#ifndef HEMCNEUTRALCAND_H
#define HEMCNEUTRALCAND_H

#include "hvirtualcand.h"

class HEmcNeutralCand : public HVirtualCand
{
private:
    Int_t fEmcClusterIdx; // Emc ClusterID
    Float16_t fDistance;  // distance of flight
    Float16_t fTof;       // time of flight
    Char_t fPID;          // Particle ID

public:
    HEmcNeutralCand() : HVirtualCand(), fEmcClusterIdx(-1), fDistance(-1), fTof(-1), fPID(-1) {}

    // EmcCluster index
    Int_t getEmcClusterIndex() const { return fEmcClusterIdx; }
    void setEmcClusterIndex(Int_t idx) { fEmcClusterIdx = idx; }

    // Distance of the flight path
    Float_t getDistanceToEmc() const { return fDistance; }
    void setDistanceToEmc(Float_t dist) { fDistance = dist; }

    // Time of the flight
    Float_t getTof() const { return fTof; }
    void setTof(Float_t tof) { fTof = tof; }

    // Particle ID
    void setPID(Int_t id) { fPID = (Char_t)id; }
    Int_t getPID() const { return fPID; }

    void print(UInt_t selection = 31) const;

    ClassDef(HEmcNeutralCand, 1);
};

#endif /* HEMCNEUTRALCAND_H */