ShowerSimData_ROOT.h

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#ifndef _io_ShowerSimData_ROOT_h_
#define _io_ShowerSimData_ROOT_h_

#ifndef __CINT__
#  include <evt/ShowerSimData.h>
#endif
#include <io/MultiTabulatedFunction_ROOT.h>
#include <Rtypes.h>
#include <string>


namespace io {

  class Point_ROOT;
  class Vector_ROOT;
  class TimeStamp_ROOT;
  class GaisserHillasParameters_ROOT;
  class LaserData_ROOT;
  class AtmosphereParameters_ROOT;
  class CoordinateSystem_ROOT;
  class GenParticle_ROOT;
  class RadioSimulation_ROOT;

  class ShowerSimData_ROOT {
  public:
    ShowerSimData_ROOT() { }
    ShowerSimData_ROOT(const ShowerSimData_ROOT& s) { *this = s; }
    ~ShowerSimData_ROOT();
    ShowerSimData_ROOT& operator=(const ShowerSimData_ROOT& s);
#ifndef __CINT__
    ShowerSimData_ROOT(const evt::ShowerSimData& s);
    void operator>>(evt::ShowerSimData& s) const;
#endif

    int fPrimaryParticle = 0;
    double fEnergy = 0;
    double fMuonNumber = 0;
    double fMuonWeightScale = 0;
    double fCalorimetricEnergy = 0;
    double fElectromagneticEnergy = 0;
    double fGroundParticleCoordinateSystemAzimuth = 0;
    double fGroundParticleCoordinateSystemZenith = 0;
    double fEnergyCutoff = 0;
    double fEnergyCutoffMuon = 0;
    double fMinRadiusCut = 0;
    double fMaxRadiusCut = 0;
    double fMinCherenkovWavelength = 0;
    double fMaxCherenkovWavelength = 0;
    double fMagneticFieldInclination = 0;
    double fMagneticFieldDeclination = 0;
    double fMagneticFieldStrength = 0;
    int fShowerNumber = 0;
    std::string fShowerRunId;
    double fXFirst = 0;
    double fXInject = 0;
    double fDistanceOfShowerMaximum = -1;

    double fNmu = 0;
    double fXmaxMu = 0;

    CoordinateSystem_ROOT* fParticleCS = nullptr;
    CoordinateSystem_ROOT* fShowerCS = nullptr;
    CoordinateSystem_ROOT* fLocalCS = nullptr;

    TimeStamp_ROOT* fTimeStamp = nullptr;

    MultiTabulatedFunction_ROOT fLongitudinalProfile;
    MultiTabulatedFunction_ROOT fFluorescencePhotons;
    MultiTabulatedFunction_ROOT fCherenkovPhotons;
    MultiTabulatedFunction_ROOT fCherenkovBeamPhotons;
    MultiTabulatedFunction_ROOT fCherenkovBeamProductionPhotons;

    GaisserHillasParameters_ROOT* fGHParameters = nullptr;

    LaserData_ROOT* fLaserData = nullptr;

    AtmosphereParameters_ROOT* fAtmosphereParameters = nullptr;

    GenParticle_ROOT* fGenParticle = nullptr;

    RadioSimulation_ROOT* fRadioSimulation = nullptr;

    ClassDefNV(ShowerSimData_ROOT, 1);

  };

}


#endif