/*!
* @file SPeak.h
* @author Dan Saunders, on behalf of the SoLid collaboration.
* @date 16 Feb 2016
*/


#ifndef SPeak_h_
#define SPeak_h_


#include <vector>
#include <stdint.h>
#include "TH1F.h"

class SChannel;
class SWaveform;

//! Peak container.
class SPeak 
{
private:
  //! See waveform()
  SWaveform * m_waveform;
  //! See time()
  unsigned int m_time; 
  //! See htime()
  double m_htime;
  //! See amplitude()
  float m_amplitude;
  //! See integral()
  float m_integral;
  //! See shortIntegral()
  float m_shortIntegral;
  //! See channel()
  SChannel * m_channel;
  //! See eventAssociated()
  bool m_eventAssociated;
  //! See waveformPos()
  std::vector<uint16_t>::iterator m_waveformPos;

public:
  SPeak(unsigned int time, double htime, SChannel * channel, SWaveform * wf);
  ~SPeak() {};
  // Setters and getters _______________________________________________________
  //! The waveform this peak comes from.
  SWaveform * waveform() {return m_waveform;}
  //! The channel this peak came from.
  SChannel * channel() {return m_channel;}
  //! Time of the peak in DAQ clock samples (rounded).
  unsigned int time() {return m_time;}
  //! Time of the peak in ns (relative to the start of the current cycle).
  double htime() {return m_htime;}
  //! Amplitude of the peak - see also setAmplitude()
  float amplitude() {return m_amplitude;}
  void setAmplitude(float amp) {m_amplitude = amp;}
  //! Integral of the peak over the waveform for pre-set range.
  float integral() {return m_integral;}
  void setIntegral(float integral) {m_integral = integral;}
  //! Integral of a short range, suitable for MPPC peaks only.
  float shortIntegral() {return m_shortIntegral;}
  void setShortIntegral(float shortIntegral) {m_shortIntegral = shortIntegral;}
  //! Flag to show if already forming a event.
  bool eventAssociated() {return m_eventAssociated;}
  void setEventAssociated(bool s) {m_eventAssociated = s;}
  //! Iterator to the waveform sample the peak was idenfitied at.
  std::vector<uint16_t>::iterator waveformPos() {return m_waveformPos;}
  void setWaveformPos(std::vector<uint16_t>::iterator it) {m_waveformPos = it;}
};


#endif /* SPeak_h_ */