StationRecData_ROOT.cc

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#include <sevt/StationRecData.h>
#include <io/StationRecData_ROOT.h>

using namespace io;


ClassImp(StationRecData_ROOT)


StationRecData_ROOT::StationRecData_ROOT(const sevt::StationRecData& d) :
  fTotalSignal(d.GetTotalSignal()),
  fTotalSignalError(d.GetTotalSignalError()),
  fTotalSignalCleaned(d.GetTotalSignalCleaned()),
  fSPDistance(d.GetSPDistance()),
  fSPDistanceError(d.GetSPDistanceError()),
  fAzimuthShowerPlane(d.GetAzimuthShowerPlane()),
  fPeakAmplitude(d.GetPeakAmplitude()),
  fAreaOverPeak(d.GetAreaOverPeak()),
  fShapeParameter(d.GetShapeParameter()),
  fShapeParameterRMS(d.GetShapeParameterRMS()),
  fRiseTime(d.GetRiseTime()),
  fRiseTimeRMS(d.GetRiseTimeRMS()),
  fRiseTimeCleaned(d.GetRiseTimeCleaned()),
  fRiseTimeCleanedRMS(d.GetRiseTimeCleanedRMS()),
  fFallTime(d.GetFallTime()),
  fFallTimeRMS(d.GetFallTimeRMS()),
  fFallTimeCleaned(d.GetFallTimeCleaned()),
  fFallTimeCleanedRMS(d.GetFallTimeCleanedRMS()),
  fT40(d.GetT40()),
  fT40RMS(d.GetT40RMS()),
  fT50(d.GetT50()),
  fT50RMS(d.GetT50RMS()),
  fResidual(d.GetResidual()),
  fLDFResidual(d.GetLDFResidual()),
  fSignalStart(d.GetSignalStartSlot()),
  fSignalEnd(d.GetSignalEndSlot()),
  fMuonComponent(d.GetMuonComponent()),
  fStartTime(d.GetSignalStartTime()),
  fStartTimeGPSCorrection(d.GetStartTimeGPSCorrection()),
  fRecoveredSignal(d.GetRecoveredSignal()),
  fRecoveredSignalError(d.GetRecoveredSignalError()),
  fCorrectedRiseTime(d.GetCorrectedRiseTime()),
  fCorrectedRiseTimeError(d.GetCorrectedRiseTimeError()),
  fRiseTimeRejectionCode(d.GetRiseTimeRejectionCode())
{ }


void
StationRecData_ROOT::operator>>(sevt::StationRecData& d)
{
  d.SetTotalSignal(fTotalSignal, fTotalSignalError);
  d.SetTotalSignalCleaned(fTotalSignalCleaned, fTotalSignalError);
  d.SetSPDistance(fSPDistance,fSPDistanceError);
  d.SetAzimuthShowerPlane(fAzimuthShowerPlane);
  d.SetPeakAmplitude(fPeakAmplitude);
  d.SetAreaOverPeak(fAreaOverPeak);
  d.SetShapeParameter(fShapeParameter, fShapeParameterRMS);
  d.SetRiseTime(fRiseTime, fRiseTimeRMS);
  d.SetRiseTimeCleaned(fRiseTimeCleaned, fRiseTimeCleanedRMS);
  d.SetFallTime(fFallTime, fFallTimeRMS);
  d.SetFallTimeCleaned(fFallTimeCleaned, fFallTimeCleanedRMS);
  d.SetT40(fT40, fT40RMS);
  d.SetT50(fT50, fT50RMS);
  d.SetResidual(fResidual);
  d.SetLDFResidual(fLDFResidual);
  d.SetSignalStartSlot(fSignalStart);
  d.SetSignalEndSlot(fSignalEnd);
  d.SetMuonComponent(fMuonComponent);
  d.SetSignalStartTime(fStartTime.Convert());
  d.SetStartTimeGPSCorrection(fStartTimeGPSCorrection);
  d.SetRecoveredSignal(fRecoveredSignal, fRecoveredSignalError);
  d.SetCorrectedRiseTime(fCorrectedRiseTime, fCorrectedRiseTimeError);
  d.SetRiseTimeRejectionCode(fRiseTimeRejectionCode);
}