ShowerSRecData_ROOT.h

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#ifndef _io_ShowerSRecData_ROOT_h_
#define _io_ShowerSRecData_ROOT_h_

#include <io/EventIO.h>
#ifndef __CINT__
#  include <evt/ShowerSRecData.h>
#endif
#include <io/Point_ROOT.h>
#include <io/Vector_ROOT.h>
#include <io/TimeStamp_ROOT.h>


namespace io {

  class TabulatedFunctionErrors_ROOT;
  class RiseTime1000_ROOT;
  class SdFootprintData_ROOT;


  class ShowerSRecData_ROOT {
  public:
    ShowerSRecData_ROOT() { }
    ShowerSRecData_ROOT(const ShowerSRecData_ROOT& s) { *this = s; }
    ~ShowerSRecData_ROOT();
    ShowerSRecData_ROOT& operator=(const ShowerSRecData_ROOT& s);
    OFFLINE_STREAM_INTERFACE(evt, ShowerSRecData)

    TabulatedFunctionErrors_ROOT* fLDF = nullptr;

    Point_ROOT fBarycenter;
    TimeStamp_ROOT fBarytime;
    // fBarycenterCoordinateSystem constructed upon read-in

    Point_ROOT fCore;
    Vector_ROOT fCoreError;
    double fCorrelationXY = 0;
    TimeStamp_ROOT fCoreTime;
    double fCoreTimeError = 0;
    Vector_ROOT fAxis;

    double fBeta = 0;
    double fBetaError = 0;
    double fBetaSystematics = 0;
    double fGamma = 0;
    double fGammaError = 0;
    double fNKGFermiMu = 0;
    double fNKGFermiTau = 0;
    double fCurvature = 0;
    double fCurvatureError = 0;
    double fCurvatureTimeOffset = 0;
    double fCurvatureTimeOffsetError = 0;
    int fShowerSizeType = 0;
    double fShowerSize = 0;
    double fShowerSizeError = 0;
    double fShowerSizeSystematics = 0;
    double fShowerSizeGeomagneticCorr = 0;
    double fShowerSizeGeomagneticCorrError = 0;
    double fShowerSizeAtmosphericCorr = 0;
    double fShowerSizeAtmosphericCorrError = 0;
    double fLDFOptimumDistance = 0;
    double fLDFChi2 = 0;
    double fLDFNdof = 0;
    double fLDFLikelihood = 0;

    double fThetaError = 0;
    double fPhiError = 0;
    double fCorrelationThetaPhi = 0;
    double fAngleChi2 = 0;
    double fAngleNdof = 0;
    double fTimeResidualMean = 0;
    double fTimeResidualSpread = 0;
    double fEnergy = 0;
    double fEnergyError = 0;
    double fEnergyLDFSystematics = 0;

    int fNumberOfActiveStations = 0;

    int fT4Trigger = 0;
    int fT5Trigger = 0;
    int fT5HottestStation = 0;
    std::vector<int> fT5PriorActiveNeighbors;
    std::vector<int> fT5PosteriorActiveNeighbors;
    unsigned int fT5PosteriorCoreTriangle = 0;

    bool fIsTOTdMoPSSilent = false;

    int fReconstructionSeed[3]
#ifndef __CINT__
      = { 0 }
#endif
    ;

    double fLDFRecStage = 0;

    Vector_ROOT fSeedAxis;
    Point_ROOT fSeedBarycenter;

    // MPD?

    int fBadPeriodId = 0;

    RiseTime1000_ROOT* fRiseTime1000 = nullptr;

    // PlaneFrontRecData?
    SdFootprintData_ROOT* fFootprintData = nullptr;

    ClassDefNV(ShowerSRecData_ROOT, DONT_CHANGE_THIS_NUMBER);

  };

}


#endif