revtStation_ROOT.h

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#ifndef _io_revtStation_ROOT_h_
#define _io_revtStation_ROOT_h_

#ifndef __CINT__
#  include <revt/Station.h>
#endif
#include <io/EventIO.h>
#include <io/TimeStamp_ROOT.h>
#include <io/revtChannel_ROOT.h>
#include <io/StationFFTDataContainer_ROOT.h>
#include <Rtypes.h>
#include <vector>


namespace io {

  class revtStationSimData_ROOT;
  class revtStationRecData_ROOT;
  class revtStationTriggerData_ROOT;
  class revtStationGPSData_ROOT;
  class revtStationHeader_ROOT;


  class revtStation_ROOT {

  public:
    revtStation_ROOT() { }
    revtStation_ROOT(const revtStation_ROOT& s) { *this = s; }
    ~revtStation_ROOT();
    revtStation_ROOT& operator=(const revtStation_ROOT& s);
#ifndef __CINT__
    revtStation_ROOT(const revt::Station& s);
    void operator>>(revt::Station& s) const;
#endif

    int fId = 0;
    std::vector<revtChannel_ROOT> fChannels;
    revtStationSimData_ROOT* fSimData = nullptr;
    revtStationRecData_ROOT* fRecData = nullptr;
    revtStationTriggerData_ROOT* fTriggerData = nullptr;
    revtStationGPSData_ROOT* fGPSData = nullptr;
    revtStationHeader_ROOT* fStationHeader = nullptr;
    TimeStamp_ROOT fRawTraceStartTime;
    bool fRawTraceStartTimeLocked = false;
    StationFFTDataContainer_ROOT fFFTDataContainer;
    int fReconstructionStatus = 0;
    int fExcludedReason = 0;
    bool fIsSaturated = false;
    unsigned long long int fRejectedReason = 0;
    double fHWTemperature = 0;
    double fHWTemperatureInt = 0;
    double fHWTemperatureExt = 0;

    ClassDefNV(revtStation_ROOT, DONT_CHANGE_THIS_NUMBER);

  };

}


#endif