SRBeamBranch.h

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#ifndef DUNEANAOBJ_SRBEAMBRANCH_H
#define DUNEANAOBJ_SRBEAMBRANCH_H
 
#include <cmath>
#include <limits>
#include <vector>
 
namespace caf
{
  class SRBeamBranch
  {
    private:
      // save on typing below
      constexpr static float NaN = std::numeric_limits<float>::signaling_NaN();
 
    public:
      bool                 ismc;      
 
      bool                 isgoodpulse         = true;      
      unsigned long int    pulsetimesec        = 0;         
      unsigned long int    pulsetimensec       = 0;         
      unsigned long int    gpspulsetimesec     = 0;         
      unsigned long int    gpspulsetimensec    = 0;         
      signed long long int deltapulsetimensec  = -9999999;  
      float                pulsepot            = NaN;       
      float                potTOR101           = NaN;       
      float                potTR101D           = NaN;       
      float                hornI               = NaN;       
      float                hornDir             = NaN;       
      float                beamHwidth          = NaN;       
      float                beamVwidth          = NaN;       
      std::vector<double>  horizontalposTGT;                
      std::vector<double>  horizontalintTGT;                
      std::vector<double>  horizontalpos121;                
      std::vector<double>  verticalposTGT;                  
      std::vector<double>  verticalintTGT;                  
      std::vector<double>  verticalpos121;                  
      std::vector<double>  multiwireInfo;                   
 
      bool isFHC() const  { return hornI > 0; };                                 
      bool is0HC() const  { return std::abs(hornI) < 1; };                       
      bool isRHC() const  { return hornI < 0; }                                  
 
  };
}
 
#endif //DUNEANAOBJ_SRBEAMBRANCH_H