ME.h

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// Class for Muon Endcap (ME) Data Record

#ifndef __l1t_emtf_ME_h__
#define __l1t_emtf_ME_h__

#include <boost/cstdint.hpp> 

#include <vector>

namespace l1t {
  namespace emtf {
    class ME {
    public:
      
      explicit ME(uint64_t dataword);
    
    ME() : 
      wire(-99), quality(-99), clct_pattern(-99), bc0(-99), bxe(-99), lr(-99), 
    csc_ID(-99), strip(-99), afff(-99), cik(-99), nit(-99), me_bxn(-99),
    afef(-99), se(-99), sm(-99), epc(-99), af(-99), station(-99), vp(-99), tbin(-99),
    stub_num(-99), format_errors(0), dataword(-99) 
    {};
      
      virtual ~ME() {};

      void set_wire (int bits)          { wire = bits;          }
      void set_quality (int bits)       { quality = bits;       }
      void set_clct_pattern (int bits)  { clct_pattern = bits;  }
      void set_bc0 (int bits)           { bc0 = bits;           }
      void set_bxe (int bits)           { bxe = bits;           }
      void set_lr (int bits)            { lr = bits;            }
      void set_csc_ID (int bits)        { csc_ID = bits;        }
      void set_strip (int bits)         { strip = bits;         }
      void set_afff (int bits)          { afff = bits;          }
      void set_cik (int bits)           { cik = bits;           }
      void set_nit (int bits)           { nit = bits;           }
      void set_me_bxn (int bits)        { me_bxn = bits;        }
      void set_afef (int bits)          { afef = bits;          }
      void set_se (int bits)            { se = bits;            }
      void set_sm (int bits)            { sm = bits;            }
      void set_epc (int bits)           { epc = bits;           }
      void set_af (int bits)            { af = bits;            }
      void set_station (int bits)       { station = bits;       }
      void set_vp (int bits)            { vp = bits;            }
      void set_tbin (int bits)          { tbin = bits;          }
      void set_stub_num (int bits)      { stub_num = bits;      }
      void add_format_error()           { format_errors += 1;   }
      void set_dataword (uint64_t bits) { dataword = bits;      }

      int Wire()           const { return wire;           }
      int Quality()        const { return quality;        }
      int CLCT_pattern()   const { return clct_pattern;   }
      int BC0()            const { return bc0;            }
      int BXE()            const { return bxe;            }
      int LR()             const { return lr;             }
      int CSC_ID()         const { return csc_ID;         }
      int Strip()          const { return strip;          }
      int AFFF()           const { return afff;           }
      int CIK()            const { return cik;            }
      int NIT()            const { return nit;            }
      int ME_BXN()         const { return me_bxn;         }
      int AFEF()           const { return afef;           }
      int SE()             const { return se;             }
      int SM()             const { return sm;             }
      int EPC()            const { return epc;            }
      int AF()             const { return af;             }
      int Station()        const { return station;        }
      int VP()             const { return vp;             }      
      int TBIN()           const { return tbin;           }
      int Stub_num()       const { return stub_num;       }
      int Format_errors()  const { return format_errors;  }
      uint64_t Dataword()  const { return dataword;       }      
      
    private:

      int wire;
      int quality;
      int clct_pattern;
      int bc0; 
      int bxe; 
      int lr;
      int csc_ID;
      int strip;
      int afff;
      int cik; 
      int nit; 
      int me_bxn;
      int afef;
      int se;
      int sm;
      int epc; 
      int af;
      int station;
      int vp;
      int tbin;
      int stub_num;
      int format_errors;
      uint64_t dataword;
      
    }; // End of class ME
    
    // Define a vector of ME
    typedef std::vector<ME> MECollection;

  } // End of namespace emtf
} // End of namespace l1t

#endif /* define __l1t_emtf_ME_h__ */