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XANAElectronSeed.h

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#ifndef XANAElectronSeed_h
#define XANAElectronSeed_h

class XANASuperCluster;
class XANAElectronTrack;

#include <XANADOO/XANAElectronCandidate/interface/XANASeedMatch.h>
#include <CLHEP/Geometry/Point3D.h>
#include <TObject.h>
#include <TRef.h>
#include <Rtypes.h>

using namespace HepGeom;

class XANAElectronSeed : public TObject {

public:

  XANAElectronSeed();
  XANAElectronSeed(Short_t numberOfTrackHits, 
   Short_t direction, HepPoint3D positionAtFirstPoint, HepVector3D momentumAtFirstPoint, 
   HepPoint3D positionAtLastPoint, HepVector3D momentumAtLastPoint, std::string algoName);
  
  virtual ~XANAElectronSeed();

  // data access methods
  Short_t getNumberOfHits() const {return numberOfHits_;}  
  Short_t getDirection() const {return direction_;}  
  HepVector3D getMomentumAtFirstPoint() const {return momentumAtFirstPoint_;}
  HepPoint3D getPositionAtFirstPoint() const {return positionAtFirstPoint_;}  
  HepVector3D getMomentumAtLastPoint() const {return momentumAtLastPoint_;}
  HepPoint3D getPositionAtLastPoint() const {return positionAtLastPoint_;}  
  char *getCharAlgoName() const {return algoName_;}
  std::string getAlgoName() const {return std::string(algoName_);}
  
  // set methods
  void setNumberOfHits(Short_t numberOfHits) {numberOfHits_=numberOfHits;}  
  void setDirection(Short_t direction) {direction_=direction;}  
  void setMomentumAtLastPoint(HepPoint3D positionAtLastPoint) {positionAtLastPoint_=positionAtLastPoint;}
  void setPositionAtLastPoint(HepVector3D momentumAtLastPoint) {momentumAtLastPoint_=momentumAtLastPoint;}  
  void setMomentumAtFirstPoint(HepPoint3D positionAtFirstPoint) {positionAtFirstPoint_=positionAtFirstPoint;}
  void setPositionAtFirstPoint(HepVector3D momentumAtFirstPoint) {momentumAtFirstPoint_=momentumAtFirstPoint;}  
  void setAlgoName(std::string algoName) {sprintf(algoName_,algoName.c_str());}
  
  // relationships
  XANAElectronTrack *getElectronTrack() const {return (XANAElectronTrack *)(track_.GetObject());}
  void setElectronTrack(XANAElectronTrack *track);
  XANASuperCluster *getSuperCluster() const {return (XANASuperCluster *)(cluster_.GetObject());}
  void setSuperCluster(XANASuperCluster *super);

  Bool_t IsUsed() const {return locked_;}

  Bool_t operator==(const XANAElectronSeed&) const;
  Bool_t operator<(const XANAElectronSeed&) const;
  // copy constructor  
  XANAElectronSeed(const XANAElectronSeed &right);

protected:

  Short_t numberOfHits_;
  Short_t direction_;
  HepPoint3D positionAtFirstPoint_;
  HepVector3D momentumAtFirstPoint_;
  HepPoint3D positionAtLastPoint_;
  HepVector3D momentumAtLastPoint_;
  XANASeedMatch match_;
  TRef track_;
  TRef cluster_;
  Int_t algoLen_;
  char *algoName_; //[algoLen_]

private:

  const static Int_t strLen_;
  Bool_t locked_;
  void lock() {locked_ = true;}
  void unlock() { locked_ = false;}
      
  ClassDef(XANAElectronSeed,1) // electron seed class 

};

#endif

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