DØ RECO_ANALYZE Root Tuple Content


RECO_ANALYZE is a general purpose executable used by RECO developers to produce a ROOT-tuple, for study of algorithms, etc. These tuples may also be of general use to others. This page attempts to document the content of the tuple.

The reco_analyze root tuple is a single tree, with many branches. The following table lists the current branches, including what software package created that branch.

In general, the documentation for the contents of each branch is contained in the software package that filled that branch. Users should first look in the appropriate package's doc area (follow the links provided in the table below).

This page is under construction - it is currently incomplete, but may still be of some use.


Version: t01.45.00

An explicit printout of the tuple content using Global.Print() is also available.

Branch Name Description Software Package
BCJet Reconstructed BCJet's bcjet_analyze
CH Reconstructed ChargedParticle's chpart_analyze
CHVTX Best reconstructed vertices chpart_analyze
EMPART_S Information about reconstructed EM particles em_analyze
EMPART_Z Information about reconstructed EM particles em_analyze
EMSEM Information about reconstructed SEM particles em_analyze
Elec bc jet information (elec tag) bcjet_analyze
EvtInfo    
GTRACK GTRACK information vertex_analyze
Imp bc jet information (imp tag) bcjet_analyze
ImpTrk bc jet information (imp trk tag) bcjet_analyze
JCC7 Jet information (Run I, cone, R=0.7, simple cone preclustering, calorimeter) jetanalyze
JCCA Jet information (Run II, cone, R=0.7, calorimeter) jetanalyze
JCCB Jet information (Run II, cone, R=0.5, calorimeter) jetanalyze
JCCG Jet information (Run I, cone, R=0.7, NN preclustering, calorimeter) jetanalyze
JCM7 Jet information (Run I, cone, R=0.7, simple cone preclustering, MC particles) jetanalyze
JCMB Jet information (Run II, cone, R=0.5, MC particles) jetanalyze
JCMG Jet information (Run II, cone, R=0.7, NN preclustering, MC particles) jetanalyze
JKC1 Jet information (Run I, KT, D=1, calorimeter) jetanalyze
JKCA Jet information (Run II, KT, D=1, calorimeter) jetanalyze
JKCB Jet information (Run II, KT, D=0.4, calorimeter) jetanalyze
JKM1 Jet information (Run I, KT, D=1, MC particles) jetanalyze
JKMA Jet information (Run II, KT, D=1, MC particles) jetanalyze
JKMB Jet information (Run II, KT, D=0.4, MC particles) jetanalyze
KTRACK KTRACK information vertex_analyze
MATCH    
MC bc jet MC information bcjet_analyze
MCA_EVT General MC information mc_analyze
MCA_ICHUNKS Information about MC input chunks mc_analyze
MCA_IPRT Information about MC input particles mc_analyze
MCA_IVTX Information about MC input vertices mc_analyze
MCA_OPRT Information about MC output particles mc_analyze
MCA_OVTX Information about MC output vertices mc_analyze
MCTAU   tau_analyze
MCTRK MC track information vertex_analyze
MCVTX MC vertex information vertex_analyze
MDT MDT information muo_analyze
MET MET information jetanalyze
MSC MSC information muo_analyze
MuoGTR GTRACK information (GTrackChunk) muo_analyze
MuoMC Information about MC muons (MCKineChunk) muo_analyze
MuoSeg Information about muon segments (MuoSegmentChunk) muo_analyze
MuoSim Information from the SimMUONHitChunk muo_analyze
MuoTrfit Information about muon tracks (MuoTrackChunk) muo_analyze
Muon bc jet information (muon tag) bcjet_analyze
Muonid General information about reconstructed muons (MuonParticleChunk) muo_analyze
N    
PDT PDT information muo_analyze
PTSEL   vertex_analyze
PVRECO Primary vertex information vertex_analyze
PVSEL Primary vertex information vertex_analyze
QUARK Parton information vertex_analyze
SKRECO   vertex_analyze
SKSEL   vertex_analyze
STSEL   vertex_analyze
SVPROB Secondary vertex information vertex_analyze
SVRECO Secondary vertex information vertex_analyze
SVSEL Secondary vertex information vertex_analyze
TAU Tau information tau_analyze
TAUCLS EM3 cell information used in tau reconstruction tau_analyze
TRA    
TrkJet bc jet information (trk jet tag) bcjet_analyze
VTRKCONE    
Vtx bc jet information (vtx tag) bcjet_analyze


This page maintained by Harry Melanson