ShowerMRecData_ROOT.cc

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#include <io/ShowerMRecData_ROOT.h>
#include <evt/ShowerMRecData.h>

using namespace io;


ClassImp(ShowerMRecData_ROOT)


ShowerMRecData_ROOT::ShowerMRecData_ROOT(const evt::ShowerMRecData& sh) :
  
  fAlpha(sh.GetAlpha()),
  fAlphaError(sh.GetAlphaError()),
  fBeta(sh.GetBeta()),
  fBetaError(sh.GetBetaError()),
  fBetaSystematics(sh.GetBetaSystematics()),
  fGamma(sh.GetGamma()),
  fGammaError(sh.GetGammaError()),
  fR0(sh.GetR0()),
  fR0Error(sh.GetR0Error()),
  fNMuRef(sh.GetNMuRef()),
  fNMuRefError(sh.GetNMuRefError()),
  fNMuRefSystematics(sh.GetNMuRefSystematics()),
  fMLDFChi2(sh.GetMLDFChi2()),
  fMLDFNdof(sh.GetMLDFNdof()),
  fMLDFLikelihood(sh.GetMLDFLikelihood()),
  fReferenceDistance(sh.GetReferenceDistance()), 
  
  fAxis(sh.GetAxis()),
  fThetaError(sh.GetThetaError()),
  fPhiError(sh.GetPhiError()),
  fThetaPhiCorrelation(sh.GetThetaPhiCorrelation()),

  fReferenceAxis(sh.GetReferenceAxis()),
  fReferenceCore(sh.GetReferenceCorePosition()),
  
  fCurvature(sh.GetCurvature()),
  fCurvatureError(sh.GetCurvatureError()),
  fCore(sh.GetCorePosition()),
  fCoreError(sh.GetCoreError()),
  fCorrelationXY(sh.GetCorrelationXY()),

  fBarycenter(sh.GetBarycenter()),

  fTimeResidualMean(sh.GetTimeResidualMean()),
  fTimeResidualSpread(sh.GetTimeResidualSpread()),
  fAngleChi2(sh.GetAngleChi2()),
  fAngleNdof(sh.GetAngleNdof()),
  fMdSdAngle(sh.GetMdSdAngle()),

  fT5Trigger(sh.GetT5Trigger()),
  fLdfReconstructed(sh.IsLdfReconstructed()),
  fBetaFixed(sh.IsBetaFixed()),
  fCoreFixedLdf(sh.IsCoreFixedLdf()),
  fGeometryReconstructed(sh.IsGeometryReconstructed()),
  fCoreFixedGeo(sh.IsCoreFixedGeo()),
  fCurvatureFixed(sh.IsCurvatureFixed())


{
  if (sh.HasMLDF())
    fMLDF = sh.GetMLDF();
}


void
ShowerMRecData_ROOT::operator>>(evt::ShowerMRecData& sh)
{
  if (fMLDF) {
    if (!sh.HasMLDF())
      sh.MakeMLDF();
    fMLDF >> sh.GetMLDF();
  }


  sh.SetAlpha(fAlpha, fAlphaError);

  sh.SetBeta(fBeta, fBetaError);
  sh.SetBetaSystematics(fBetaSystematics);

  sh.SetGamma(fGamma, fGammaError);
  sh.SetR0(fR0, fR0Error);

  sh.SetNMuRef(fNMuRef, fNMuRefError);
  sh.SetNMuRefSystematics(fNMuRefSystematics);
 
  sh.SetMLDFChi2(fMLDFChi2, fMLDFNdof);
  sh.SetMLDFLikelihood(fMLDFLikelihood);

  sh.SetReferenceDistance(fReferenceDistance);
  sh.SetAxis(fAxis.Convert());
  sh.SetThetaError(fThetaError);
  sh.SetPhiError(fPhiError);
  sh.SetThetaPhiCorrelation(fThetaPhiCorrelation);

  sh.SetReferenceAxis(fReferenceAxis.Convert());
  sh.SetReferenceCorePosition(fReferenceCore.Convert());
  
  sh.SetCurvature(fCurvature, fCurvatureError);
  
  sh.SetCorePosition(fCore.Convert());
  sh.SetCoreError(fCoreError.Convert());
  sh.SetCorrelationXY(fCorrelationXY);

  sh.SetBarycenter(fBarycenter.Convert());
  
  sh.SetTimeResidualMean(fTimeResidualMean);
  sh.SetTimeResidualSpread(fTimeResidualSpread);
  sh.SetAngleChi2(fAngleChi2, fAngleNdof);
  sh.SetMdSdAngle(fMdSdAngle);
  
  sh.SetT5Trigger(fT5Trigger);
  sh.SetLdfReconstructed(fLdfReconstructed);
  sh.SetBetaFixed(fBetaFixed);
  sh.SetCoreFixedLdf(fCoreFixedLdf);
  sh.SetGeometryReconstructed(fGeometryReconstructed);
  sh.SetCoreFixedGeo(fCoreFixedGeo);
  sh.SetCurvatureFixed(fCurvatureFixed);


}