MCPhoton.h

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class MCPhoton {
 
public:
  MCPhoton(int sdID, double nP, double t, double wl, double pX, double pZ, double dxdy, double dzdy, double theta,
           double phi, bool isRef)
      : m_senseDetID(sdID), m_nPhotons(nP), m_time(t), m_wavelength(wl), m_posX(pX), m_posZ(pZ), m_dXdY(dxdy),
        m_dZdY(dzdy), m_theta(theta), m_phi(phi), m_isReflected(isRef) {}
  ~MCPhoton() = default;
 
public:
  //    bool lowerByMatID(){ return true;}
  [[nodiscard]] bool lowerByMatID(const MCPhoton &t1, const MCPhoton &t2) const {
    return t1.m_senseDetID < t2.m_senseDetID;
  }
 
  [[nodiscard]] int senseDetID() const { return m_senseDetID; }
  [[nodiscard]] double nPhotons() const { return m_nPhotons; }
  [[nodiscard]] double time() const { return m_time; }
  [[nodiscard]] double wavelength() const { return m_wavelength; }
  [[nodiscard]] double posX() const { return m_posX; }
  [[nodiscard]] double posZ() const { return m_posZ; }
  [[nodiscard]] double dXdY() const { return m_dXdY; }
  [[nodiscard]] double dZdY() const { return m_dZdY; }
  [[nodiscard]] double theta() const { return m_theta; }
  [[nodiscard]] double phi() const { return m_phi; }
  [[nodiscard]] bool isReflected() const { return m_isReflected; }
 
private:
  int m_senseDetID;
  double m_nPhotons;
  //    const MatHit *mcHit;
  double m_time;
  double m_wavelength;
  double m_posX;
  double m_posZ;
  double m_dXdY;
  double m_dZdY;
  double m_theta;
  double m_phi;
  bool m_isReflected;
};