TEvtRecEvent.h

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#ifndef RootEventData_TEvtRecEvent_H
#define RootEventData_TEvtRecEvent_H
 
#include "TObject.h"
#include "TObjArray.h"
 
class TEvtRecEvent : public TObject {
 
public:
 
   TEvtRecEvent();
   virtual ~TEvtRecEvent();
 
   void initialize();
 
   void Clear(Option_t* option = "");
 
   void Print(Option_t* option = "") const;
 
   Int_t totalTracks()  const { return m_tottks; }
   Int_t totalCharged() const { return m_nchrg; }
   Int_t totalNeutral() const { return m_nneu; }
   Int_t numberOfVee()  const { return m_nvee; }
   Int_t numberOfPi0()  const { return m_npi0; }
   Int_t numberOfEtaToGG()  const { return m_neta; }
   Int_t numberOfDTag()  const{ return m_ndtag; }
 
   void setTotalTracks (const int tottks) { m_tottks = tottks; }
   void setTotalCharged(const int nchrg)  { m_nchrg  = nchrg; }
   void setTotalNeutral(const int nneu)   { m_nneu   = nneu; }
   void setNumberOfVee (const int nvee)   { m_nvee   = nvee; }
   void setNumberOfPi0 (const int npi0)   { m_npi0   = npi0; }
   void setNumberOfEtaToGG (const int neta)   { m_neta   = neta; }
   void setNumberOfDTag(const int ndtag)  { m_ndtag  = ndtag; }
   
private:
 
   // Global event info: number of track, vertex in events
   Int_t m_tottks; // total tracks
   Int_t m_nchrg;  // total charged tracks
   Int_t m_nneu;   // total neutral tracks
   Int_t m_nvee;   // number of VEEs: Ks, Lambda, gamma conversion
   Int_t m_npi0;   // number of pi0'
   Int_t m_neta;   // number of eta'
   Int_t m_ndtag;  // number of dtags'
 
   ClassDef(TEvtRecEvent, 4)
};
 
#endif