struct MTRA

MC particles / tracks.

float px: Px.
float py: Py.
float pz: Pz.
float ml: Particle mass for resonances;.
int flag: whereabout of the track:.
ArtePointer<TOPP> topp: particle code.
int orig: data for MTRA_BVER, MTRA_BTRA.
ArteManRelationPointer<RTMT,RTRA> rtra: many reconstructed tracks to many MC tracks.
ArteManRelationPointer<RCMT,RCCL> rccl: many MC tracks to many clusters.
float mass: mass.
float leng: track length.
ArtePointer<MVER> bver: one vertex to many outgoing tracks.
ArtePointer<MTRA> btra: one track to many outgoing tracks.
ArteInvOneRelationPointer<MTMT,MTRA> etra: many outgoing tracks to one track.
ArteInvOneRelationPointer<MTMV,MVER> ever: many end vertices to one track.
ArteInvOneRelationPointer<MTMI,MIMP> mimp: many impact points to one track.
ArteInvOneRelationPointer<MTMC,MCAL> mcal: many ECALs to one track.
ArteInvManRelationPointer<MTRS,RSEG> rseg: many MC tracks to many track segments.
ArtePointer<MTCP> mtcp: to calorimeter entry point in bank MTCP.

Documentation

MC particles / tracks.

float px

Px.

float py

Py.

float pz

Pz.

float ml

Particle mass for resonances;.

track length for stable particles

int flag

whereabout of the track:.

0: just created; not yet processed 1: expected to decay according to QMTRA_LENG 2: decayed resonance or electromagnetic decay (production vertex = decay vertex) 3: decay with non-zero track length 4: track ends in a electromagnetic or hadronic interaction 5: track leaves the detector volume 6: track stops inside detector volume 7: track curls up inside detector volume

ArtePointer<TOPP> topp

particle code.

int orig

data for MTRA_BVER, MTRA_BTRA.

ArteManRelationPointer<RTMT,RTRA> rtra

many reconstructed tracks to many MC tracks.

ArteManRelationPointer<RCMT,RCCL> rccl

many MC tracks to many clusters.

float mass

mass.

float leng

track length.

ArtePointer<MVER> bver

one vertex to many outgoing tracks.

ArtePointer<MTRA> btra

one track to many outgoing tracks.

ArteInvOneRelationPointer<MTMT,MTRA> etra

many outgoing tracks to one track.

ArteInvOneRelationPointer<MTMV,MVER> ever

many end vertices to one track.

ArteInvOneRelationPointer<MTMI,MIMP> mimp

many impact points to one track.

ArteInvOneRelationPointer<MTMC,MCAL> mcal

many ECALs to one track.

ArteInvManRelationPointer<MTRS,RSEG> rseg

many MC tracks to many track segments.

ArtePointer<MTCP> mtcp

to calorimeter entry point in bank MTCP.

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