SToGS Base Root Hit
In case of primary particles (simulations)
- fE : energy of the emitted particle
- fPDG: PDG code of the emitted particle
- fX : direction of the emitted particle
- fY : direction of the emitted particle
- fZ : direction of the emitted particle
- fT : emission's time
- fFlag : unique number in the list of emitted particles for an event
- fUID : user's id - unique detector number
In case of a real detector
- fE : energy of one cell [detector unit]
- fPDG: PDG code of the reconstructed particle. Likely to be unknown or determined at the analysis level
- fX : position of the cell fired
- fY : position of the cell fired
- fZ : position of the cell fired
- fT : detection's time
- fFlag : flag concerning the cell, in principle default value
- fUID : user's id - unique detector number
In case of simulated detector tacking mode [calo mode]
- fE : energy of the impact [cell]
- fPDG: PDG code of the particle giving the hit [unkown, several particle can deposited energy in a given cell]
- fX : position of the impact [mean position in the cell]
- fY : position of the impact [mean position in the cell]
- fZ : position of the impact [mean position in the cell]
- fT : time of the impact [mean time in the cell]
- fFlag : unique number in the list of emitted particles for an event [number of hits in the cell]
- fUID : user's id - unique detector number
In case of output of algorithms
- fE : energy of the cluster
- fPDG: unique id that depends of the type of the particle
- fX : direction of the cluster
- fY : direction of the cluster
- fZ : direction of the cluster
- fT : detection's time
- fFlag : flag concerning the constructed cluster (depends on the algorithm)
- fUID : user's id - unique detector number
Definition at line 77 of file SToGS_BaseROOTEvents.h.
1.8.7