MEvent/ScintillatorSimData.cc

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#include <mevt/ScintillatorSimData.h>
#include <utl/ShadowPtr.h>
#include <utl/Particle.h>


namespace mevt {

  void
  ScintillatorSimData::AddParticle(const utl::Particle& particle)
  {
    fParticles.push_back(ParticlePtr(new utl::Particle(particle)));
    ++fNParticles;
  }


  void
  ScintillatorSimData::ClearParticleList()
  {
    fParticles.clear();
    fNParticles = 0;
  }


  utl::TraceD&
  ScintillatorSimData::GetAnalogicTrace()
  {
    return *fAnalogicTrace;
  }


  const utl::TraceD&
  ScintillatorSimData::GetAnalogicTrace()
    const
  {
    return *fAnalogicTrace;
  }


  void
  ScintillatorSimData::MakeAnalogicTrace()
  {
    if (fAnalogicTrace)
      ERROR("Analogic trace already present.");
    else
      fAnalogicTrace = new utl::TraceD();
  }


  bool
  ScintillatorSimData::HasAnalogicTrace()
    const
  {
    return bool(fAnalogicTrace);
  }


  void
  ScintillatorSimData::AddSPEPulse(const double mu, const double sigma, const double amplitude,
                                   const int destPixelId)
  {
    const SPEPulse newpulse = { mu, sigma, amplitude, destPixelId };
    fSPEPulses.push_back(newpulse);
  }


  void
  ScintillatorSimData::AddPEPulse(const double t0,
                                  const double amplitude1, const double amplitude2, const double amplitude3,
                                  const double riseTime,
                                  const double riseFall1, const double riseFall2, const double riseFall3,
                                  const int destPixelId)
  {
    const PEPulse newpulse = { t0, amplitude1, amplitude2, amplitude3, riseTime, riseFall1, riseFall2, riseFall3, destPixelId };
    fPEPulses.push_back(newpulse);
  }


  void
  ScintillatorSimData::AddPhotonTime(const double t0)
  {
    const PhotonTime newphoton = { t0 };
    fPhotonTimes.push_back(newphoton);
  }


  double
  ScintillatorSimData::GetPhotonTime(const ScintillatorSimData::PhotonTime& photon)
    const
  {
    return photon.fTime;
  }

}