struct RTRA

reconstructed tracks.

[more]float zf
z coordinate at begin of track.
[more]float xf
x coordinate.
[more]float yf
y coordinate.
[more]float txf
px / pz.
[more]float tyf
py / pz.
[more]float pf
charged tracks: Q/p.
[more]float cvf[15]
covariance matrix of parameters at first point.
[more]int hsi
number of hits in the SVD.
[more]int hin
number of hits in the inner tracker.
[more]int hou
number of hits in the outer tracker.
[more]int hri
number of hits in the RICH.
[more]int hca
number of hits in the calorimeter.
[more]int htr
number of hits in the TRD.
[more]int hmu
number of hits in the muon chambers.
[more]int fit
fit flag: D + 100 * E with .
[more]float chi
chi of track or vertex fit.
[more]float lre
Rich: likelihood of electron hypothesis.
[more]float lrmu
Rich: likelihood of muon hypothesis.
[more]float lrpi
Rich: likelihood of pion hypothesis.
[more]float lrk
Rich: likelihood of kaon hypothesis.
[more]float lrp
Rich: likelihood of proton hypothesis.
[more]int flr
Rich: particle identification flag.
[more]ArtePointer<TOPP> topp
particle code.
[more]float lte
TRD: likelihood of electron hypothesis.
[more]float lth
TRD: likelihood of hadron hypothesis.
[more]int flt
TRD: particle identification flag.
[more]float lee
ECAL: likelihood of electron hypothesis.
[more]float lemi
ECAL: likelihood of MIP hypothesis.
[more]float leh
ECAL: likelihood of hadron hypothesis.
[more]int fle
ECAL: particle identification flag.
[more]float lmmu
MUON: likelihood of muon hypothesis.
[more]float lmh
MUON: likelihood of hadron hypothesis.
[more]int flm
MUON: particle identification flag.
[more]float le
global likelihood of electron hypothesis.
[more]float lmu
global likelihood of muon hypothesis.
[more]float lpi
global likelihood of pion hypothesis.
[more]float lk
global likelihood of kaon hypothesis.
[more]float lp
global likelihood of proton hypothesis.
[more]int fid
global particle identification flag.
[more]int bsi
bit flag for hit layers in the SVD.
[more]int csvd
clone flag for SVD.
[more]int cmain
clone flag for the main tracker (inner + outer).
[more]int crich
clone flag for RICH.
[more]int cecal
clone flag for ECAL.
[more]int cmuon
clone flag for MUON.
[more]float txr
tx determined in the RICH.
[more]float tyr
ty determined in the RICH.
[more]float cer
KCerenkov angle.
[more]int mommask
describes how the momentum has been determined.
[more]int cmp
the same as CMP in RSEG.
[more]float lrme
Rich: likelihood for multi electron hypothesis.
[more]int ndof
number of degrees of freedom in refit.
[more]int bmain
bit flag for hit main tracker super layers.
[more]int bse
bit flag for expected hit layers in SVD (see bsi).
[more]float chim
chi of VDS-PC match.
[more]ArtePointer<RVER> ever
one incoming track to one vertex.
[more]ArteInvOneRelationPointer<RRRT,RREL> rrel
one track to many track-vertex relations.
[more]ArteInvManRelationPointer<RTHI,HITB> hitb
many hits to many reconstructed tracks.
[more]ArteInvManRelationPointer<RTHC,HITC> hitc
many ECAL hits to many reconstructed track.
[more]ArteInvManRelationPointer<RTRP,RPNT> rpnt
one track to many points on it.
[more]ArteInvManRelationPointer<RTMT,MTRA> mtra
many reconstructed tracks to many MC tracks.
[more]ArteInvManRelationPointer<RTRS,RSEG> rseg
many track segments to one track.
[more]ArteInvManRelationPointer<RTRC,RCCL> rccl
many clusters to many tracks.
[more]ArtePointer<RTRD> rtrd
one rtra to one table with decay parameters.


Documentation

reconstructed tracks.
ofloat zf
z coordinate at begin of track.

ofloat xf
x coordinate.

ofloat yf
y coordinate.

ofloat txf
px / pz.

ofloat tyf
py / pz.

ofloat pf
charged tracks: Q/p.

neutral decays: 1/p

ofloat cvf[15]
covariance matrix of parameters at first point.

oint hsi
number of hits in the SVD.

oint hin
number of hits in the inner tracker.

oint hou
number of hits in the outer tracker.

oint hri
number of hits in the RICH.

oint hca
number of hits in the calorimeter.

oint htr
number of hits in the TRD.

oint hmu
number of hits in the muon chambers.

oint fit
fit flag: D + 100 * E with .

D = 0: reconstructed charged track 1: reconstructed momentum to main vertex 2: reconstructed short decay 3: reconstructed long decay 4: conversion (from tracks) 5: space point (no angular measurements) 6: neutral particle (from ECAL) 7: match segment 8: charged particle direction (from RICH) 9: track seed (eg from TC area) 10: conversion direction (from RICH) 11: track fit without momentum E: error flag from track or vertex fit

ofloat chi
chi of track or vertex fit.

ofloat lre
Rich: likelihood of electron hypothesis.

ofloat lrmu
Rich: likelihood of muon hypothesis.

ofloat lrpi
Rich: likelihood of pion hypothesis.

ofloat lrk
Rich: likelihood of kaon hypothesis.

ofloat lrp
Rich: likelihood of proton hypothesis.

oint flr
Rich: particle identification flag.

oArtePointer<TOPP> topp
particle code.

for charged tracks: hypothesis used for the track fit; BY NO MEANS: the only hypothesis for decays with mass constraint: hypothesis for decays without mass constraint: 0

ofloat lte
TRD: likelihood of electron hypothesis.

ofloat lth
TRD: likelihood of hadron hypothesis.

oint flt
TRD: particle identification flag.

ofloat lee
ECAL: likelihood of electron hypothesis.

ofloat lemi
ECAL: likelihood of MIP hypothesis.

ofloat leh
ECAL: likelihood of hadron hypothesis.

oint fle
ECAL: particle identification flag.

ofloat lmmu
MUON: likelihood of muon hypothesis.

ofloat lmh
MUON: likelihood of hadron hypothesis.

oint flm
MUON: particle identification flag.

ofloat le
global likelihood of electron hypothesis.

ofloat lmu
global likelihood of muon hypothesis.

ofloat lpi
global likelihood of pion hypothesis.

ofloat lk
global likelihood of kaon hypothesis.

ofloat lp
global likelihood of proton hypothesis.

oint fid
global particle identification flag.

oint bsi
bit flag for hit layers in the SVD.

oint csvd
clone flag for SVD.

oint cmain
clone flag for the main tracker (inner + outer).

oint crich
clone flag for RICH.

oint cecal
clone flag for ECAL.

oint cmuon
clone flag for MUON.

ofloat txr
tx determined in the RICH.

ofloat tyr
ty determined in the RICH.

ofloat cer
KCerenkov angle.

oint mommask
describes how the momentum has been determined.

1 - estimated by REFIT on all hits assigned 2 - estimated by REFIT with rejection of hits in magnet 3 - estimated in VDS-ECAL match 4 - obtained during magnet tracking 5 - target constrain of OTR-PC segment 6 - PC-kick in the magnet is used for estimation 7 - estimated in VDS-RICH match 8 - estimated in VDS-PC match 9 - assigned by CATS for VDS segment --> defined in reco/rcflags.hh

oint cmp
the same as CMP in RSEG.

ofloat lrme
Rich: likelihood for multi electron hypothesis.

oint ndof
number of degrees of freedom in refit.

oint bmain
bit flag for hit main tracker super layers.

bit 1-13: otr super layers 1-13 bit 14-22: itr super layers 1-9 super layer index is taken from gesl->nsl

oint bse
bit flag for expected hit layers in SVD (see bsi).

ofloat chim
chi of VDS-PC match.

oArtePointer<RVER> ever
one incoming track to one vertex.

oArteInvOneRelationPointer<RRRT,RREL> rrel
one track to many track-vertex relations.

oArteInvManRelationPointer<RTHI,HITB> hitb
many hits to many reconstructed tracks.

oArteInvManRelationPointer<RTHC,HITC> hitc
many ECAL hits to many reconstructed track.

oArteInvManRelationPointer<RTRP,RPNT> rpnt
one track to many points on it.

oArteInvManRelationPointer<RTMT,MTRA> mtra
many reconstructed tracks to many MC tracks.

oArteInvManRelationPointer<RTRS,RSEG> rseg
many track segments to one track.

oArteInvManRelationPointer<RTRC,RCCL> rccl
many clusters to many tracks.

oArtePointer<RTRD> rtrd
one rtra to one table with decay parameters.

Alphabetic index



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