SEvent_ROOT.cc

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#include <io/SEvent_ROOT.h>
#include <io/SEventSimData_ROOT.h>
#include <io/EventTrigger_ROOT.h>
#include <io/Meteo_ROOT.h>
#include <sevt/SEvent.h>

using namespace io;


ClassImp(SEvent_ROOT)


SEvent_ROOT&
SEvent_ROOT::operator=(const SEvent_ROOT& e)
{
  if (this != &e) {
    fStations = e.fStations;
    DeepCopy(fSimData, e.fSimData);
    DeepCopy(fTrigger, e.fTrigger);
    fHeader = e.fHeader;
    fNErrorZeroStations = e.fNErrorZeroStations;
    DeepCopy(fMeteo, e.fMeteo);
  }
  return *this;
}


SEvent_ROOT::SEvent_ROOT(const sevt::SEvent& e) :
  fStations(e.StationsBegin(), e.StationsEnd()),
  fHeader(e.GetHeader()),
  fNErrorZeroStations(e.GetNErrorZeroStations())
{
  if (e.HasSimData())
    ConvertCopy(fSimData, e.GetSimData());
  if (e.HasTrigger())
    ConvertCopy(fTrigger, e.GetTrigger());
  if (e.HasMeteo())
    ConvertCopy(fMeteo, e.GetMeteo());
}


SEvent_ROOT::~SEvent_ROOT()
{
  delete fSimData;
  delete fTrigger;
  delete fMeteo;
}


void
SEvent_ROOT::operator>>(sevt::SEvent& e)
  const
{
  for (const auto& st : fStations) {
    e.MakeStation(st.fId);
    st >> e.GetStation(st.fId);
  }
  if (fSimData) {
    if (!e.HasSimData())
      e.MakeSimData();
    *fSimData >> e.GetSimData();
  }
  if (fTrigger) {
    if (!e.HasTrigger())
      e.MakeTrigger();
    *fTrigger >> e.GetTrigger();
  }
  fHeader >> e.GetHeader();
  e.SetNErrorZeroStations(fNErrorZeroStations);
  if (fMeteo) {
    if (!e.HasMeteo())
      e.MakeMeteo();
    *fMeteo >> e.GetMeteo();
  }
}