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/// \file Par02PrimaryParticleInformation.hh
/// \brief Definition of the Par02PrimaryParticleInformation class

#ifndef PAR02_PRIMARY_PARTICLE_INFORMATION_H
#define PAR02_PRIMARY_PARTICLE_INFORMATION_H

#include "G4ThreeVector.hh"
#include "G4VUserPrimaryParticleInformation.hh"
#include "globals.hh"

/// Primary particle information
///
/// Describes the information that can be associated with a G4PrimaryParticle
/// class object.
/// @author Anna Zaborowska

class Par02PrimaryParticleInformation : public G4VUserPrimaryParticleInformation
{
  public:
    /// A constructor.
    /// @param aID A unique particle ID within event.
    /// @param aPDG A PDG code of the particle.
    /// @param aMomentum An initial particle momentum (at the primary vertex).
    Par02PrimaryParticleInformation(G4int aID, G4int aPDG, G4ThreeVector aMomentum);

    virtual ~Par02PrimaryParticleInformation();

    /// Prints the information about the particle.
    virtual void Print() const;

    /// Sets the initial particle momentum (from particle generator).
    /// @param aMomentum The particle momentum.
    inline void SetMCMomentum(G4ThreeVector aMomentum) { fMomentumMC = aMomentum; };

    /// Gets the initial particle momentum (from particle generator).
    inline G4ThreeVector GetMCMomentum() { return fMomentumMC; };

    /// Sets the particle momentum at the entrance to the tracker detector.
    /// @param aMomentum The particle momentum.
    inline void SetTrackerMomentum(G4ThreeVector aMomentum) { fMomentumTracker = aMomentum; };

    /// Gets the particle momentum at the entrance to the tracker detector.
    inline G4ThreeVector GetTrackerMomentum() { return fMomentumTracker; }

    /// Sets the tracker detector resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    /// @param aResolution The detector resolution
    ///                    (particle type and momentum dependent).
    inline void SetTrackerResolution(G4double aResolution) { fResolutionTracker = aResolution; };

    /// Gets the tracking detector resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    inline G4double GetTrackerResolution() { return fResolutionTracker; };

    /// Sets the tracking detector efficiency.
    /// Currently not used (efficiency is 1).
    /// @param aEfficiency The detector efficiency.
    inline void SetTrackerEfficiency(G4double aEfficiency) { fEfficiencyTracker = aEfficiency; };

    /// Gets the tracker detector efficiency.
    /// Currently not used (efficiency is 1).
    inline G4double GetTrackerEfficiency() { return fEfficiencyTracker; };

    /// Sets the position of the energy deposit in the electromagnetic calorimeter.
    /// @param aPosition The position of the energy deposit.
    inline void SetEMCalPosition(G4ThreeVector aPosition) { fPositionEMCal = aPosition; };

    /// Gets the position of the energy deposit in the electromagnetic calorimeter.
    inline G4ThreeVector GetEMCalPosition() { return fPositionEMCal; };

    /// Sets the energy deposit in the electromagnetic calorimeter.
    /// @param aEnergy The energy deposited in the detector.
    inline void SetEMCalEnergy(G4double aEnergy) { fEnergyEMCal = aEnergy; };

    /// Sets the energy deposit in the electromagnetic calorimeter.
    inline G4double GetEMCalEnergy() { return fEnergyEMCal; };

    /// Sets the electromagnetic calorimeter resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    /// @param aResolution The calorimeter resolution
    ///                    (particle type and momentum dependent).
    inline void SetEMCalResolution(G4double aResolution) { fResolutionEMCal = aResolution; };

    /// Gets the electromagnetic calorimeter resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    inline G4double GetEMCalResolution() { return fResolutionEMCal; };

    /// Sets the electromagnetic calorimeter efficiency.
    /// Currently not used (efficiency is 1).
    /// @param aEfficiency The detector efficiency.
    inline void SetEMCalEfficiency(G4double aEfficiency) { fEfficiencyEMCal = aEfficiency; };

    /// Gets the electromagnetic calorimeter efficiency.
    /// Currently not used (efficiency is 1).
    inline G4double GetEMCalEfficiency() { return fEfficiencyEMCal; };

    /// Sets the position of the energy deposit in the hadronic calorimeter.
    /// @param aPosition The position of the energy deposit.
    inline void SetHCalPosition(G4ThreeVector aPosition) { fPositionHCal = aPosition; };

    /// Gets the position of the energy deposit in the hadronic calorimeter.
    inline G4ThreeVector GetHCalPosition() { return fPositionHCal; };

    /// Sets the energy deposit in the hadronic calorimeter.
    /// @param aEnergy The energy deposited in the detector.
    inline void SetHCalEnergy(G4double aEnergy) { fEnergyHCal = aEnergy; };

    /// Sets the energy deposit in the hadronic calorimeter.
    inline G4double GetHCalEnergy() { return fEnergyHCal; };

    /// Sets the hadronic calorimeter resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    /// @param aResolution The calorimeter resolution
    ///                    (particle type and momentum dependent).
    inline void SetHCalResolution(G4double aResolution) { fResolutionHCal = aResolution; };

    /// Gets the hadronic calorimeter resolution.
    /// Currently equal to -1 if AtlFast type of smearing is used.
    inline G4double GetHCalResolution() { return fResolutionHCal; };

    /// Sets the hadronic calorimeter efficiency.
    /// Currently not used (efficiency is 1).
    /// @param aEfficiency The detector efficiency.
    inline void SetHCalEfficiency(G4double aEfficiency) { fEfficiencyHCal = aEfficiency; };

    /// Gets the hadronic calorimeter efficiency.
    /// Currently not used (efficiency is 1).
    inline G4double GetHCalEfficiency() { return fEfficiencyHCal; };

    /// Gets the particle unique ID (within event). Can be set only in the constructor.
    inline G4int GetPartID() const { return fPartID; };

    /// Gets the standard PDG code. Can be set only in the constructor.
    inline G4int GetPDG() const { return fPDG; };

  private:
    /// A particle unique ID.
    G4int fPartID;

    /// A particle type (PDG code).
    G4int fPDG;

    /// A particle initial momentum (from particle generator).
    G4ThreeVector fMomentumMC;

    /// A particle momentum at the entrance to the tracking detector.
    G4ThreeVector fMomentumTracker;

    /// A resolution of the tracking detector.
    G4double fResolutionTracker;

    /// An efficiency of the tracking detector.
    /// Currently not used (equal to 1).
    G4double fEfficiencyTracker;

    /// A position of the energy deposited in the electromagnetic calorimeter.
    G4ThreeVector fPositionEMCal;

    /// An energy deposited in the electromagnetic calorimeter.
    G4double fEnergyEMCal;

    /// The resolution of the electromagnetic calorimeter.
    G4double fResolutionEMCal;

    /// The efficiency of the electromagnetic calorimeter.
    /// Currently not used (equal to 1).
    G4double fEfficiencyEMCal;

    /// A position of the energy deposited in the hadronic calorimeter.
    G4ThreeVector fPositionHCal;

    /// An energy deposited in the hadronic calorimeter.
    G4double fEnergyHCal;

    /// The resolution of the hadronic calorimeter.
    G4double fResolutionHCal;

    /// The efficiency of the hadronic calorimeter.
    /// Currently not used (equal to 1).
    G4double fEfficiencyHCal;
};

#endif