OpDetPulse.h

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//
// Waveform for one PMT
//
// Ben Jones and Christie Chiu, June 2012
// bjpjones@mit.edu, cschiu@mit.edu
//

#ifndef RAWDATA_OPDETPULSE_H
#define RAWDATA_OPDETPULSE_H

#include <vector>

namespace raw {

  class OpDetPulse {

  public:
    OpDetPulse(); // Default constructor

  private:
    unsigned short fOpChannel; 
    // for c2: fSamples is not used
    //unsigned short  fSamples;          ///< number of ticks of the clock
    unsigned int fPMTFrame;    
    unsigned int fFirstSample; 

    std::vector<short> fWaveform;

  public:
    OpDetPulse(unsigned short OpChannel,
               std::vector<short> Waveform,
               unsigned int PMTFrame,
               unsigned int FirstSample);

    OpDetPulse(unsigned short OpChannel);

    int Integral(unsigned short startbin = 0, unsigned short endbin = 0);

    const std::vector<short>& Waveform() const;
    std::vector<short>& Waveform();
    unsigned short OpChannel() const;
    unsigned short Samples() const;
    unsigned int PMTFrame() const;
    unsigned int FirstSample() const;

    void SetPMTFrame(unsigned int Frame);
    void SetFirstSample(unsigned int FirstSample);
  };
}

inline const std::vector<short>& raw::OpDetPulse::Waveform() const
{
  return fWaveform;
}
inline std::vector<short>& raw::OpDetPulse::Waveform()
{
  return fWaveform;
}
inline unsigned short raw::OpDetPulse::OpChannel() const
{
  return fOpChannel;
}
inline unsigned short raw::OpDetPulse::Samples() const
{
  return fWaveform.size();
}
inline unsigned int raw::OpDetPulse::PMTFrame() const
{
  return fPMTFrame;
}
inline unsigned int raw::OpDetPulse::FirstSample() const
{
  return fFirstSample;
}
inline void raw::OpDetPulse::SetPMTFrame(unsigned int Frame)
{
  fPMTFrame = Frame;
}
inline void raw::OpDetPulse::SetFirstSample(unsigned int FirstSample)
{
  fFirstSample = FirstSample;
}

#endif // RAWDATA_OPDETPULSE_H