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XANAEmCluster.h

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#ifndef XANAEmCluster_h
#define XANAEmCluster_h

#include <XANADOO/XANAClusters/interface/XANACluster.h>
#include <CLHEP/Geometry/Point3D.h>
#include <TObject.h>
#include <TClonesArray.h>
#include <TRefArray.h>
#include <TRef.h>
#include <Rtypes.h>
#include <vector>
#include <string>

class XANACaloRecHit;
class XANASuperCluster;

class XANAEmCluster : public XANACluster {

public:

  XANAEmCluster();
  XANAEmCluster(Float_t energy, HepPoint3D position, HepPoint3D uncorrectedFrontFacePosition, 
   Float_t chi2, std::string algoName);
  XANAEmCluster(const XANAEmCluster &right);
  virtual ~XANAEmCluster();

  // data access methods
  Float_t getChi2() const {return chi2_;} 
  HepPoint3D getUncorrectedFrontFacePosition() const {return uncorrectedFrontFacePosition_;}
  std::string getAlgoName() const {return std::string(algoName_);}
  char *getCharAlgoName() const {return algoName_;}
  TRefArray * getEmClusterHits() const {return recHits_;}
  
  // set methods
  void setChi2(Float_t chi2) {chi2_=chi2;}
  void setUncorrectedFrontFacePosition(HepPoint3D position) {uncorrectedFrontFacePosition_=position;}
  void setAlgoName(std::string algoName) {strcpy(algoName_,algoName.c_str());}

  // relationships
  XANASuperCluster *getSuperCluster() const {return (XANASuperCluster *)(superCluster_.GetObject());}  
  void setSuperCluster(XANASuperCluster *super, Int_t iflag);

  // operators
  const XANAEmCluster & operator=(const XANAEmCluster &right);
  Bool_t virtual operator==(const XANAEmCluster&) const;
  
  // access to caloRecHits

protected:

  HepPoint3D uncorrectedFrontFacePosition_;
  Float_t chi2_;
  TRef superCluster_;
  Int_t algoLen_;
  char * algoName_;//[algoLen_]

private:
  static const Int_t strLen_;

  ClassDef(XANAEmCluster,1)
  
};

#endif

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