FemtoPairKinematics.h

/*
 * FemtoPair.h
 *
 *  Created on: 30-08-2013
 *      Author: Daniel Wielanek
 *      E-mail: daniel.wielanek@gmail.com
 *      Warsaw University of Technology, Faculty of Physics
 */
 
#ifndef HALFEMTOPAIRKINEMATICS_H_
#define HALFEMTOPAIRKINEMATICS_H_
 
#include "FemtoConst.h"
#include "FemtoPair.h"
 
#include <TMath.h>
#include <TString.h>
 
 
namespace Hal {
  class FemtoPairPRF : public FemtoPair {
  public:
    FemtoPairPRF(Bool_t use_mc = kFALSE) : FemtoPair(use_mc) {};
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kPRF; };
    TString GetTags() const { return "prf"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairPRF(*this); };
    virtual ~FemtoPairPRF() {};
    ClassDef(FemtoPairPRF, 1)
  };
 
  class FemtoPair_SH : public FemtoPair {
  protected:
    void ConvertToSh();
 
  public:
    FemtoPair_SH(Bool_t use_mc = kFALSE) : FemtoPair(use_mc) {};
    // virtual FemtoPair* MakeCopy() const { return new FemtoPair_SH(*this); };
    virtual ~FemtoPair_SH() {};
    ClassDef(FemtoPair_SH, 1)
  };
 
  class FemtoPairLCMS : public FemtoPair {
  public:
    FemtoPairLCMS(Bool_t use_mc = kFALSE) : FemtoPair(use_mc) {}
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kLCMS; };
    TString GetTags() const { return "lcms"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairLCMS(*this); };
    virtual ~FemtoPairLCMS() {};
    ClassDef(FemtoPairLCMS, 1)
  };
 
  class FemtoPairPRF_SH : public FemtoPair_SH {
  public:
    FemtoPairPRF_SH(Bool_t use_mc = kFALSE) : FemtoPair_SH(use_mc) {}
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kSH_PRF; };
    TString GetTags() const { return "prf+sh"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairPRF_SH(*this); };
    virtual ~FemtoPairPRF_SH() {};
    ClassDef(FemtoPairPRF_SH, 1)
  };
 
  class FemtoPairLCMS_SH : public FemtoPair_SH {
  public:
    FemtoPairLCMS_SH(Bool_t use_mc = kFALSE) : FemtoPair_SH(use_mc) {}
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kSH_LCMS; };
    TString GetTags() const { return "lcms+prf"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairLCMS_SH(*this); };
    virtual ~FemtoPairLCMS_SH() {};
    ClassDef(FemtoPairLCMS_SH, 1)
  };
 
  class FemtoPairDPhiDEta : public FemtoPair {
    Double_t fPhiMin, fPhiMax;
    Double_t fPI2;
 
  public:
    FemtoPairDPhiDEta(Bool_t use_mc = kFALSE, Double_t phi_min = -TMath::Pi() * 0.5);
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kPHIETA; };
    TString GetTags() const { return "phieta"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairDPhiDEta(*this); };
    ~FemtoPairDPhiDEta() {};
    ClassDef(FemtoPairDPhiDEta, 1)
  };
 
  class FemtoPairPRFL : public FemtoPair {
  public:
    FemtoPairPRFL(Bool_t use_mc = kFALSE) : FemtoPair(use_mc) {};
    void Compute();
    void Compute_Rotated();
    void Compute_Hemisphere();
    Femto::EKinematics GetFrame() const { return Femto::EKinematics::kPRFL; };
    TString GetTags() const { return "prfl"; };
    virtual FemtoPair* MakeCopy() const { return new FemtoPairPRFL(*this); };
    virtual ~FemtoPairPRFL() {};
    ClassDef(FemtoPairPRFL, 1)
  };
}  // namespace Hal
#endif /* HALFEMTOKINEMATICS_H_ */