FdEventLogger.h

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#ifndef _FdEventLoggerGS_FdEventLogger_h_
#define _FdEventLoggerGS_FdEventLogger_h_


#include <fwk/VModule.h>
#include <fdet/Eye.h>
#include <fdet/Telescope.h>
#include <vector>
#include <string>

#include <utl/Trace-fwd.h>

class TEyeEvent;
class TMirrorEvent;

namespace utl {
  class TimeInterval;
}

namespace FdEventLoggerGS {
  
  class FdEventLogger :public fwk::VModule {
    
  public:
    FdEventLogger();
    ~FdEventLogger();
    
    fwk::VModule::ResultFlag Init();
    fwk::VModule::ResultFlag Run(evt::Event& event);
    fwk::VModule::ResultFlag Finish();

  private:

    // Datacard variables
    std::string    fFileName;
    
    TFile*         fRootLogFile;

    TTree  *fTtrig;   //< pixel tree (for FLT)
    TTree  *fT2trig;  //< SLT tree
  
  
    // pixel tree
    int    pixel;     //< pixel number (1->440)
    int    evtmir;    //< event number * 1000 + mirror (1->24)
    int    thresh;    //< threshold                           
    int    summax;    //< max of sliding sums                 
    int    T1;        //< T1 time                             
    int    T1_delta;  //< duration over threshold             
    float  mean;      //< mean value of FADC trace            
    float  rms;       //< rms of FADC trace                   
    bool   FDSpix;    //< flag from FDSim (=1 there are photons from FDSim; =0 only bkgr)
    
    // ############## FADC Traces for interface to FDTriggerSim 
    // int    FADC[2000]; 
    
    
    
    
    // SLT tree
    int    PixOn;    //< number of pixels triggered (FLT)
    int    PixOnFD;  //< number of pixels triggered (FLT) from photon signal
    int    PixOnBg;  //< number of pixels triggered (FLT) from photon background
    int    PixFromFD;//< number of pixels from photon background 
    int    PixRO;    //< number of pixels read-out
    int    T2time;   //< T2 of SLT
    int    tslot;    //< number of time slots of SLTword
    int    fSLTWord[500*20]; //< bigger than needed, totally crap to do it like this ...
    int    fTimeOffset;
    int    fIsTLT;
    int    fIsT3;

    
    
    double energy;   //< shower Log10(energy) (Laser mode: energy is given in joule) 
    int    primary;  //< primary mass          
    double XMax;     //< GH XMax               
    double azimuth;  //< azimuth of shower     
    double zenith;   //< zenith  of shower     
    double XG;       //< x of shower at ground 
    double YG;       //< y of shower at ground 
    
    //++++++++++++++++++++++++++++++++++++++++
    // Modified by D'Urso & Valore 02/03/06
    double laser_wavelength; //< laser wavelength
    double laser_polarization_angle; //< laser polarization angle to be implemented 
    //++++++++++++++++++++++++++++++++++++++++ end
    
    
    
    
  private:
    void InitTree();
    
    REGISTER_MODULE("FdEventLoggerGS", FdEventLogger);
    
  };
  
  
  
} // FdEventLoggerGS


#endif // _FdEventLoggerGS_FdEventLogger_h_

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