def setupTruthJets(myjetfinder, myjetdr, GroomedDicts, theseq):
if rec.doTruth():
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
sortertool = JetSorterTool('JS_JetSorter', SortOrder="ByPtDown", OutputLevel=3 )
widthtool = JetWidthTool('JS_JetWidthTool')
assoc_tools = [ JetSubStructure.GhostJetJetAssociatorTool("myTruthGhostJetJetAssociatorTool", JetdR = myjetdr, JetFinder = myjetfinder, JetInputTool = getStandardInputTools(input='Truth')[0],OutputLevel=3) ]
assoc_tool_truth = JetSubStructure.JetAssociationTool(
name = 'JetAssocToolTruth',
AssociatorTools = assoc_tools, Area = True,
GroomingTools = myGroomingTools, UsedSignalState = 2,
JetAlgTools = [sortertool,widthtool], OutputLevel = 3
)
jetsubstructure_tool_truth = JetSubStructure.JetSubstructureTool(
name = 'JetSubstructureToolTruth', UsedSignalState = 2, OutputLevel=3,
SubstructureTools = [JetSubStructure.NSubjettinessTool("myNSubjettinessTool", N=[1,2,3], R0=myjetdr, GroomedjetsAuthor = catNames),
JetSubStructure.KtHadSubstructureTool("myhadtool", GroomedjetsAuthor = catNames),
JetSubStructure.DipolarityTool("myDipolarityTool",GroomedjetsAuthor = catNames),
JetSubStructure.JetVoronoiAreaCalcTool("myVoronoiArea", GroomedjetsAuthor = catNames, JetdR = myjetdr, JetInputTool = getStandardInputTools(input='Truth')[0]) ])
myjetgetter_truth = make_StandardJetGetter(myjetfinder, myjetdr, 'Truth', seq = theseq, doCalib=False, minPt=30*GeV)#,addDefaultMoment=False)
truthcontname = myjetgetter_truth.outputKey()
extra_moments_list = []
if myjetgetter_truth.jetAlgorithmHandle() == None:
if truthcontname == None:
truthcontname = myjetgetter_truth.buildName()
print 'yot: ', truthcontname
extra_moments_list += [widthtool] ## jet moments lost for truth jets in ESD->AOD transition
make_JetMomentGetter(truthcontname , extra_moments_list + [assoc_tool_truth,jetsubstructure_tool_truth], theseq )
return [ truthcontname, catNames ]
else:
return [ None, None ]
def setupTrackJets(myjetfinder, myjetdr, GroomedDicts, theseq):
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
sortertool = JetSorterTool('JS_JetSorter', SortOrder="ByPtDown", OutputLevel=3 )
widthtool = JetWidthTool('JS_JetWidthTool')
assoc_tool_track = JetSubStructure.JetAssociationTool(
name = 'JetAssocToolTrack',
AssociatorTools = [],
GroomingTools = myGroomingTools, UsedSignalState = 2,
JetAlgTools = [sortertool, widthtool], OutputLevel = 3
)
jetsubstructure_tool_track = JetSubStructure.JetSubstructureTool(
name = 'JetSubstructureToolTrack', UsedSignalState = 2, OutputLevel=3,
SubstructureTools = [JetSubStructure.NSubjettinessTool("myNSubjettinessTool", N=[1,2,3], R0=myjetdr, GroomedjetsAuthor = catNames),
JetSubStructure.KtHadSubstructureTool("myhadtool", GroomedjetsAuthor = catNames),
JetSubStructure.DipolarityTool("myDipolarityTool",GroomedjetsAuthor = catNames) ])
#---- TrackJet ----
jetFlags.finalMinEt = 30*GeV
from QcdD3PDMaker.JSTrackJets import createJSTrackJets
mygetter = createJSTrackJets(theseq, myjetfinder,myjetdr)
jetFlags.finalMinEt =30*GeV
trackjetcontname = mygetter.outputKey()
add_jetMoments_to_JetAlg(mygetter, [widthtool])
#---- End TrackJet ----
make_JetMomentGetter(trackjetcontname , [assoc_tool_track, jetsubstructure_tool_track], theseq )
return [ trackjetcontname, catNames ]
#addSUSYCustomMissingET( topSequence )
#PhotonCustomMET()
ExtendedJetD3PDObject = JetD3PDObject.copy()
myMuonD3PDObject = MuonD3PDObject.copy()
ExtendedTauD3PDObject = TauD3PDObject.copy()
#from CaloD3PDMaker import ClusterMomentFillerTool as CMFT
#ClusterD3PDObject.defineBlock (99, 'CenterMagMoments', CMFT, Moments = [CMFT.CENTER_MAG, 'centermag'])
# make truth jets WIDTH and SPLIT variables for truth jets R=0.4/0.6
import JetSubStructure
from JetRec.JetMomentGetter import make_JetMomentGetter
from JetMomentTools.JetMomentToolsConf import JetWidthTool
from JetRec.JetRecConf import JetSorterTool
widthtool = JetWidthTool('JS_JetWidthTool')
assoc_tool_truth = JetSubStructure.JetAssociationTool(name='JetAssocToolTruth',
JetAlgTools=[widthtool],
OutputLevel=3)
jetsubstructure_tool_truth = JetSubStructure.JetSubstructureTool(
name='JetSubstructureToolTruth',
UsedSignalState=2,
OutputLevel=3,
SubstructureTools=[
JetSubStructure.KtTruthLeptonSubstructureTool("mytruthleptontool",
OutputLevel=3,
GroomedjetsAuthor=[])
])
#make_JetMomentGetter("AntiKt4TruthNewJets", [widthtool, assoc_tool_truth, jetsubstructure_tool_truth], topSequence)
#make_JetMomentGetter("AntiKt6TruthNewJets", [widthtool, assoc_tool_truth, jetsubstructure_tool_truth], topSequence)
def declareDefaultTools():
from JetRecConfig.JetRecFlags import jetFlags
from JetRecConfig.JetRecStandardToolManager import jtm
try:
from JetMomentTools.JetMomentToolsConf import JetCaloCellQualityTool
jtm.haveJetCaloCellQualityTool = True
except ImportError:
jtm.haveJetCaloCellQualityTool = False
try:
from JetMomentTools.JetMomentToolsConf import JetJetBadChanCorrTool
jtm.haveJetBadChanCorrTool = True
except ImportError:
jtm.haveJetBadChanCorrTool = False
from JetRecTools.JetRecToolsConf import TrackVertexAssociationTool
from JetRec.JetRecConf import PseudoJetGetter
from JetRecTools.JetRecToolsConf import TrackPseudoJetGetter
from InDetTrackSelectionTool.InDetTrackSelectionToolConf import InDet__InDetTrackSelectionTool
from JetRecTools.JetRecToolsConf import JetTrackSelectionTool
from JetRecTools.JetRecToolsConf import SimpleJetTrackSelectionTool
#--------------------------------------------------------------
# Non-substructure moment builders.
#--------------------------------------------------------------
# Quality from clusters.
jtm += JetCaloQualityTool(
"caloqual_cluster",
TimingCuts = [5, 10],
Calculations = ["LArQuality", "N90Constituents", "FracSamplingMax", "NegativeE", "Timing", "HECQuality", "Centroid", "AverageLArQF", "BchCorrCell"],
)
# Quality from cells.
if jtm.haveJetCaloCellQualityTool:
jtm += JetCaloCellQualityTool(
"caloqual_cell",
LArQualityCut = 4000,
TileQualityCut = 254,
TimingCuts = [5, 10],
Calculations = ["LArQuality", "N90Cells", "FracSamplingMax", "NegativeE", "Timing", "HECQuality", "Centroid", "AverageLArQF"]
)
# Jet width.
jtm += JetWidthTool("width", WeightPFOToolEM=jtm.pflowweighter, WeightPFOToolLC=jtm.pflowweighterLC)
# Calo layer energies.
jtm += JetCaloEnergies("jetens")
# Read in missing cell map (needed for the following)
# commented out : incompatible with trigger : ATR-9696
## if jtm.haveJetRecCalo:
## def missingCellFileReader():
## import os
## dataPathList = os.environ[ 'DATAPATH' ].split(os.pathsep)
## dataPathList.insert(0, os.curdir)
## from AthenaCommon.Utils.unixtools import FindFile
## RefFileName = FindFile( "JetBadChanCorrTool.root" ,dataPathList, os.R_OK )
## from AthenaCommon.AppMgr import ServiceMgr
## if not hasattr(ServiceMgr, 'THistSvc'):
## from GaudiSvc.GaudiSvcConf import THistSvc
## ServiceMgr += THistSvc()
## ServiceMgr.THistSvc.Input += ["JetBadChanCorrTool DATAFILE=\'%s\' OPT=\'READ\'" % RefFileName]
## missingCellFileReader.called = True
## missingCellFileReader()
## jtm += MissingCellListTool(
## "missingcells",
## AddCellList = [],
## RemoveCellList = [],
## AddBadCells = True,
## DeltaRmax = 1.0,
## AddCellFromTool = False,
## LArMaskBit = 608517,
## TileMaskBit = 1,
## MissingCellMapName = "MissingCaloCellsMap"
## )
## # Bad channel corrections from cells
## if jtm.haveJetBadChanCorrTool:
## jtm += JetBadChanCorrTool(
## "bchcorrcell",
## NBadCellLimit = 10000,
## StreamName = "/JetBadChanCorrTool/",
## ProfileName = "JetBadChanCorrTool.root",
## ProfileTag = "",
## UseCone = True,
## UseCalibScale = False,
## MissingCellMap = "MissingCaloCellsMap",
## ForceMissingCellCheck = False,
## UseClusters = False,
## )
## # Bad channel corrections from clusters
## jtm += JetBadChanCorrTool(
## "bchcorrclus",
## NBadCellLimit = 0,
## StreamName = "",
## ProfileName = "",
## ProfileTag = "",
## UseCone = True,
## UseCalibScale = False,
## MissingCellMap = "",
## ForceMissingCellCheck = False,
## UseClusters = True
## )
# Bad LAr fractions.
jtm += JetECPSFractionTool(
"ecpsfrac",
)
#--------------------------------------------------------------
# Track-vertex association.
#--------------------------------------------------------------
from TrackVertexAssociationTool.TrackVertexAssociationToolConf import CP__TightTrackVertexAssociationTool
jtm += CP__TightTrackVertexAssociationTool("jetTighTVAtool", dzSinTheta_cut=3, doPV=True)
jtm += TrackVertexAssociationTool(
"tvassoc",
TrackParticleContainer = jtm.trackContainer,
TrackVertexAssociation = "JetTrackVtxAssoc",
VertexContainer = jtm.vertexContainer,
TrackVertexAssoTool = jtm.jetTighTVAtool,
)
jtm += TrackVertexAssociationTool(
"tvassoc_old",
TrackParticleContainer = jtm.trackContainer,
TrackVertexAssociation = "JetTrackVtxAssoc_old",
VertexContainer = jtm.vertexContainer,
MaxTransverseDistance = 1.5,
MaxLongitudinalDistance = 1.0e7,
MaxZ0SinTheta = 1.5
)
#--------------------------------------------------------------
# Track selection.
#--------------------------------------------------------------
# This is the InDet loose selection from
# https://twiki.cern.ch/twiki/bin/view/AtlasProtected/InDetTrackingPerformanceGuidelines
# October 28, 2014
#jtm += InDet__InDetDetailedTrackSelectionTool(
jtm += InDet__InDetTrackSelectionTool(
"trk_trackselloose",
CutLevel = "Loose"
)
jtm += JetTrackSelectionTool(
"trackselloose",
InputContainer = jtm.trackContainer,
OutputContainer = "JetSelectedTracks",
Selector = jtm.trk_trackselloose
)
jtm += InDet__InDetTrackSelectionTool(
"trk_trackselloose_trackjets",
CutLevel = "Loose"
)
jtm += JetTrackSelectionTool(
"trackselloose_trackjets",
InputContainer = jtm.trackContainer,
OutputContainer = "JetSelectedTracks_LooseTrackJets",
Selector = jtm.trk_trackselloose_trackjets
)
if jetFlags.useInDetTrackSelection():
jtm += JetTrackSelectionTool(
"tracksel",
InputContainer = jtm.trackContainer,
OutputContainer = "JetSelectedTracks",
Selector = jtm.trk_trackselloose
)
else:
jtm += SimpleJetTrackSelectionTool(
"tracksel",
PtMin = 500.0,
InputContainer = jtm.trackContainer,
OutputContainer = "JetSelectedTracks",
)
# Tracks.
jtm += TrackPseudoJetGetter(
"trackget",
InputContainer = jtm.trackselloose_trackjets.OutputContainer,
Label = "Track",
OutputContainer = "PseudoJetTracks",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
SkipNegativeEnergy = True,
GhostScale = 0.0
)
# Ghost tracks.
jtm += TrackPseudoJetGetter(
"gtrackget",
InputContainer = jtm.tracksel.OutputContainer,
Label = "GhostTrack",
OutputContainer = "PseudoJetGhostTracks",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
SkipNegativeEnergy = True,
GhostScale = 1e-20
)
# Jet vertex fraction.
jtm += JetVertexFractionTool(
"jvfold",
VertexContainer = jtm.vertexContainer,
AssociatedTracks = "GhostTrack",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
JVFName = "JVFOld"
)
# Jet vertex fraction with selection.
jtm += JetVertexFractionTool(
"jvf",
VertexContainer = jtm.vertexContainer,
AssociatedTracks = "GhostTrack",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
TrackSelector = jtm.trackselloose,
JVFName = "JVF"
)
# Jet vertex tagger.
jtm += JetVertexTaggerTool(
"jvt",
VertexContainer = jtm.vertexContainer,
TrackParticleContainer = jtm.trackContainer,
AssociatedTracks = "GhostTrack",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
TrackSelector = jtm.trackselloose,
JVTName = "Jvt",
K_JVFCorrScale = 0.01,
Z0Cut = 3.0,
PUTrkPtCut = 30000.0
)
# Jet track info.
jtm += JetTrackMomentsTool(
"trkmoms",
VertexContainer = jtm.vertexContainer,
AssociatedTracks = "GhostTrack",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
TrackMinPtCuts = [500, 1000],
TrackSelector = jtm.trackselloose
)
# Jet track vector sum info
jtm += JetTrackSumMomentsTool(
"trksummoms",
VertexContainer = jtm.vertexContainer,
AssociatedTracks = "GhostTrack",
TrackVertexAssociation = jtm.tvassoc.TrackVertexAssociation,
RequireTrackPV = True,
TrackSelector = jtm.trackselloose
)
# Jet cluster info.
jtm += JetClusterMomentsTool(
"clsmoms",
DoClsPt = True,
DoClsSecondLambda = True,
DoClsCenterLambda = True,
DoClsSecondR = True
)
jtm += JetVoronoiMomentsTool(
"voromoms",
AreaXmin= -5.,
AreaXmax= 5.,
AreaYmin= -3.141592,
AreaYmax= 3.141592
)
# Isolations.
# Note absence of PseudoJetGetter property means the jet inputs
# are obtained according to the InputType property of the jet.
jtm += JetIsolationTool(
"jetisol",
IsolationCalculations = ["IsoDelta:2:SumPt", "IsoDelta:3:SumPt"],
)
jtm += JetIsolationTool(
"run1jetisol",
IsolationCalculations = ["IsoKR:11:Perp", "IsoKR:11:Par", "IsoFixedCone:6:SumPt",],
)
# Bad LAr fractions.
jtm += JetLArHVTool("larhvcorr")
# Jet origin correction.
jtm += JetOriginCorrectionTool(
"jetorigincorr",
VertexContainer = jtm.vertexContainer,
OriginCorrectedName = "JetOriginConstitScaleMomentum"
)
# Just set the PV without applying origin correction
jtm += JetOriginCorrectionTool(
"jetorigin_setpv",
VertexContainer = jtm.vertexContainer,
OriginCorrectedName = "",
OnlyAssignPV = True,
)
# Load the xAODCaloEvent dictionary for cluster scale enum
import cppyy
try: cppyy.loadDictionary('xAODCaloEventDict')
except: pass
from ROOT import xAOD
# Touch an unrelated class so the dictionary is loaded
# and therefore the CaloCluster version typedef is recognised
xAOD.CaloVertexedTopoCluster
def setupTruthJets(myjetfinder, myjetdr, GroomedDicts, theseq):
if rec.doTruth():
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
catNames_trimmed = list(x for x in catNames if 'Trimmed' in x)
sortertool = JetSorterTool('myJetSorter',
SortOrder="ByPtDown",
OutputLevel=3)
wrapped_sortertool = JetSubStructure.JetAlgToolWrapper(
"JetSorterWrapper",
JetAlgTool=sortertool,
GroomedjetsAuthor=catNames_trimmed)
widthtool = JetWidthTool('JS_JetWidthTool')
truth_assoc = JetSubStructure.TruthParticleJetAssociatorTool(
"myTruthLeptonsAssoc",
ContainerName="SpclMC",
dR=myjetdr,
OutputLevel=3, #SpclMC for AODs, INav4MomTruthEvent for ESD
ParticlesPdgID=[11, 13],
ParticlesStatus=[1, 1],
ParticlesType=[2, 6],
ParticlesOrigin=[-1, -1])
truth_assoc.mcTruthClassifier.OutputLevel = 3
truth_assoc.mcTruthClassifier.McEventCollection = "GEN_AOD" #"TruthEvent" for ESD
from MCTruthClassifier.MCTruthClassifierBase import exToCalo
truth_assoc.mcTruthClassifier.ExtrapolateToCaloTool = exToCalo
assoc_tool_truth = JetSubStructure.JetAssociationTool(
name='JetAssocToolTruth',
AssociatorTools=[truth_assoc],
GroomingTools=myGroomingTools,
UsedSignalState=2,
JetAlgTools=[wrapped_sortertool, widthtool],
OutputLevel=3)
jetsubstructure_tool_truth = JetSubStructure.JetSubstructureTool(
name='JetSubstructureToolTruth',
UsedSignalState=2,
OutputLevel=3,
SubstructureTools=[
JetSubStructure.KtTruthLeptonSubstructureTool(
"mytruthleptontool", OutputLevel=3, GroomedjetsAuthor=[]),
JetSubStructure.NSubjettinessTool(
"myNSubjettinessTool",
N=[1, 2, 3],
R0=myjetdr,
GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtHadSubstructureTool(
"myhadtool", GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.JetPullVectorTool(
"myJetPullVectorTool", GroomedjetsAuthor=catNames_trimmed)
])
#need to use truth collection on disk for smaller R jets for the TrueFlavorComponent block
if myjetdr < 0.9:
contname = myjetfinder + '%dTruthJets' % (myjetdr * 10)
else:
contname = myjetfinder + '%dTruthJSJets' % (myjetdr * 10)
myjetgetter_truth = make_StandardJetGetter(
myjetfinder,
myjetdr,
'Truth',
seq=theseq,
doCalib=False,
outputCollectionName=contname) #,addDefaultMoment=False)
truthcontname = myjetgetter_truth.outputKey()
extra_moments_list = []
if myjetgetter_truth.jetAlgorithmHandle() == None:
if truthcontname == None:
truthcontname = myjetgetter_truth.buildName()
print 'yot: ', truthcontname
extra_moments_list += [
widthtool
] ## jet moments lost for truth jets in ESD->AOD transition
sss = make_JetMomentGetter(
truthcontname, extra_moments_list +
[assoc_tool_truth, jetsubstructure_tool_truth], theseq)
## for lepton assoc
jetcont = truthcontname[:-4] #removing the 'Jets'
for x in catNames_trimmed:
make_JetMomentGetter(jetcont + x + 'Jets', [
JetSubStructure.JetAssociationTool(
'JetAssocToolTruthGr',
AssociatorTools=[truth_assoc],
GroomingTools=[],
UsedSignalState=2,
JetAlgTools=[]),
JetSubStructure.JetSubstructureTool(
'JetSubstructureToolTruthGr',
UsedSignalState=2,
SubstructureTools=[
JetSubStructure.KtTruthLeptonSubstructureTool(
"mytruthleptontool", GroomedjetsAuthor=[])
])
], theseq)
return [truthcontname, catNames]
else:
return [None, None]
def setupCaloJets(myjetfinder, myjetdr, myjetinput, GroomedDicts, theseq):
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
catNames_trimmed = list(x for x in catNames if 'Trimmed' in x)
sortertool = JetSorterTool('myJetSorter',
SortOrder="ByPtDown",
OutputLevel=3)
wrapped_sortertool = JetSubStructure.JetAlgToolWrapper(
"JetSorterWrapper",
JetAlgTool=sortertool,
GroomedjetsAuthor=catNames_trimmed)
widthtool = JetWidthTool('JS_JetWidthTool')
grjets_calib = []
from JetSubStructure.mySetupJetCalibrators import doEtaMassJESCorrection
from JetCalibTools.MakeCalibSequences import calibTags
calibTags['ETAMASSJES'] = doEtaMassJESCorrection
## Origin correction
mydoCalib = False
mycalibName = ''
if 'LCTopo' in myjetinput:
mydoCalib = False
if (myjetfinder + '%d' %
(myjetdr * 10) == 'AntiKt10') or (myjetfinder + '%d' %
(myjetdr * 10) == 'CamKt12'):
mycalibName = 'LC:ORIGIN_ETAMASSJES'
else:
mycalibName = 'LC:ORIGIN'
stdcaliblist = []
allowedcalib = [
'AntiKt10LCTopoTrimmedJets',
'AntiKt10LCTopoTrimmedPtFrac3SmallR30Jets',
'AntiKt10LCTopoTrimmedPtFrac5SmallR30Jets',
'CamKt12LCTopoTrimmedPtFrac5SmallR30Jets'
]
for x in catNames:
author = myjetfinder + '%d' % (myjetdr *
10) + myjetinput + x + 'Jets'
#if author in allowedcalib :
#grjets_calib += [JetSubStructure.JetAlgToolWrapper(name = 'calibtool_origin_etamassjes_'+x,
# JetAlgTool = getStandardCalibTool(myjetfinder,myjetdr, myjetinput+x, doCalib=True, calibName='LC:ORIGIN_ETAMASSJES')[0],
# GroomedjetsAuthor = [x] )]
#elif 'Trimmed' in x:
# stdcaliblist += [x]
#if stdcaliblist != [] :
#grjets_calib += [JetSubStructure.JetAlgToolWrapper(name = 'calibtool_origin',
# JetAlgTool = getStandardCalibTool(myjetfinder,myjetdr, myjetinput, doCalib=True, calibName='LC:ORIGIN')[0],
# GroomedjetsAuthor = stdcaliblist )]
elif 'Topo' in myjetinput:
mydoCalib = True
mycalibName = 'EM:ORIGIN'
grjets_calib += [
JetSubStructure.JetAlgToolWrapper(
name='calibtool_origin',
JetAlgTool=getStandardCalibTool(myjetfinder,
myjetdr,
myjetinput,
doCalib=True,
calibName='EM:ORIGIN')[0],
GroomedjetsAuthor=catNames_trimmed)
]
truthcontname = 'none'
if rec.doTruth():
if myjetdr < 0.9: #need to use truth collection on disk for smaller R jets for the TrueFlavorComponent block
truthcontname = myjetfinder + '%dTruthJets' % (myjetdr * 10)
else:
truthcontname = myjetfinder + '%dTruthJSJets' % (myjetdr * 10)
trackjetcontname = myjetfinder + '%dTrackZJets' % (myjetdr * 10)
assoc_tools = []
trkj_assoc = JetSubStructure.JetJetAssociatorTool(
"Trk_JetJetAssociatorTool",
ContainerName=trackjetcontname,
AssociationName="TrackJets",
MatchOrigin=True)
assoc_tools += [trkj_assoc]
if rec.doTruth():
truthj_assoc = JetSubStructure.JetJetAssociatorTool(
"Truth_JetJetAssociatorTool",
ContainerName=truthcontname,
AssociationName="TruthJets",
MatchOrigin=False)
assoc_tools += [truthj_assoc]
e_assoc = JetSubStructure.ElectronJetAssociatorTool(
"JSEAssoc",
ContainerName='ElectronAODCollection',
UseCluster=True,
UseTrack=False,
dR=myjetdr,
ResolveCluster=True,
OutputLevel=3)
e_assoc.METClusterResolver.MaximumRadialDistance = 0.2
e_assoc.METClusterResolver.LongitudinalExtension = 1.0
e_assoc.METClusterResolver.RadialExtension = 1.0
e_assoc.METClusterResolver.EnergyFractionThreshold = 0.1
e_assoc.METClusterResolver.OutputLevel = 3
mu_assoc = JetSubStructure.MuonJetAssociatorTool(
"JSMuAssoc",
ContainerName='MuidMuonCollection',
UseTrack=False,
dR=myjetdr,
OutputLevel=3)
assoc_tools += [e_assoc, mu_assoc]
assoc_tool = JetSubStructure.JetAssociationTool(
name='JetAssocTool',
AssociatorTools=assoc_tools,
GroomingTools=myGroomingTools,
UsedSignalState=2,
JetAlgTools=grjets_calib + [wrapped_sortertool, widthtool],
OutputLevel=5)
jetsubstructure_tool = JetSubStructure.JetSubstructureTool(
name='JetSubstructureTool',
UsedSignalState=2,
OutputLevel=3,
SubstructureTools=[
JetSubStructure.NSubjettinessTool(
"myNSubjettinessTool",
N=[1, 2, 3],
R0=myjetdr,
GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtHadSubstructureTool(
"myhadtool", GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtElectronSubstructureTool("myelectool",
GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool("mymuontool",
GroomedjetsAuthor=[]),
JetSubStructure.JetPullVectorTool(
"myJetPullVectorTool", GroomedjetsAuthor=catNames_trimmed)
])
outkey = myjetfinder + '%d' % (myjetdr * 10) + myjetinput
if myjetinput == 'Topo':
outkey += 'EM'
outkey += 'Jets' #'JSJets' for rebuilding on the fly
myjetgetter = make_StandardJetGetter(myjetfinder,
myjetdr,
myjetinput,
seq=theseq,
doCalib=mydoCalib,
calibName=mycalibName,
addDefaultMoment=False,
outputCollectionName=outkey)
contname = myjetgetter.outputKey()
extra_moments_list = []
if myjetgetter.jetAlgorithmHandle(
) == None: # JetCollection already in AOD
if contname == None:
contname = myjetgetter.buildName()
if contname == 'AntiKt4LCTopoJets':
contname = 'AntiKt4LCTopoJetsReTagged'
else:
extra_moments_list += [widthtool]
# ------------------------------------------------
# Associate a vertex and set the JVF moment. Must be placed AFTER vertex correction
# ------------------------------------------------
from AthenaCommon.DetFlags import DetFlags
from AthenaCommon.AppMgr import ToolSvc
noVertex = jobproperties.Beam.beamType == 'cosmics' or jobproperties.Beam.beamType == 'singlebeam'
if DetFlags.detdescr.ID_on() and jetFlags.doJVF(
) and 'Truth' not in myjetinput and not noVertex and myjetdr >= 0.7:
from JetSubStructure.mySetupJetMomentTools import mygetJetVertexAssociationTool
myjvatool = mygetJetVertexAssociationTool(myjetfinder, myjetdr,
myjetinput,
'Custom%d' % (myjetdr * 10))
#add_jetMoments_to_JetAlg(myjetgetter, [myjvatool])
extra_moments_list += [myjvatool]
make_JetMomentGetter(
contname, extra_moments_list + [assoc_tool, jetsubstructure_tool],
theseq)
## for lepton assoc
jetcont = contname[:-4] #removing the 'Jets'
if contname == 'AntiKt4LCTopoJetsReTagged':
jetcont = 'AntiKt4LCTopo'
for x in catNames_trimmed:
make_JetMomentGetter(jetcont + x + 'Jets', [
JetSubStructure.JetAssociationTool(
'JetAssocToolGr',
AssociatorTools=[e_assoc, mu_assoc],
GroomingTools=[],
UsedSignalState=2,
JetAlgTools=[],
OutputLevel=5),
JetSubStructure.JetSubstructureTool(
'JetSubstructureToolGr',
UsedSignalState=2,
SubstructureTools=[
JetSubStructure.KtElectronSubstructureTool(
"myelectool", GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool(
"mymuontool", GroomedjetsAuthor=[])
])
], theseq)
return [contname, catNames]
def setupTrackJets(myjetfinder, myjetdr, GroomedDicts, theseq):
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
catNames_trimmed = list(x for x in catNames if 'Trimmed' in x)
sortertool = JetSorterTool('myJetSorter',
SortOrder="ByPtDown",
OutputLevel=3)
wrapped_sortertool = JetSubStructure.JetAlgToolWrapper(
"JetSorterWrapper",
JetAlgTool=sortertool,
GroomedjetsAuthor=catNames_trimmed)
widthtool = JetWidthTool('JS_JetWidthTool')
e_assoc = JetSubStructure.ElectronJetAssociatorTool(
"JSEAssocTrack",
ContainerName='ElectronAODCollection',
UseCluster=False,
UseTrack=True,
dR=myjetdr,
OutputLevel=3)
mu_assoc = JetSubStructure.MuonJetAssociatorTool(
"JSMuAssocTrack",
ContainerName='MuidMuonCollection',
UseTrack=True,
dR=myjetdr,
OutputLevel=3)
assoc_tool_track = JetSubStructure.JetAssociationTool(
name='JetAssocToolTrack',
AssociatorTools=[e_assoc, mu_assoc],
GroomingTools=myGroomingTools,
UsedSignalState=2,
JetAlgTools=[wrapped_sortertool, widthtool],
OutputLevel=3)
jetsubstructure_tool_track = JetSubStructure.JetSubstructureTool(
name='JetSubstructureToolTrack',
UsedSignalState=2,
OutputLevel=3,
SubstructureTools=[
JetSubStructure.NSubjettinessTool(
"myNSubjettinessTool",
N=[1, 2, 3],
R0=myjetdr,
GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtHadSubstructureTool(
"myhadtool", GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtElectronSubstructureTool("myelectool",
GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool("mymuontool",
GroomedjetsAuthor=[]),
JetSubStructure.JetPullVectorTool(
"myJetPullVectorTool", GroomedjetsAuthor=catNames_trimmed)
])
#---- TrackJet ----
#jetFlags.finalMinEt = 5*GeV
from BoostedTopD3PDMaker.JSTrackJets import createJSTrackJets
mygetter = createJSTrackJets(theseq, myjetfinder, myjetdr)
trackjetcontname = mygetter.outputKey()
add_jetMoments_to_JetAlg(mygetter, [widthtool])
#---- End TrackJet ----
sss = make_JetMomentGetter(trackjetcontname,
[assoc_tool_track, jetsubstructure_tool_track],
theseq)
## for lepton assoc
jetcont = trackjetcontname[:-4] #removing the 'Jets'
for x in catNames_trimmed:
make_JetMomentGetter(jetcont + x + 'Jets', [
JetSubStructure.JetAssociationTool(
'JetAssocToolTrackGr',
AssociatorTools=[e_assoc, mu_assoc],
GroomingTools=[],
UsedSignalState=2,
JetAlgTools=[]),
JetSubStructure.JetSubstructureTool(
'JetSubstructureToolTrackGr',
UsedSignalState=2,
SubstructureTools=[
JetSubStructure.KtElectronSubstructureTool(
"myelectool", GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool(
"mymuontool", GroomedjetsAuthor=[])
])
], theseq)
return [trackjetcontname, catNames]
)
# Quality from cells.
if jtm.haveJetCaloCellQualityTool:
jtm += JetCaloCellQualityTool("caloqual_cell",
LArQualityCut=4000,
TileQualityCut=254,
TimingCuts=[5, 10],
Calculations=[
"LArQuality", "N90Cells",
"FracSamplingMax", "NegativeE", "Timing",
"HECQuality", "Centroid", "AverageLArQF"
])
# Jet width.
jtm += JetWidthTool("width")
# Calo layer energies.
jtm += JetCaloEnergies("jetens")
# Read in missing cell map (needed for the following)
# commented out : incompatible with trigger : ATR-9696
## if jtm.haveJetRecCalo:
## def missingCellFileReader():
## import os
## dataPathList = os.environ[ 'DATAPATH' ].split(os.pathsep)
## dataPathList.insert(0, os.curdir)
## from AthenaCommon.Utils.unixtools import FindFile
## RefFileName = FindFile( "JetBadChanCorrTool.root" ,dataPathList, os.R_OK )
## from AthenaCommon.AppMgr import ServiceMgr
## if not hasattr(ServiceMgr, 'THistSvc'):
def setupCaloJets(myjetfinder, myjetdr, myjetinput, GroomedDicts, theseq):
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
#catNames_trimmed = list(x for x in catNames if 'Trimmed' in x)
#catNames_trimmed += list(x for x in catNames if 'Filter' in x)
#catNames_trimmed = catNames
catNames_trimmed = list(x for x in catNames if 'Subjet' not in x)
sortertool = JetSorterTool('myJetSorter',
SortOrder="ByPtDown",
OutputLevel=3)
wrapped_sortertool = JetSubStructure.JetAlgToolWrapper(
"JetSorterWrapper",
JetAlgTool=sortertool,
GroomedjetsAuthor=catNames_trimmed)
widthtool = JetWidthTool('JS_JetWidthTool')
grjets_calib = []
from JetSubStructure.mySetupJetCalibrators import doEtaMassJESCorrection
from JetCalibTools.MakeCalibSequences import calibTags
calibTags['ETAMASSJES'] = doEtaMassJESCorrection
## Origin correction
mydoCalib = False
mycalibName = ''
if 'LCTopo' in myjetinput:
mydoCalib = True
if (myjetfinder + '%d' %
(myjetdr * 10) == 'AntiKt10') or (myjetfinder + '%d' %
(myjetdr * 10) == 'CamKt12'):
mycalibName = 'LC:ORIGIN_ETAMASSJES'
else:
mycalibName = 'LC:ORIGIN'
# overwrite with latest offset substraction
mycalibName = "LC:ApplyAreaOffset"
stdcaliblist = []
#allowedcalib = ['AntiKt10LCTopoTrimmedJets', 'AntiKt10LCTopoTrimmedPtFrac3SmallR30Jets','AntiKt10LCTopoTrimmedPtFrac5SmallR30Jets','CamKt12LCTopoTrimmedPtFrac5SmallR30Jets']
allowedcalib = [] # etamassjes is currently obsolete for these jets
for x in catNames:
author = myjetfinder + '%d' % (myjetdr *
10) + myjetinput + x + 'Jets'
if author in allowedcalib:
grjets_calib += [
JetSubStructure.JetAlgToolWrapper(
name='calibtool_origin_etamassjes_' + x,
JetAlgTool=getStandardCalibTool(
myjetfinder,
myjetdr,
myjetinput + x,
doCalib=True,
calibName='LC:ORIGIN_ETAMASSJES')[0],
GroomedjetsAuthor=[x])
]
#elif 'Trimmed' in x:
else:
stdcaliblist += [x]
if stdcaliblist != []:
grjets_calib += [
JetSubStructure.JetAlgToolWrapper(
name='calibtool_origin',
JetAlgTool=getStandardCalibTool(myjetfinder,
myjetdr,
myjetinput,
doCalib=True,
calibName='LC:ORIGIN')[0],
GroomedjetsAuthor=stdcaliblist)
]
elif 'Topo' in myjetinput:
mydoCalib = True
#mycalibName = 'EM:ORIGIN'
# overwrite with latest offset substraction
mycalibName = "EM:ApplyAreaOffset"
grjets_calib += [
JetSubStructure.JetAlgToolWrapper(
name='calibtool_origin',
JetAlgTool=getStandardCalibTool(myjetfinder,
myjetdr,
myjetinput,
doCalib=True,
calibName='EM:ORIGIN')[0],
GroomedjetsAuthor=catNames_trimmed)
]
#grjets_calib += getStandardCalibTool(myjetfinder,myjetdr, myjetinput, doCalib=True, calibName='EM:ORIGIN')
truthcontname = 'none'
if rec.doTruth():
if myjetdr < 0.9: #need to use truth collection on disk for smaller R jets for the TrueFlavorComponent block
truthcontname = myjetfinder + '%dTruthJets' % (myjetdr * 10)
else:
truthcontname = myjetfinder + '%dTruthJSJets' % (myjetdr * 10)
trackjetcontname = myjetfinder + '%dTrackZJets' % (myjetdr * 10)
assoc_tools = []
trkj_assoc = JetSubStructure.JetJetAssociatorTool(
"Trk_JetJetAssociatorTool",
ContainerName=trackjetcontname,
AssociationName="TrackJets",
MatchOrigin=True)
assoc_tools += [trkj_assoc]
if rec.doTruth():
truthj_assoc = JetSubStructure.JetJetAssociatorTool(
"Truth_JetJetAssociatorTool",
ContainerName=truthcontname,
AssociationName="TruthJets",
MatchOrigin=False)
assoc_tools += [truthj_assoc]
e_assoc = JetSubStructure.ElectronJetAssociatorTool(
"JSEAssoc",
ContainerName='ElectronAODCollection',
UseCluster=True,
UseTrack=False,
dR=myjetdr,
ResolveCluster=True,
OutputLevel=3)
e_assoc.METClusterResolver.MaximumRadialDistance = 0.2
e_assoc.METClusterResolver.LongitudinalExtension = 1.0
e_assoc.METClusterResolver.RadialExtension = 1.0
e_assoc.METClusterResolver.EnergyFractionThreshold = 0.1
e_assoc.METClusterResolver.OutputLevel = 3
mu_assoc = JetSubStructure.MuonJetAssociatorTool(
"JSMuAssoc",
ContainerName='MuidMuonCollection',
UseTrack=False,
dR=myjetdr,
OutputLevel=3)
assoc_tools += [e_assoc, mu_assoc]
assoc_tool_ghost = JetSubStructure.GhostJetJetAssociatorTool(
"myGhostJetJetAssociatorTool",
JetdR=myjetdr,
JetFinder=myjetfinder,
JetInputTool=getStandardInputTools(input=myjetinput)[0],
OutputLevel=3)
## btgging ##
subjets_names = [x for x in catNames if "Subjets" in x]
btag_tool = []
if subjets_names != []:
from JetRec.JetGetters import getStandardBTaggerTool
jetFlags.doBTagging = True
_btag_tool = getStandardBTaggerTool('AntiKt', 0.4, 'LCTopo')
if len(_btag_tool) > 0:
btag_tool += [
JetSubStructure.JetAlgToolWrapper(
name='JetBTagger_' + ''.join(subjets_names),
JetAlgTool=_btag_tool[0],
GroomedjetsAuthor=subjets_names)
]
jetFlags.doBTagging = True
## btagging end ##
assoc_tool = JetSubStructure.JetAssociationTool(
name='JetAssocTool',
AssociatorTools=assoc_tools + [assoc_tool_ghost],
GroomingTools=myGroomingTools,
UsedSignalState=2,
Area=True,
JetAlgTools=grjets_calib + [wrapped_sortertool, widthtool] + btag_tool,
OutputLevel=5)
jetsubstructure_tool = JetSubStructure.JetSubstructureTool(
name='JetSubstructureTool',
UsedSignalState=2,
OutputLevel=3,
SubstructureTools=[
JetSubStructure.NSubjettinessTool(
"myNSubjettinessTool",
N=[1, 2, 3],
R0=myjetdr,
GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtHadSubstructureTool(
"myhadtool", GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.KtElectronSubstructureTool("myelectool",
GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool("mymuontool",
GroomedjetsAuthor=[]),
JetSubStructure.DipolarityTool("myDipolarityTool",
GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.JetVoronoiAreaCalcTool(
"myVoronoiArea",
GroomedjetsAuthor=catNames_trimmed,
JetdR=myjetdr,
JetInputTool=getStandardInputTools(input=myjetinput)[0]),
JetSubStructure.JetShapesSubstructureTool(
"myJetShapesTool", GroomedjetsAuthor=catNames_trimmed),
JetSubStructure.JetPullVectorTool(
"myJetPullVectorTool", GroomedjetsAuthor=catNames_trimmed)
])
outkey = myjetfinder + '%d' % (myjetdr * 10) + myjetinput
if myjetinput == 'Topo':
outkey += 'EM'
outkey += 'Jets' #'JSJets' for rebuilding on the fly
myjetgetter = make_StandardJetGetter(myjetfinder,
myjetdr,
myjetinput,
seq=theseq,
doCalib=mydoCalib,
calibName=mycalibName,
addDefaultMoment=False,
outputCollectionName=outkey,
minPt=50 * GeV)
contname = myjetgetter.outputKey()
extra_moments_list = []
if myjetgetter.jetAlgorithmHandle(
) == None: # JetCollection already in AOD
if contname == None:
contname = myjetgetter.buildName()
#if contname == 'AntiKt4LCTopoJets':
# contname = 'AntiKt4LCTopoJetsReTagged'
else:
extra_moments_list += [widthtool]
# ------------------------------------------------
# Associate a vertex and set the JVF moment. Must be placed AFTER vertex correction
# ------------------------------------------------
from AthenaCommon.DetFlags import DetFlags
from AthenaCommon.AppMgr import ToolSvc
noVertex = jobproperties.Beam.beamType == 'cosmics' or jobproperties.Beam.beamType == 'singlebeam'
if DetFlags.detdescr.ID_on() and jetFlags.doJVF(
) and 'Truth' not in myjetinput and not noVertex and myjetdr >= 0.7:
from JetSubStructure.mySetupJetMomentTools import mygetJetVertexAssociationTool
myjvatool = mygetJetVertexAssociationTool(myjetfinder, myjetdr,
myjetinput,
'Custom%d' % (myjetdr * 10))
#add_jetMoments_to_JetAlg(myjetgetter, [myjvatool])
extra_moments_list += [myjvatool]
## Ghost Track Matching
from JetMomentTools.GhostAssociation import setupGhostAssociationTool
t = setupGhostAssociationTool(contname, ["TrackAssoc"])
t.GhostAssociators[0].AssociationName = "TrackAssocTmp"
t.CopyJetFindingMoment = False
extra_moments_list += [t]
make_JetMomentGetter(
contname, extra_moments_list + [assoc_tool, jetsubstructure_tool],
theseq)
## for lepton assoc
jetcont = contname[:-4] #removing the 'Jets'
if contname == 'AntiKt4LCTopoJetsReTagged' or contname == 'AntiKt4LCTopoNewJets':
jetcont = 'AntiKt4LCTopo'
for x in catNames_trimmed:
make_JetMomentGetter(jetcont + x + 'Jets', [
JetSubStructure.JetAssociationTool(
'JetAssocToolGr',
AssociatorTools=[e_assoc, mu_assoc],
GroomingTools=[],
UsedSignalState=2,
Area=True,
JetAlgTools=[],
OutputLevel=5),
JetSubStructure.JetSubstructureTool(
'JetSubstructureToolGr',
UsedSignalState=2,
SubstructureTools=[
JetSubStructure.KtElectronSubstructureTool(
"myelectool", GroomedjetsAuthor=[]),
JetSubStructure.KtMuonSubstructureTool(
"mymuontool", GroomedjetsAuthor=[])
])
], theseq)
jetFlags.doBTagging = True
return [contname, catNames]
def setupCaloJets(myjetfinder, myjetdr, myjetinput, GroomedDicts, theseq):
myGroomingTools, catNames = getGroomingTools(GroomedDicts)
sortertool = JetSorterTool('JS_JetSorter', SortOrder="ByPtDown", OutputLevel=3 )
widthtool = JetWidthTool('JS_JetWidthTool')
grjets_calib = []
## Origin correction
mydoCalib = False
mycalibName = ''
from JetSubStructure.mySetupJetCalibrators import doEtaMassJESCorrection
from JetCalibTools.MakeCalibSequences import calibTags
calibTags['ETAMASSJES'] = doEtaMassJESCorrection
if 'LCTopo' in myjetinput:
#mydoCalib = True
mydoCalib = False
if (myjetfinder + '%d'%(myjetdr*10) == 'AntiKt10') or (myjetfinder + '%d'%(myjetdr*10) == 'CamKt12'):
mycalibName = 'LC:ORIGIN_ETAMASSJES'
else:
mycalibName = 'LC:ORIGIN'
stdcaliblist = []
allowedcalib = ['AntiKt10LCTopoTrimmedJets', 'AntiKt10LCTopoTrimmedPtFrac3SmallR30Jets','AntiKt10LCTopoTrimmedPtFrac5SmallR30Jets','CamKt12LCTopoTrimmedPtFrac5SmallR30Jets']
for x in catNames:
author = myjetfinder + '%d'%(myjetdr*10) + myjetinput + x + 'Jets'
if author in allowedcalib :
#grjets_calib += [JetSubStructure.JetAlgToolWrapper(name = 'calibtool_origin_etamassjes_'+x, JetAlgTool = getStandardCalibTool(myjetfinder,myjetdr, myjetinput+x, doCalib=True, calibName='LC:ORIGIN_ETAMASSJES')[0], GroomedjetsAuthor = stdcaliblist )]
#grjets_calib += [JetSubStructure.JetAlgToolWrapper(name = 'calibtool_origin_etamassjes_'+x, JetAlgTool = getStandardCalibTool(myjetfinder,myjetdr, myjetinput+x, doCalib=False)[0], GroomedjetsAuthor = stdcaliblist) ]
pass
else:
stdcaliblist += [x]
if stdcaliblist != [] :
#grjets_calib += [JetSubStructure.JetAlgToolWrapper(name = 'calibtool_origin',JetAlgTool = getStandardCalibTool(myjetfinder,myjetdr, myjetinput, doCalib=False, calibName='LC:ORIGIN')[0], GroomedjetsAuthor = stdcaliblist )]
pass
elif 'Topo' in myjetinput:
#mydoCalib = True
mydoCalib = False
mycalibName = 'EM:ORIGIN'
#grjets_calib += getStandardCalibTool(myjetfinder,myjetdr, myjetinput, doCalib=True, calibName='EM:ORIGIN')
grjets_calib += getStandardCalibTool(myjetfinder,myjetdr, myjetinput, doCalib=False, calibName='EM:ORIGIN')
truthcontname = 'none'
if rec.doTruth():
truthcontname = myjetfinder + '%dTruthJets' % (myjetdr*10)
trackjetcontname = myjetfinder + '%dTrackZJets' % (myjetdr*10)
assoc_tools = []
trkj_assoc = JetSubStructure.JetJetAssociatorTool("Trk_JetJetAssociatorTool", ContainerName = trackjetcontname,
AssociationName = "TrackJets",
MatchOrigin = True)
assoc_tools += [ trkj_assoc ]
if rec.doTruth():
truthj_assoc = JetSubStructure.JetJetAssociatorTool("Truth_JetJetAssociatorTool", ContainerName = truthcontname,
AssociationName = "TruthJets",
MatchOrigin = False)
assoc_tools += [ truthj_assoc ]
doArea = False
if 'LCTopo' in myjetinput:
doArea = True
assoc_tools += [ JetSubStructure.GhostJetJetAssociatorTool("myGhostJetJetAssociatorTool", JetdR = myjetdr, JetFinder = myjetfinder, JetInputTool = getStandardInputTools(input=myjetinput)[0],OutputLevel=3) ]
assoc_tool = JetSubStructure.JetAssociationTool(
name = 'JetAssocTool',
AssociatorTools = assoc_tools,
GroomingTools = myGroomingTools, UsedSignalState = 2, Area = doArea,
JetAlgTools = grjets_calib + [sortertool, widthtool], OutputLevel = 3
)
jetsubstructure_tool = JetSubStructure.JetSubstructureTool(
name = 'JetSubstructureTool', UsedSignalState = 2, OutputLevel=3,
SubstructureTools = [JetSubStructure.NSubjettinessTool("myNSubjettinessTool", N=[1,2,3], R0=myjetdr, GroomedjetsAuthor = catNames),
JetSubStructure.KtHadSubstructureTool("myhadtool", GroomedjetsAuthor = catNames),
JetSubStructure.DipolarityTool("myDipolarityTool",GroomedjetsAuthor = catNames),
JetSubStructure.JetVoronoiAreaCalcTool("myVoronoiArea", GroomedjetsAuthor = catNames, JetdR = myjetdr, JetInputTool = getStandardInputTools(input=myjetinput)[0]) ])
outkey = myjetfinder + '%d'%(myjetdr*10) + myjetinput
if myjetinput == 'Topo':
outkey += 'EM'
outkey += 'Jets'
myjetgetter = make_StandardJetGetter(myjetfinder, myjetdr, myjetinput, seq = theseq, doCalib=mydoCalib, calibName=mycalibName,addDefaultMoment=False, minPt=30*GeV,
outputCollectionName = outkey)
contname = myjetgetter.outputKey()
extra_moments_list = []
if myjetgetter.jetAlgorithmHandle() == None: # JetCollection already in AOD
if contname == None:
contname=myjetgetter.buildName()
print 'yo2: ', contname
else:
extra_moments_list += [widthtool]
#add_jetMoments_to_JetAlg(myjetgetter, [JetWidthTool()])
# ------------------------------------------------
# Associate a vertex and set the JVF moment. Must be placed AFTER vertex correction
# ------------------------------------------------
from AthenaCommon.DetFlags import DetFlags
from AthenaCommon.AppMgr import ToolSvc
noVertex = jobproperties.Beam.beamType == 'cosmics' or jobproperties.Beam.beamType == 'singlebeam'
if DetFlags.detdescr.ID_on() and jetFlags.doJVF() and 'Truth' not in myjetinput and not noVertex:
from JetSubStructure.mySetupJetMomentTools import mygetJetVertexAssociationTool
myjvatool = mygetJetVertexAssociationTool(myjetfinder, myjetdr,myjetinput,'Custom%d'%(myjetdr*10))
#add_jetMoments_to_JetAlg(myjetgetter, [myjvatool])
extra_moments_list += [myjvatool]
make_JetMomentGetter(contname , extra_moments_list + [assoc_tool, jetsubstructure_tool], theseq )
return [ contname, catNames ]
# Quality from cells.
if jtm.haveJetCaloCellQualityTool:
jtm += JetCaloCellQualityTool("caloqual_cell",
LArQualityCut=4000,
TileQualityCut=254,
TimingCuts=[5, 10],
Calculations=[
"LArQuality", "N90Cells",
"FracSamplingMax", "NegativeE", "Timing",
"HECQuality", "Centroid", "AverageLArQF"
])
# Jet width.
jtm += JetWidthTool("width",
WeightPFOToolEM=jtm.pflowweighter,
WeightPFOToolLC=jtm.pflowweighter_LC)
# Calo layer energies.
jtm += JetCaloEnergies("jetens")
# Read in missing cell map (needed for the following)
# commented out : incompatible with trigger : ATR-9696
## if jtm.haveJetRecCalo:
## def missingCellFileReader():
## import os
## dataPathList = os.environ[ 'DATAPATH' ].split(os.pathsep)
## dataPathList.insert(0, os.curdir)
## from AthenaCommon.Utils.unixtools import FindFile
## RefFileName = FindFile( "JetBadChanCorrTool.root" ,dataPathList, os.R_OK )
## from AthenaCommon.AppMgr import ServiceMgr