SQChamberRealization.h

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#ifndef SQChamberRealization_H
#define SQChamberRealization_H
#include <GlobalConsts.h>
#include <fun4all/SubsysReco.h>
class CalibParamXT;
class SQRun;
class SQHitVector;
 
 
class SQChamberRealization: public SubsysReco
{
public:
  SQChamberRealization(const std::string& name = "SQChamberRealization");
  virtual ~SQChamberRealization();
 
  int Init(PHCompositeNode* topNode);
  int InitRun(PHCompositeNode* topNode);
  int process_event(PHCompositeNode* topNode);
  int End(PHCompositeNode* topNode);
 
  void SetChamEff(const double eff_d0, const double eff_d1, const double eff_d2, const double eff_d3p, const double eff_d3m);
 
  void SetPropTubeEff(const double eff_p1x, const double eff_p1y, const double eff_p2x, const double eff_p2y);
 
  void ScaleChamReso(const double scale_d0, const double scale_d1, const double scale_d2, const double scale_d3p, const double scale_d3m);
 
  void FixChamReso(const double reso_d0, const double reso_d1, const double reso_d2, const double reso_d3p, const double reso_d3m);
 
private:
  struct PlaneParam {
    bool   on;
    double eff;
    double reso_scale;
    double reso_fixed;
    PlaneParam() : on(false), eff(1.0), reso_scale(1.0), reso_fixed(-1) {;}
  };
  PlaneParam list_param[nChamberPlanes+nHodoPlanes+nPropPlanes+1];
 
  CalibParamXT* m_cal_xt;
 
  SQRun*       m_run;
  SQHitVector* m_hit_vec;
};
 
#endif