using namespace std ;
-Double_t const kPI = TMath::Pi();
-// Double_t const kTWOPI = 2.*kPI;
// structure of jet and particles container
struct varContainer
{
- Double_t pt; // pt of particle/jet
- Double_t eta; // eta of particle/jet
- Double_t phi; // phi of particle/jet
- Int_t njet; // njet is multiplicity of jet or if particles are stored , njet is index number of jet
+ Double_t pt; // pt of particle/jet
+ Double_t eta; // eta of particle/jet
+ Double_t phi; // phi of particle/jet
+ Int_t njet; // njet is multiplicity of jet or if particles are stored , njet is index number of jet
} ;
class AliCdfJetHeader;
void WriteJets() ;
void AnalizeJets();
void Clean();
-
+
virtual void FinishRun();
+ void SetAnalyseJets(Bool_t flag = kTRUE) {fAnalyseJets = flag;}
+
protected:
AliCdfJetFinder ( const AliCdfJetFinder& jf );
AliCdfJetFinder& operator = ( const AliCdfJetFinder& jf );
Bool_t fFromAod ; // is the data taken from AOD (or ESD filter)
Bool_t fAODwrite ; // write jets to AOD
Bool_t fAODtracksWrite ; // write jet tracks to AOD
+ Bool_t fAnalyseJets; // analyse jets
+
TRefArray *fRefArr ; // pointer to references array of tracks from AOD
Int_t fNJets; // counter of number of jets
varContainer **fVectJet; // container for Jets
Double_t *fPtArray; // momentum array
- Int_t *fIdxArray; // index array of sorted pts
+ Int_t *fIdxArray; // index array of sorted pts
- ClassDef(AliCdfJetFinder,1) };
+ ClassDef(AliCdfJetFinder,1)
+ };
#endif