New structure of PWG3: PWG3base, PWG3muon, PWG3vertexingHF and PWG3vertexingOld ...

[u/mrichter/AliRoot.git] / PWG3 / AliQuarkoniaEfficiency.h

diff --git a/PWG3/AliQuarkoniaEfficiency.h b/PWG3/AliQuarkoniaEfficiency.h
deleted file mode 100644 (file)
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--- a/PWG3/AliQuarkoniaEfficiency.h
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-#ifndef ALIQUARKONIAEFFICIENCY_H
-#define ALIQUARKONIAEFFICIENCY_H
-
-//===================================================================
-//  Class AliQuarkoniaEfficiency                               
-//
-//  This class will provide the quarkonia reconstruction efficiency 
-//  in ALICE without acceptance consideration
-//  for different resonances :
-//    kJpsi
-//    kPsiP
-//    kUpsilon
-//    kUpsilonP
-//    kUpsilonPP
-//  for some vector mesons :
-//    kPhi
-//    kOmega
-//  different decay channels:
-//    kDimuon
-//    kDielectron
-//  different trigger configurations:
-//    kSinglePlusLpt, kSinglePlusHpt, kSinglePlusApt,
-//    kSingleMinusLpt, kSingleMinusHpt, kSingleMinusApt,
-//    kSingleUndefLpt, kSingleUndefHpt, kSingleUndefApt,
-//    kPairUnlikeLpt, kPairUnlikeHpt, kPairUnlikeApt,
-//    kPairLikeLpt, kPairLikeHpt, kPairLikeApt
-//  different parameterizations:
-//    kFlat
-//    kCDFscaled
-//    kCDFscaledPP
-//
-//
-//  Reconstruction efficiency has been evaluated by means of a flat
-//  y and pt distribution of quarkonia in -4 < y < -2.5, 
-//  0 < pt < 20 GeV/c. Weights have been used to evaluate the
-//  reconstruction efficiency in different parameterizations.
-//                                                              
-//  Subatech 2006
-//===================================================================
-
-#include "TNamed.h"
-
-class TH2F;
-class TString;
-
-class AliQuarkoniaEfficiency : public TNamed{
-
- public:
-
-  enum quarkonia{kJpsi, kPsiP, kUpsilon, kUpsilonP, kUpsilonPP, kOmega, kPhi};
-  enum decay{kDimuon, kDielectron};
-  enum parameterization{kFlat, kCDFscaled, kCDFscaledPP};
-  enum trigger{kSinglePlusLpt, kSinglePlusHpt, kSinglePlusApt,
-              kSingleMinusLpt, kSingleMinusHpt, kSingleMinusApt,
-              kSingleUndefLpt, kSingleUndefHpt, kSingleUndefApt,
-              kPairUnlikeLpt, kPairUnlikeHpt, kPairUnlikeApt,
-              kPairLikeLpt, kPairLikeHpt, kPairLikeApt };
-
-
-  AliQuarkoniaEfficiency(Int_t quarkoniaResonance=kJpsi, Int_t decayChannel=kDimuon, Int_t simParameterization=kCDFscaledPP);
-  virtual ~AliQuarkoniaEfficiency();    
-  void   Init(); 
-
-  TH2F*  GetEfficiencyHisto() const;
-  void   GetEfficiency(Float_t rap, Float_t pT, Double_t & eff, Double_t & error); 
-
-  void  SetEfficiencyFileName(char * efficiencyFileName) { fEfficiencyFileName = efficiencyFileName; }
-  void  SetQuarkoniaResonance(Int_t quarkoniaResonance = kJpsi) { fQuarkoniaResonance= quarkoniaResonance;}
-  void  SetDecayChannel(Int_t decayChannel = kDimuon) { fDecayChannel = decayChannel;}
-  void  SetSimulatedParameterization(Int_t simParameterization = kCDFscaledPP) { 
-    fParameterization = simParameterization;
-  }
-  void  SetTrigger(bool trigger = kFALSE, Int_t triggerType = kPairUnlikeApt){ 
-    fTrigger = trigger; fTriggerType = triggerType;
-  }
-  
- private:
-
-  AliQuarkoniaEfficiency(const AliQuarkoniaEfficiency& rhs);
-  AliQuarkoniaEfficiency& operator=(const AliQuarkoniaEfficiency& rhs);
-
-  TString        fEfficiencyFileName;      // Name of the efficiency root file
-  Int_t          fQuarkoniaResonance;      // Resonance Acceptance
-  Int_t          fDecayChannel;            // Studied decay channel
-  Int_t          fParameterization;        // Quarkonia simulated parameterization  
-  Int_t          fTriggerType;             // Trigger type to be considered  
-  Bool_t         fTrigger;                 // Boolean to decide if consider or not trigger
-  TH2F *         fEfficiency;              // Efficiency histogram
-
-  ClassDef(AliQuarkoniaEfficiency,1)
-    };
-
-#endif