StFmsPoint.h

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// $Id$
//
// $Log$
#ifndef STROOT_STEVENT_STFMSPOINT_H_
#define STROOT_STEVENT_STFMSPOINT_H_

#include <TLorentzVector.h>

#include "StRoot/St_base/StObject.h"

class StFmsCluster;

class StFmsPoint : public StObject {
 public:
  StFmsPoint();
  // Use default copy constructor and assignment operator
  ~StFmsPoint();
  UShort_t detectorId() const { return mDetectorId; }
  Float_t energy() const { return mEnergy; }
  Float_t x() const { return mX; }
  Float_t y() const { return mY; }
  Int_t id() const { return mId; }
  StFmsCluster* cluster() { return mCluster; }
  const StFmsCluster* cluster() const { return mCluster; }
  Int_t parentClusterId() const { return mParentClusterId; }
  Int_t nParentClusterPhotons() const { return mNParentClusterPhotons; }
  TLorentzVector fourMomentum() const { return mFourMomentum; }
  void setDetectorId(UShort_t detector) { mDetectorId = detector; }
  void setEnergy(Float_t energy) { mEnergy = energy; }
  void setX(Float_t xpos) { mX = xpos; }
  void setY(Float_t ypos) { mY = ypos; }
  void setId(Int_t phid) { mId = phid; }
  void setCluster(StFmsCluster* cluster) { mCluster = cluster; }
  void setParentClusterId(Int_t cluid) { mParentClusterId = cluid; }
  void setNParentClusterPhotons(Int_t nclph) { mNParentClusterPhotons = nclph; }
  void setFourMomentum(const TLorentzVector& p4) { mFourMomentum = p4; }

 protected:
  UShort_t mDetectorId;  
  Float_t mEnergy;  
  Float_t mX;  
  Float_t mY;  
  Int_t mId;  
  Int_t mParentClusterId;  
  Int_t mNParentClusterPhotons;  
  StFmsCluster* mCluster;  
  TLorentzVector mFourMomentum;  
  ClassDef(StFmsPoint, 1)
};

#endif  // STROOT_STEVENT_STFMSPOINT_H_