//------------------------------------------------------------------------------
// class AliResonanceKink
-// This task is the base class
+// This task is an example of an analysis task
// for analysing resonances having one kaon kink
//Author: Paraskevi Ganoti, University of Athens (pganoti@phys.uoa.gr)
//------------------------------------------------------------------------------
Float_t GetMaxKinkRadius() const {return fmaxKinkRadius;}
void SetQtLimits(Float_t minQt, Float_t maxQt) {fminQt=minQt; fmaxQt=maxQt;}
+
+ void SetUpperAbsEtaCut(Double_t maxAbsEtaCut) {
+ fmaxAbsEtaCut=maxAbsEtaCut;
+ }
+ Double_t GetUpperAbsEtaCut() const {return fmaxAbsEtaCut;}
//void SetTPCrefit() {Int_t fTPCrefitFlag=kTRUE;}
TH1D *fSimPtKink; // pT Sim one kaon kink spectrum
TH1D *fSimEtaKink; // Eta Sim one kaon kink spectrum spectrum
TH2D *fSimEtaPtKink; // Eta pT Sim one kaon kink spectrum
- TH1D *fhdr ; // radial impact
- TH1D *fhdz ; // z impact
TF1 *f1; //upper limit curve for the decay K->mu
TF1 *f2; //upper limit curve for the decay pi->mu
TString fAnalysisType;//"ESD" or "MC"
Int_t fptbins; // number of bins in pt
Float_t flowpt; // pt lower limit
Float_t fupperpt; // pt upper limit
-
+ Double_t fmaxAbsEtaCut; // max abolute eta cut for analysis
// Bool_t fTPCrefitFlag;
AliResonanceKink(const AliResonanceKink&); // not implemented