StRoot
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#include <StJets.h>
Public Member Functions | |
void | Clear (bool clearTracks=false) |
void | Clear (Option_t *opt) |
void | setBemcCorrupt (bool v) |
Set the BEMC corrupt flag. true –> event is corrupt, no jet finding was performed. | |
bool | bemcCorrupt () const |
int | nJets () const |
The number of jets found in this event. | |
TClonesArray * | jets () |
Access to the jets in this event. | |
void | addJet (StJet &jet) |
TClonesArray * | tracks () |
The track/tower to jet indices TClonesArray: this contains all the 4momenta contained in jets for jet finding! This is for expert use only. | |
TClonesArray * | towers () |
void | addTrackToIndex (TrackToJetIndex &t2j) |
void | addTowerToIndex (TowerToJetIndex &t2j) |
TObjArray | tracks (int jetIndex) const |
Here's how you get the 4-momenta of a track/tower in a given jet. This contains tracks and energy-corrected-towers. Use this for Frag. Function. | |
TObjArray | towers (int jetIndex) const |
vector< TLorentzVector * > | particles (int jetIndex) const |
int | eventId () const |
access to event numbers, used to synchronize with StMuDstMaker for simultaneous reading | |
int | eventNumber () const |
int | runId () const |
int | runNumber () const |
void | seteventId (int v) |
void | seteventNumber (int v) |
void | setrunId (int v) |
void | setrunNumber (int v) |
int | nDylanPoints () const |
A double check, used to synchronize with StMuDstMaker for simultaneous reading. More... | |
void | setDylanPoints (int v) |
double | sumEmcE () const |
Summed energy of towers with e>0.4 (after status check) | |
void | setSumEmcE (double v) |
double | e (int jetIndex) const |
User Interface as per Thomas H's request. Access jet kinematics based on index: | |
double | et (int jetIndex) const |
double | p (int jetIndex) const |
double | pt (int jetIndex) const |
double | phi (int jetIndex) const |
double | eta (int jetIndex) const |
int | nCell (int jetIndex) const |
int | charge (int jetIndex) const |
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inline |
A double check, used to synchronize with StMuDstMaker for simultaneous reading.
Number of towers with e>0.4 GeV (after status check)