
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MuonHits =
'MuonHits'
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MuonHoles =
'MuonHoles'
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Outliers =
'Outliers'
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StdDev =
'StdDev'
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sumvars = [
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# ID hits
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[ IDHits,
'nBLHits = numberOfInnermostPixelLayerHits'
],
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[ [IDHits, HitSum],
'nPixHits = numberOfPixelHits'
],
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[ [IDHits, HitSum],
'nSCTHits = numberOfSCTHits'
],
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[ [IDHits, HitSum],
'nTRTHits = numberOfTRTHits'
],
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[ IDHits,
'nTRTHighTHits = numberOfTRTHighThresholdHits'
],
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[ IDHits,
'nTRTXenonHits = numberOfTRTXenonHits'
],
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# ID holes + dead sensors - needed for appropriate cutting
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[ [IDHoles, HoleSum],
'nPixHoles = numberOfPixelHoles'
],
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[ [IDHoles, HoleSum],
'nSCTHoles = numberOfSCTHoles'
],
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[ [IDHoles, HoleSum],
'nTRTHoles = numberOfTRTHoles'
],
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[ IDHoles,
'nPixelDeadSensors = numberOfPixelDeadSensors'
],
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[ IDHoles,
'nSCTDeadSensors = numberOfSCTDeadSensors'
],
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# ID shared & Split hits
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[ IDSharedHits,
'nBLSharedHits = numberOfInnermostPixelLayerSharedHits'
],
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[ IDSharedHits,
'nPixSharedHits = numberOfPixelSharedHits'
],
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[ IDSharedHits,
'nSCTSharedHits = numberOfSCTSharedHits'
],
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[ IDSharedHits,
'nBLayerSplitHits = numberOfInnermostPixelLayerSplitHits'
],
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[ IDSharedHits,
'nPixSplitHits = numberOfPixelSplitHits'
],
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# ID outliers
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[ IDOutliers,
'nBLayerOutliers = numberOfInnermostPixelLayerOutliers'
],
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[ IDOutliers,
'nPixelOutliers = numberOfPixelOutliers'
],
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[ IDOutliers,
'nSCTOutliers = numberOfSCTOutliers'
],
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[ IDOutliers,
'nTRTOutliers = numberOfTRTOutliers'
],
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[ IDOutliers,
'nTRTHighTOutliers = numberOfTRTHighThresholdOutliers'
],
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# Pixel info plus
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[ PixelInfoPlus,
'nContribPixelLayers =numberOfContribPixelLayers'
],
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[ PixelInfoPlus,
'nGangedPixels = numberOfGangedPixels'
],
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[ PixelInfoPlus,
'nGangedFlaggedFakes = numberOfGangedFlaggedFakes'
],
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[ PixelInfoPlus,
'nPixelSpoiltHits = numberOfPixelSpoiltHits'
],
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# SCT info plus
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[ SCTInfoPlus,
'nSCTDoubleHoles = numberOfSCTDoubleHoles'
],
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[ SCTInfoPlus,
'nSCTSpoiltHits = numberOfSCTSpoiltHits'
],
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# TRT info plus
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[ TRTInfoPlus,
'nTRTDeadStraws = numberOfTRTDeadStraws'
],
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[ TRTInfoPlus,
'nTRTTubeHits = numberOfTRTTubeHits'
],
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# Info plus
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[ InfoPlus,
'nOutliersOnTrack = numberOfOutliersOnTrack'
],
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[ InfoPlus,
'standardDeviationOfChi2OS =standardDeviationOfChi2OS'
],
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# Expect BLayer hit
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[ ExpectBLayer,
'expectInnermostPixelLayerHit = expectInnermostPixelLayerHit'
],
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# Muon hits
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[ [MuonHits, HitSum],
'nprecisionLayers = numberOfPrecisionLayers'
],
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[ [MuonHits, HitSum],
'nphiLayers = numberOfPhiLayers'
],
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[ [MuonHits, HitSum],
'ntrigEtaLayers = numberOfTriggerEtaLayers'
],
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# Muon holes
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[ [MuonHoles, HoleSum],
'nprecisionHoleLayers = numberOfPrecisionHoleLayers'
],
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[ [MuonHoles, HoleSum],
'nphiHoleLayers = numberOfPhiHoleLayers'
],
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[ [MuonHoles, HoleSum],
'ntrigEtaHoleLayers = numberOfTriggerEtaHoleLayers'
],
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# Other
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[ Outliers,
'nOutliersOnTrack = numberOfOutliersOnTrack'
],
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[ StdDev,
'standardDeviationOf Chi2OS'
],
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]
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def
xAODTrackSummaryFiller (obj, lod, blockName,
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IDHits = True,
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IDHoles = True,
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IDSharedHits = True,
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IDOutliers = False,
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PixelInfoPlus = False,
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SCTInfoPlus = False,
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TRTInfoPlus = False,
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InfoPlus = False,
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MuonHits = True,
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MuonHoles = False,
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ExpectBLayer = True,
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HitSum = True,
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HoleSum = True,
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FullInfo = False,
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Outliers = False,
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StdDev = False,
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**kw):
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varlist = []
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for
tags, v
in
sumvars:
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if
not
isinstance(tags, list): tags = [tags]
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sel = FullInfo
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for
t
in
tags:
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sel += eval(t)
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if
sel:
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v = v +
'< unsigned char:0'
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varlist.append (v)
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obj.defineBlock (lod, blockName,
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D3PD.AuxDataFillerTool
,
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Vars = varlist,
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**kw)
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return
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D3PD::AuxDataFillerTool
Copy aux data to D3PD.
Definition
AuxDataFillerTool.h:35
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