G4StatMFChannel.hh

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//
//
// Hadronic Process: Nuclear De-excitations
// by V. Lara

#ifndef G4StatMFChannel_h
#define G4StatMFChannel_h 1

#include <deque>

#include "G4StatMFParameters.hh"
#include "G4StatMFFragment.hh"


class G4StatMFChannel {

public:
    // Default Constructor
    G4StatMFChannel();

    // Destructor
    ~G4StatMFChannel();

private:

    // Copy constructor
    G4StatMFChannel(const G4StatMFChannel & right);

    // operators
    G4StatMFChannel & operator=(const G4StatMFChannel & right);

    G4bool operator==(const G4StatMFChannel & right) const;
    G4bool operator!=(const G4StatMFChannel & right) const;
  
public:

    void CreateFragment(G4int A, G4int Z);
  
    inline size_t GetMultiplicity(void) { return _theFragments.size();}
  
    // Return false if there is some unphysical fragment
    G4bool CheckFragments(void);

    G4double GetFragmentsCoulombEnergy(void);

    G4double GetFragmentsEnergy(G4double T) const;
  
    G4FragmentVector * GetFragments(G4int anA, G4int anZ, G4double T);
  
private:

    // This method calculates asymptotic fragments momenta.
    void CoulombImpulse(G4int anA, G4int anZ, G4double T);
  
    void PlaceFragments(G4int anA);

    void SolveEqOfMotion(G4int anA, G4int anZ, G4double T);

    // Calculates fragments momentum components at the breakup instant.
    // Fragment kinetic energies will be calculated according to the
    // Boltzamann distribution at given temperature.
    void FragmentsMomenta(G4int NF, G4int idx, G4double T); 

    // Rotates a 3-vector P to close momentum triangle Pa + V + P = 0
    G4ThreeVector RotateMomentum(G4ThreeVector Pa, G4ThreeVector V, 
         G4ThreeVector P);

private:

    std::deque<G4StatMFFragment*> _theFragments;

    G4int _NumOfNeutralFragments;
  
    G4int _NumOfChargedFragments;

  struct DeleteFragment 
  {
    template<typename T>
    void operator()(const T* ptr) const
    {
      delete ptr;
    }
  };

};

#endif