TMBL2Muon.hpp

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#ifndef L2MUON_H_
#define L2MUON_H_

//
//   Purpose: This is the header file that defines a class to help fill the 
//            tuple correctly with L2 preprocessor muons.  
//
//   Author: Yann Coadou
//   Date:   19-Apr-2004
//


#include "tmb_tree/TMBL2Base.hpp"

class TMBL2Muon : public TMBL2Base {
public:
  TMBL2Muon(); //constructor
  TMBL2Muon(const TMBL2Muon&); //copy constructor
  
  ~TMBL2Muon() {;} //destructor
  
  // setters
  void ToroidPtBin (int x) {toroidptbin = x;}
  void ToroidPtNegative (bool x) {toroidptnegative = x;}
  void L1PtThres (int x) {l1ptthres = x;}
  void L1PtSignUnknown (bool x) {l1ptsignunknown = x;}
  void L1PtNegative (bool x) {l1ptnegative = x;}
  void QMask (int x) {qmask = x;}
  void ScTimeA (int x) {sctimea = x;}
  void ScTimeB (int x) {sctimeb = x;}
  void ScTimeC (int x) {sctimec = x;}
  void IsCentral (bool x) {iscentral = x;}

  // accessors
  int ToroidPtBin() const {return toroidptbin;} //(0.25 GeV bins)
  float ToroidPt() const {return toroidptbin/4.;}
  bool ToroidPtNegative() const {return toroidptnegative;}
  int Charge() const {return (toroidptnegative == 0 ? 1 : -1);}
  int L1PtThres() const {return l1ptthres;}
  bool L1PtSignUnknown() const {return l1ptsignunknown;}
  bool L1PtNegative() const {return l1ptnegative;}
  int L1Charge() const {return (l1ptnegative == 0 ? 1 : -1);}
  int QMask() const {return qmask;}
  int ScTimeA() const {return sctimea;}
  int ScTimeB() const {return sctimeb;}
  int ScTimeC() const {return sctimec;}
  bool IsCentral () const {return iscentral;}
  bool IsForward () const {return !iscentral;}

private:
  int toroidptbin;
  bool toroidptnegative;
  int l1ptthres;
  bool l1ptsignunknown;
  bool l1ptnegative;
  int qmask;
  int sctimea;
  int sctimeb;
  int sctimec;
  bool iscentral;

  ClassDef(TMBL2Muon,1)

}; //end of class TMBL2Muon
#endif // L2MUON_H_

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