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cardDijetPp.input
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# Configuration card for leading-subleading jet analysis
# Data type for the analysis
DataType 0 # 0 = pp, 1 = PbPb, 2 = pp MC, 3 = PbPb MC, 4 = LocalTest
# Select correlation type for Monte Carlo runs (Jet-Track)
McCorrelationType 0 # 0 = RecoReco, 1 = RecoGen, 2 = GenReco, 3 = GenGen
MatchJets 0 # 1 = Match generator level jets with reconstructed jets, 0 = Do not do that
# Specify the forest type in the selected data files and choose forest readers based on this
ForestType 0 # 0 = High Forest, 1 = Skim Forest
ReadMode 2017 # 0 = Regular forest, 1 = PYTHIA8 forest
# Select which histograms to save. Checked bit by bit. Needed for memory issues.
FilledHistograms 3 # Bit 0 = Event information histograms (to set: 1)
# Bit 1 = Jet histograms (to set: 2)
# Bit 2 = Track histograms (to set: 4)
# Bit 3 = Regular jet-track correlation (to set: 8)
# Bit 4 = Uncorrected jet-track correlation (to set: 16)
# Bit 5 = pT weighted jet track correlation (to set: 32)
# Bit 6 = Inclusive jet-track correlation (to set: 64)
# Examples: All = 127, All but inclusive jet-track = 63
# Event info and pT weighted correlation = 39
# Regular and uncorrected correlation = 24
# Cuts for dijets
JetType 0 # 0 = Calo jets, 1 = PF jets
JetAxis 0 # 0 = Escheme axis, 1 = Leading PF candidate axis, 2 = WTA
JetEtaCut 1.6 # Region in eta around midrapidity taken into account in analysis
SearchEtaCut 2.0 # Region accepted when searching for dijet events
MaxPtCut 5020 # Maximum pT of a leading jet accepted in the analysis
MinPtCut 120 # Minimum pT of a leading jet accepted in the analysis
SubleadingPtCut 50 # Minimum pT of a subleading jet accepted in the analysis
DeltaPhiCut 2.6179939 # Minimum deltaPhi between leading and subleading jet, 5 Pi / 6
MinMaxTrackPtFraction 0.01 # Minimum fraction of jet pT taken by the highest pT track in jet
MaxMaxTrackPtFraction 0.98 # Maximum fraction of jet pT taken by the highest pT track in jet
JetUncertainty 0 # 0 = Nominal jet pT, 1 = Minus uncertainty, 2 = Plus uncertainty
# Cuts for tracks
TrackEtaCut 2.4 # Region in eta around midrapidity from which tracks are accepted
MinTrackPtCut 0.5 # Minimum track pT considered in the analysis
MaxTrackPtRelativeError 0.3 # Maximum relative error allowed for track pT
VertexMaxDistance 3 # TODO: Understand what this cut means
CalorimeterSignalLimitPt 20 # Require signal in calorimeters for all track above this pT
HighPtEtFraction 0.5 # For high pT tracks, require Et to be at least this fraction of pT
Chi2QualityCut 100000 # Maximum accepted chi2/(nDof*nHits) for tracks
MinimumTrackHits 0 # Require this many hits for each track
SubeventCut 2 # Cut on subevent index. 0 = 0, 1 = (>0), 2 = no cut
# Cuts for event selection
ZVertexCut 15 # Maximum vz value for accepted tracks
LowPtHatCut -1 # Minimum accepted pT hat
HighPtHatCut 1 # Maximum accepted pT hat
IncludeEventPlane 0 # 0 = No event plane info. 1 = Read event plane branches.
MultiplicityMode 0 # 0 = Weight MC centrality to match data. 1 = Weight multiplicity to match
# Binning for THnSparses
AsymmetryBinType 1 # 0 = AJ, 1 = xJ
CentralityBinEdges -0.75 -0.25 9.75 29.75 49.75 100.25 # Centrality binning
TrackPtBinEdges 0.7 1 2 3 4 8 12 300 # Track pT binning
AsymmetryBinEdges 0 0.6 0.8 1.0 # Dijet asymmetry binning
PtHatBinEdges 0 30 50 80 120 170 220 280 370 460 # pT hat binning
# Event mixing
DoEventMixing 0 # 0 = Do not mix events. 1 = Generate mixed events
OnlyMix 0 # 0 = Save also same event, 1 = Save only mixed event
MixWithPool 0 # 0 = Do mixing without pool. 1 = Do mixing with pool
NMixedEventsPerDijet 1 # Number of events mixed with each dijet event
VzTolerance 0.5 # Maximum vz distance for event to be accepted in mixing
MixingVzBinWidth 1 # Width of vz bins used for mixing in cm
MixingHiBinWidth 5 # Number of centrality bins combined in a single mixing bin
MixingPoolDepth 100 # Number of events selected for mixing for each vz and centrality bin
MixingFileIndex 0 # Index for mixing file
# Debug
DebugLevel 2 # 0 = No debug messages, 1 = Some debug messages, 2 = All debug messages