FD2ADST.h

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#ifndef _RecDataWriterNG_FD2ADST_h_
#define _RecDataWriterNG_FD2ADST_h_

#include "Offline2ADST.h"
#include "Config.h"

#include <adst/FdRecLevel.h>

#include <string>
#include <map>


class FDEvent;
class FdRecShower;
class FdRecGeometry;
class RecEvent;
class FdApertureLight;
class FdGeometry;

namespace evt {
  class Event;
  class ShowerFRecData;
}

namespace fevt {
  class FEvent;
  class Eye;
  class EyeRecData;
}

namespace fdet {
  class Eye;
}

namespace otoa {

  class Config;
  class Status;
  class Offline2ADST;


  class FD2ADST {
  public:
    FD2ADST(const otoa::Offline2ADST& parent, otoa::Status& status);

    void Convert(const evt::Event& event, RecEvent& recEvent);

  private:
    enum FDSaturationStatus {
      eNoSaturation = 0,
      eLowGainSat,
      eRecovered,
      eHighGainSat
    };

    const otoa::Offline2ADST& Parent() const { return fParent; }  // delegated
    const otoa::Config& Config() const { return Parent().Config(); }  // delegated
    const otoa::Status& Status() const { return fStatus; }
    otoa::Status& Status() { return fStatus; }
    int Verbosity() const { return Config().Verbosity(); }  // delegated

    void IncreaseFdRecLevel(FDEvent& fdevent, EFdRecLevel reclevel);

    void FillEye(const fevt::Eye& eye, FDEvent& fd);

    void FillEyeHeader(const fevt::Eye& eye, FDEvent& fd);

    void FillSDP(const fdet::Eye& dEye, const fevt::EyeRecData& eyeRec, FdRecGeometry& geo);

    void FillTimeFit(const fdet::Eye& dEye, const fevt::EyeRecData& eyeRec, FdRecGeometry& geo);

    void FillPCGFit(const fdet::Eye& dEye, const fevt::EyeRecData& eyeRec, FdRecGeometry& geo);

    void FillFdCoreAxis(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    bool FillEyeApertureLight(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    void FillCloudCameraDataBrief(const fevt::Eye& eye, FDEvent& fd);

    void FillCloudsBetweenEyeAndShower(const fevt::Eye& eye, FDEvent& fd) const;

    bool FillFdProfile(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    bool FillGaisserHillas(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    bool FillEnergy(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    void FillAtmosphericProfileVars(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    void FillTelRecData(const fevt::Eye& theEye, FDEvent& fd);

    bool FillTelSimData(const fevt::Eye& theEye, FDEvent& fd);

    void FillGeometricalUncertainties(const fdet::Eye& dEye, const fevt::Eye& eye, FDEvent& fd);

    void FillFdRecStations(const evt::Event& event, const fevt::Eye& eye, FDEvent& adstFDEvent) const;

    void FillRecPixel(const fevt::Eye& eye, FDEvent& fd);

    void FillEyeSim(const evt::Event& event, FDEvent& fd);

    void FillHybridStations(const evt::Event& event, const fevt::Eye& eye, FdRecGeometry& geo);

    void FillSDEye(const evt::Event& theEvent, const fevt::Eye& theEye, FDEvent& fd);

    //void FillViewingAngle(FDEvent& fd);
    void FillViewingAngle(FdApertureLight* apLight, FdGeometry* geo, const double xMaxChi);

    const otoa::Offline2ADST& fParent;
    otoa::Status& fStatus;
  };

}


#endif