Basic.h

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#ifndef ANP_BASIC_H
#define ANP_BASIC_H

// $Id: Basic.h,v 1.9 2007/11/30 18:00:35 rustem Exp $
//
// Basic information about any reconstructed object
//

// C++
#include <iostream>

// ROOT
#include "Rtypes.h"

namespace Anp
{
   class Basic
   {
   public:
      
      Basic();
      ~Basic();
      
      short NPlaneSteel() const;
      short NPlaneScint() const;

      short NStrip()  const;
      short NUStrip() const;
      short NVStrip() const;

      short NPlane()  const;
      short NUPlane() const;
      short NVPlane() const;

      short BegPlane()  const;
      short BegUPlane() const;
      short BegVPlane() const;

      short EndPlane()  const;
      short EndUPlane() const;
      short EndVPlane() const;

      float ADC()     const;
      float ADCU()    const;
      float ADCV()    const;
      float PE()      const;
      float SigCor()  const;
      float SigCorU() const;
      float SigCorV() const;
      float SigLin()  const;
      float SigMap()  const;
      float MIP()     const;

      double MinTime() const;
      double MaxTime() const;

      float ActiveFrac() const;

      void Clear();

      void Print(std::ostream& o = std::cout) const;

   private:

      friend class FillBasic;

      Short_t nustrip;
      Short_t nvstrip;

      Short_t nuplane;
      Short_t nvplane;

      Short_t beg_uplane;
      Short_t beg_vplane;
      Short_t end_uplane;
      Short_t end_vplane;

      Float_t adcu;
      Float_t adcv;
      Float_t pe;
      Float_t sigcoru;
      Float_t sigcorv;
      Float_t siglin;
      Float_t sigmap;
      Float_t mip;

      Float_t active_frac; // ratio of number of calorimeter scint plane over steel planes
      
      Double_t max_time;   // earliest strip time (relative to start of timeframe)
      Double_t min_time;   // latest strip time (relative to start of timeframe)
   };

   //
   // Inlined member functions
   //
   inline short Basic::NPlaneSteel() const { return 1 + EndPlane() - BegPlane(); }
   inline short Basic::NPlaneScint() const { return nuplane + nvplane; }

   inline short Basic::NStrip()  const { return nustrip + nvstrip; }
   inline short Basic::NUStrip() const { return nustrip; }
   inline short Basic::NVStrip() const { return nvstrip; }
   
   inline short Basic::NPlane()  const { return nuplane + nvplane; }
   inline short Basic::NUPlane() const { return nuplane; }
   inline short Basic::NVPlane() const { return nvplane; }
   
   inline short Basic::BegUPlane() const { return beg_uplane; }
   inline short Basic::BegVPlane() const { return beg_vplane; }
   inline short Basic::EndUPlane() const { return end_uplane; }
   inline short Basic::EndVPlane() const { return end_vplane; }

   inline float Basic::ADC()     const { return adcu + adcv; }
   inline float Basic::ADCU()    const { return adcu; }
   inline float Basic::ADCV()    const { return adcv; }
   inline float Basic::PE()      const { return pe; }
   inline float Basic::SigCor()  const { return sigcoru + sigcorv; }
   inline float Basic::SigCorU() const { return sigcoru; }
   inline float Basic::SigCorV() const { return sigcorv; }
   inline float Basic::SigLin()  const { return siglin; }
   inline float Basic::SigMap()  const { return sigmap; }
   inline float Basic::MIP()     const { return mip; }   

   inline double Basic::MinTime() const { return min_time; }
   inline double Basic::MaxTime() const { return max_time; }

   inline float Basic::ActiveFrac() const { return active_frac; }
}

#endif

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