RdStationNoiseAnalyser.h

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#ifndef _RdStationNoiseAnalyser_h_
#define _RdStationNoiseAnalyser_h_

#include <fwk/VModule.h>
#include <utl/TimeStamp.h>
#include <string>


namespace evt {
  class Event;
}
namespace utl {
  class TimeStamp;
}
namespace revt { 
  class Station;
  }
namespace rdet { 
  class RDetector;
  }
class TFile;
class TTree;
class TH1F;
class TH2F;


class RdStationNoiseAnalyser : public fwk::VModule {
public:
  RdStationNoiseAnalyser();
  ~RdStationNoiseAnalyser();

  VModule::ResultFlag Init();
  VModule::ResultFlag Run(evt::Event& theevent);
  fwk::VModule::ResultFlag Finish();

private:
  void ConvertChannelToStation(revt::Station& stat,const rdet::RDetector& rDet);
  TFile* fOutFile;
  std::string fOutFileName;
  bool* fAllTrace;
  TTree* fNoise;
  TH1F* fH_RateLST; // This Histogram is needed to count the LST
  TH1F* fH_RateLocT; // This Histogram is needed to count the LST
  TH1F* fH_RateTime;
  TH1F* fH_RMSLST1;
  TH1F* fH_RMSLocT1;
  TH1F* fH_RMSLST2;
  TH1F* fH_RMSLocT2;
  TH1F* fH_TimeSinceLastEvent;
  TH2F* fH2_TimeSinceLastEventLST;
  TH2F* fH2_TimeSinceLastEventLocT;
  TH2F* fH2_SpectrLST1;
  TH2F* fH2_SpectrLocT1;
  TH2F* fH2_SpectrLST2;
  TH2F* fH2_SpectrLocT2;
  TH2F* fH2_SpectrTime1;
  TH2F* fH2_SpectrTime2;
  TH2F* fH2_RMSLocT2D1;
  TH2F* fH2_RMSLocT2D2;
  TH2F* fH2_RateLocT2D;
  TH2F* fH2_RMSLST2D1;
  TH2F* fH2_RMSLST2D2;
  float frmspol1;
  float frmspol2;
  utl::TimeStamp fLastEventTS;
  //static const int kGPS_UTC_Offset =  315957587;
  static const int kGPS_UTC_Offset = 315964800;
  unsigned int fuitime;
  unsigned long int fTimeMin;
  unsigned long int fTimeMax;
  long int fTimeRefAll;
  long int fTimeRefDay;
  int fNbinFreq;
  int fNbinTime;
  int fNDay;
  float fFreqMin;
  float fFreqMax;
  float fPartOfTheTraceToUse;
  float fRMSMax;
  utl::TimeStamp fTSMin;
  utl::TimeStamp fTSMax;
  std::string fStationName;

  REGISTER_MODULE("RdStationNoiseAnalyser", RdStationNoiseAnalyser);
};


#endif