/** @file CbmEbMCEvent.h
 ** @author Valentina Akishina <v.akishina@gsi.de>, Maksym Zyzak <m.zyzak@gsi.de>
 ** @date 14.03.2017
 **/

#ifndef CbmEbMCEvent_H
#define CbmEbMCEvent_H

#include <vector>

using std::vector;

class CbmEbMCEvent
{
 public:
  CbmEbMCEvent ():fMCEventId(-1),fRecoEvents(),fMCTrackId(0),fIsReconstructable(0),fRecoTrackId(0) {};
    
  int IsReconstructed()
  {
    if(fRecoEvents.size()>0) return 1;
    if(fRecoEvents.size()==0) return 0;
    return 0;
  }
  int NClones()
  {
    if(fRecoEvents.size()>1) {return fRecoEvents.size()-1;}
    else {return 0;}
  }
  void SetReconstructable(bool isReconstructable) {fIsReconstructable = isReconstructable;}
  void SetId(int mcEvId){fMCEventId=mcEvId;}

  vector<int> & GetMCTrackIds() { return fMCTrackId; }
  int NMCTracks() const { return fMCTrackId.size(); }
  int & GetId(){return fMCEventId;}
  bool  IsReconstructable() const {return fIsReconstructable;}
  vector<int> & GetRecoTrackIds() { return fRecoTrackId; }
    
  void AddRecoEvent(int iEvent) { fRecoEvents.push_back(iEvent); }
    
  const vector<int>& GetRecoEvents() const { return fRecoEvents; }
    
 private:
  int fMCEventId;
  vector<int> fRecoEvents;
  vector<int> fMCTrackId;
  bool fIsReconstructable;
  vector<int> fRecoTrackId;
};

#endif