/*!
* @file SEvent.h
* @author Dan Saunders, on behalf of the SoLid collaboration.
* @date 31 Oct 2016
*/


#ifndef SEvent_h_
#define SEvent_h_


#include <vector>
#include <stdint.h>
#include "SContainers/SPeak.h"

class SChannel;

//! Event container.
class SEvent 
{
private:
  //! See htime()
  double m_htime;
  //! See channels() (one per peak).
  std::vector<SChannel*> m_channels;
  //! See peaks() (one per channel).
  std::vector<SPeak*> m_peaks;
  //! See NID_nPeaks().
  unsigned int m_NID_nPeaks;
  //! See NID_tot().
  unsigned int m_NID_tot;
  //! See NID_IonA().
  double m_NID_IonA;


public:
  SEvent(SPeak * seedPeak);
  ~SEvent() {};

  void addPeak(SPeak * p);
  // Setters and getters _______________________________________________________
  //! The peaks forming the event.
  std::vector<SPeak*> * peaks() {return &m_peaks;}
  //! The channels forming the event.
  std::vector<SChannel*> * channels() {return &m_channels;}
  //! Time of the event in ns (relative to the start of the current cycle).
  double htime() {return m_htime;}
  //! Number of peaks forming the event.
  unsigned int size() {return m_peaks.size();}
  //! Neutron ID parameteter - number of peaks in a time window.
  unsigned int NID_nPeaks() {return m_NID_nPeaks;}
  void setNID_nPeaks(unsigned int n) {m_NID_nPeaks = n;}
  //! Neutron ID parameteter - number of samples above threshold.
  unsigned int NID_tot() {return m_NID_tot;}
  void setNID_tot(unsigned int n) {m_NID_tot = n;}
  //! Neutron ID parameteter - number of samples above threshold.
  unsigned int NID_IonA() {return m_NID_IonA;}
  void setNID_IonA(unsigned int IonA) {m_NID_IonA = IonA;}
};


#endif /* SEvent_h_ */