TMBLumV.hpp

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#ifndef TMBLumV_H
#define TMBLumV_H

//                                                                      //
// TMBTree Lum Vertex class                                             //
//   Storage format for Luminosity Montior  Vtx Board in TMB_Trees.     //
//   Sahal Yacoob 11/13/03                                              // 
//   Based on Other TMBTree classes                                     //
//   The Charge, TDC count, and Slew are stored.                        //
//   The index is related to the physical wedge by the tabel            //
//   to be found later in this file                                     //
//                                                                      //  
//                                                                      //

#include <iostream>
#ifndef ROOT_TObject
#include "TObject.h"
#endif
#include "TArrayI.h"
#include "TString.h"



class TMBLumV : public TObject {
  
public:

  // Default Constructor
  TMBLumV();

  // Constructor
  TMBLumV(Int_t t_l2n,Int_t t_h3n,Int_t t_h2n,Int_t t_h1n,Int_t sumn,Int_t nhitn,Int_t t_l1n,Int_t t_l2s,Int_t t_h3s,Int_t t_h2s,Int_t t_h1s,Int_t sums,Int_t nhits,Int_t t_l1s,Int_t mi_flag,Int_t tdifn,Int_t tdifs,Int_t averagen,Int_t averages,Int_t zvtx,Int_t tfw_andor);
  
  
  // Copy Constructor
  TMBLumV (const TMBLumV& orig):TObject(orig) {
    *this = orig;
  }


  // Operators
  TMBLumV &operator=(const TMBLumV &orig) {
    if(this != &orig) {
      _t_l2n = orig._t_l2n;
      _t_h3n = orig._t_h3n;
      _t_h2n= orig._t_h2n;
      _t_h1n= orig._t_h1n;
      _sumn= orig._sumn;
      _nhitn= orig._nhitn;
      _t_l1n= orig._t_l1n;
      _t_l2s= orig._t_l2s;
      _t_h3s= orig._t_h3s;
      _t_h2s= orig._t_h2s;
      _t_h1s= orig._t_h1s;
      _sums= orig._sums;
      _nhits= orig._nhits;
      _t_l1s= orig._t_l1s;
      _mi_flag= orig._mi_flag;
      _tdifn= orig._tdifn;
      _tdifs= orig._tdifs;
      _averagen= orig._averagen;
      _averages= orig._averages;
      _zvtx= orig._zvtx;
      _tfw_andor= orig._tfw_andor;
    }
    return *this;
  }  
  

 // 2nd smallest corrected time for north lm counters
  inline  Int_t t_l2n() const {return _t_l2n;};

  // 3rd largest corrected time for north lm counters
  inline Int_t  t_h3n() const {return _t_h3n;};

  // 2nd largest corrected time for north lm counters
  inline Int_t  t_h2n() const { return _t_h2n;};

  // largest corrected time for south lm counter
  inline Int_t  t_h1n() const { return _t_h1n;};

  // sum of corrected time for north lm counters
  inline Int_t  sumn() const {return _sumn;};

  // number of valid hits in the north lm counters
   inline Int_t  nhitn() const{return _nhitn;};

  // smallest corrected time for north lm counter
  inline Int_t  t_l1n() const{return _t_l1n ;};

 // 2nd smallest corrected time for south lm counters
  inline Int_t  t_l2s() const{return _t_l2s ;};

 // 3rd largest corrected time for north lm counters
  inline Int_t  t_h3s() const{return _t_h3s ;};

 // 2nd largest corrected time for north lm counters
  inline Int_t  t_h2s() const{return _t_h2s ;};
 
 //  largest corrected time for south lm counters
  inline Int_t  t_h1s() const{return _t_h1s ;};

 // sum of corrected time for north lm counters
  inline Int_t  sums() const{return _sums ;};

 // number of valid hits in the north lm counters
  inline Int_t  nhits() const{return _nhits;};
 
 // smallest corrected time for north lm counter
  inline Int_t  t_l1s() const{return _t_l1s ;};
 
 // multiple inline Int_t eraction flag
  inline Int_t  mi_flag() const{return _mi_flag ;};

 // spread in arrival times for north lm counters 
  inline Int_t  tdifn() const{return _tdifn ;};
 
 // spread in arrival times for south lm counters
  inline Int_t  tdifs() const{return _tdifs ;};

  // average value of valid corrected times for north lm counters
  inline Int_t  averagen() const{return _averagen ;};

  // average value of valid corrected times for south lm counters
  inline Int_t  averages() const{return _averages ;};

  //  Int_teraction vertex position measured by lm counters
  inline Int_t  zvtx() const{return _zvtx ;};

  // trigger framework input bits
  inline Int_t  tfw_andor() const{return _tfw_andor ;};


  // Destructor
  ~TMBLumV() {;}

private:

  Int_t _t_l2n;
  Int_t _t_h3n;
  Int_t _t_h2n;
  Int_t _t_h1n;
  Int_t _sumn;
  Int_t _nhitn;
  Int_t _t_l1n;
  Int_t _t_l2s;
  Int_t _t_h3s;
  Int_t _t_h2s;
  Int_t _t_h1s;
  Int_t _sums;
  Int_t _nhits;
  Int_t _t_l1s;
  Int_t _mi_flag;
  Int_t _tdifn;
  Int_t _tdifs;
  Int_t _averagen;
  Int_t _averages;
  Int_t _zvtx;
  Int_t _tfw_andor;

  ClassDef(TMBLumV, 1)   //TMBTree Lum class
};

#endif

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