sevtScintillator_ROOT.cc

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#include <io/sevtScintillator_ROOT.h>
#include <io/sevtScintillatorSimData_ROOT.h>
#include <io/sevtScintillatorRecData_ROOT.h>

using namespace io;


ClassImp(sevtScintillator_ROOT)


sevtScintillator_ROOT::~sevtScintillator_ROOT()
{
  delete fSimData;
  delete fRecData;
  delete fMipTrace;
}


sevtScintillator_ROOT&
sevtScintillator_ROOT::operator=(const sevtScintillator_ROOT& s)
{
  if (this != &s) {
    DeepCopy(fSimData, s.fSimData);
    DeepCopy(fRecData, s.fRecData);
    DeepCopy(fMipTrace, s.fMipTrace);
    fSaturation[0] = s.fSaturation[0];
    fSaturation[1] = s.fSaturation[1];
  }
  return *this;
}

sevtScintillator_ROOT::sevtScintillator_ROOT(const sevt::Scintillator& s) :
  fSaturation{s.IsLowGainSaturation(), s.IsHighGainSaturation()}
{
  if (s.HasSimData())
    ConvertCopy(fSimData, s.GetSimData());

  if (s.HasRecData())
    ConvertCopy(fRecData, s.GetRecData());

  if (s.HasMIPTrace())
    fMipTrace = new MultiTraceD_ROOT(s.MIPTracesBegin(), s.MIPTracesEnd());
}


void
sevtScintillator_ROOT::operator>>(sevt::Scintillator& s)
  const
{

  if (fSimData) {
    s.MakeSimData();
    *fSimData >> s.GetSimData();
  }

  if (fRecData) {
    s.MakeRecData();
    *fRecData >> s.GetRecData();
  }

  if (fMipTrace)  {
    for (const auto& st : fMipTrace->fTraces) {
      const auto source = static_cast<sevt::StationConstants::SignalComponent>(st.first);
      if (!s.HasMIPTrace(source))
        s.MakeMIPTrace(source);
      st.second >> s.GetMIPTrace(source);
    }
  }

  s.SetLowGainSaturation(fSaturation[0]);
  s.SetHighGainSaturation(fSaturation[1]);
}