PndFtsPoint.h

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#ifndef PNDFTSPOINT_H
#define PNDFTSPOINT_H

#include "TObject.h"
#include "TVector3.h"
#include "FairMCPoint.h"

class PndFtsPoint : public FairMCPoint {

 public:
  PndFtsPoint();

  PndFtsPoint(Int_t trackID, Int_t detID, Int_t tubeID, Int_t chamberID, Int_t layerID, TVector3 pos, TVector3 posInLocal, TVector3 posOutLocal, TVector3 momIn, TVector3 momOut,
              Double_t tof, Double_t length, Double_t eLoss, Double_t mass);

  PndFtsPoint(const PndFtsPoint &point);

  virtual ~PndFtsPoint();

  // da cancellare
  Double_t GetXtot() const { return GetX(); }
  Double_t GetYtot() const { return GetY(); }
  Double_t GetZtot() const { return GetZ(); }

  Double_t GetPxOut() const { return fPx_out; }
  Double_t GetPyOut() const { return fPy_out; }
  Double_t GetPzOut() const { return fPz_out; }


  Double_t GetXOutLocal() const { return fX_out_local; }
  Double_t GetYOutLocal() const { return fY_out_local; }
  Double_t GetZOutLocal() const { return fZ_out_local; }
  Double_t GetXInLocal() const { return fX_in_local; }
  Double_t GetYInLocal() const { return fY_in_local; }
  Double_t GetZInLocal() const { return fZ_in_local; }

  // Double_t GetXWireDirection() const { return fX_wire_dir; }
  // Double_t GetYWireDirection() const { return fY_wire_dir; }
  // Double_t GetZWireDirection() const { return fZ_wire_dir; }

  Double_t GetMass() const { return fMass; }

  void PositionOutLocal(TVector3 &pos) { pos.SetXYZ(fX_out_local, fY_out_local, fZ_out_local); }
  void PositionInLocal(TVector3 &pos) { pos.SetXYZ(fX_in_local, fY_in_local, fZ_in_local); }
  void MomentumOut(TVector3 &mom) { mom.SetXYZ(fPx_out, fPy_out, fPz_out); }
  // void WireDirection(TVector3& wire) { wire.SetXYZ(fX_wire_dir, fY_wire_dir, fZ_wire_dir); }

  void SetPositionOutLocal(TVector3 pos);
  void SetPositionInLocal(TVector3 pos);
  void SetMomentumOut(TVector3 mom);
  // void SetWireDirection(TVector3 wire);

  // tube ID // CHECK added
  void SetTubeID(Int_t tubeid) { fTubeID = tubeid; }
  Int_t GetTubeID() { return fTubeID; }
  void SetChamberID(Int_t chamberid) { fChamberID = chamberid; }
  void SetLayerID(Int_t layerid) { fLayerID = layerid; }
  Int_t GetChamberID() { return fChamberID; }
  Int_t GetLayerID() { return fLayerID; }

  virtual void Print(const Option_t *opt) const;

 protected:
  // exit coordinates in straw frame
  Double_t fX_out_local, fY_out_local, fZ_out_local;
  // entry coordinates in straw frame
  Double_t fX_in_local, fY_in_local, fZ_in_local;

  Double_t fPx_out, fPy_out, fPz_out;
  Double_t fPx_in, fPy_in, fPz_in;
  // wire direction
  // Double_t fX_wire_dir, fY_wire_dir, fZ_wire_dir;

  // particle mass
  Double_t fMass;
  Int_t fTubeID;
  Int_t fChamberID;
  Int_t fLayerID;


  ClassDef(PndFtsPoint, 1)
};

inline void PndFtsPoint::SetPositionOutLocal(TVector3 pos)
{
  fX_out_local = pos.X();
  fY_out_local = pos.Y();
  fZ_out_local = pos.Z();
}

inline void PndFtsPoint::SetPositionInLocal(TVector3 pos)
{
  fX_in_local = pos.X();
  fY_in_local = pos.Y();
  fZ_in_local = pos.Z();
}

inline void PndFtsPoint::SetMomentumOut(TVector3 mom)
{
  fPx_out = mom.Px();
  fPy_out = mom.Py();
  fPz_out = mom.Pz();
}

#endif