d4/de2/RawClusterBuilderTemplate_8h_source.html

#ifndef CALORECO_RAWCLUSTERBUILDERTEMPLATE_H

#define CALORECO_RAWCLUSTERBUILDERTEMPLATE_H


#include <fun4all/SubsysReco.h>


#include <string>


class PHCompositeNode;

class RawClusterContainer;

class RawTowerGeomContainer;

class BEmcRec;


class RawClusterBuilderTemplate : public SubsysReco

{

 public:

  RawClusterBuilderTemplate(const std::string& name = "RawClusterBuilderTemplate");

  ~RawClusterBuilderTemplate() override;


  int InitRun(PHCompositeNode* topNode) override;

  int process_event(PHCompositeNode* topNode) override;

  void Detector(const std::string& d);


  void SetCylindricalGeometry();

  void SetPlanarGeometry();

  void PrintGeometry() { bPrintGeom = true; }  // Prints it at InitRun time

  void PrintCylGeom(RawTowerGeomContainer* towergeom, const std::string& fname);

  void SetProfileProb(bool pprob) { bProfProb = pprob; }

  void SetProbNoiseParam(float rn) { fProbNoiseParam = rn; }


  void set_threshold_energy(const float e) { _min_tower_e = e; }

  void setEnergyNorm(float norm) { fEnergyNorm = norm; }

  void checkenergy(const int i = 1) { chkenergyconservation = i; }

  void LoadProfile(const std::string& fname);


 private:

  void CreateNodes(PHCompositeNode* topNode);

  bool Cell2Abs(RawTowerGeomContainer* towergeom, float phiC, float etaC, float& phi, float& eta);


  RawClusterContainer* _clusters;

  //  BEmcProfile *_emcprof;


  BEmcRec* bemc;

  float fEnergyNorm;


  float _min_tower_e;

  int chkenergyconservation;


  std::string detector;

  std::string ClusterNodeName;


  int BINX0;

  int NBINX;

  int BINY0;

  int NBINY;


  bool bPrintGeom;

  bool bProfProb;

  float fProbNoiseParam;

};


#endif /* RawClusterBuilderTemplate_H__ */