TKinemCut.h

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#ifndef RAD_TKinemCut
#define RAD_TKinemCut
 
#include "TConstants.h"
#include "TRadGlobal.h"
#include <iostream>
 
class TKinemCut {
protected:
  double fDeltaTheta;
  double fDeltaPhi;
  double fPAverage;
  double fPCross;
  double fEMin;
  double fPAverageAbs;
  double fPCrossAbs;
  double fEMinAbs;
  double fCosPsi;
  double fAverageThetaMin;
  double fAverageThetaMax;
  double fThetaMin;
  double fThetaMax;
  double fThetaMinMinus;
  double fThetaMaxMinus;
  double fThetaMinPlus;
  double fThetaMaxPlus;
 
public:
  TKinemCut();
  ~TKinemCut(){};
  double DeltaTheta() { return fDeltaTheta; }
  double DeltaPhi() { return fDeltaPhi; }
  double PAverage() { return fPAverage; }
  double PCross() { return fPCross; }
  double EMin() { return fEMin; }
  double CosPsi() { return fCosPsi; }
  double AverageThetaMin() { return fAverageThetaMin; }
  double AverageThetaMax() { return fAverageThetaMax; }
  double ThetaMin() { return fThetaMin; }
  double ThetaMax() { return fThetaMax; }
  double ThetaMinM() { return fThetaMinMinus; }
  double ThetaMaxM() { return fThetaMaxMinus; }
  double ThetaMinP() { return fThetaMinPlus; }
  double ThetaMaxP() { return fThetaMaxPlus; }
 
  void DeltaTheta( const double& x ) { fDeltaTheta = x; }
  void DeltaPhi( const double& x ) { fDeltaPhi = x; }
  void PAverage( const double& x ) { fPAverageAbs = x; }
  void PCross( const double& x ) { fPCrossAbs = x; }
  void EMin( const double& x ) { fEMinAbs = x; }
  void CosPsi( const double& x ) { fCosPsi = x; }
  void AverageTheta( const double& x ) {
    fAverageThetaMin = x;
    fAverageThetaMax = gConst->Pi() - x;
  }
  void AverageThetaMin( const double& x ) { fAverageThetaMin = x; }
  void AverageThetaMax( const double& x ) { fAverageThetaMax = x; }
  void ThetaMinM( const double& x ) {
    fThetaMinMinus = x;
    fThetaMaxMinus = gConst->Pi() - x;
  }
  void ThetaMinP( const double& x ) {
    fThetaMinPlus = x;
    fThetaMaxPlus = gConst->Pi() - x;
  }
  void ThetaRangeM( const double& th_min, const double& th_max ) {
    fThetaMinMinus = th_min;
    fThetaMaxMinus = th_max;
  }
  void ThetaRangeP( const double& th_min, const double& th_max ) {
    fThetaMinPlus = th_min;
    fThetaMaxPlus = th_max;
  }
 
  void Init();
  void Default();
  void Print();
};
 
extern TKinemCut* gCut;
 
#endif // ifndef RAD_TKinemCut