FluxUEqTotEnergy.h

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#ifndef FLUXUEQTOTENERGY_H
#define FLUXUEQTOTENERGY_H
 
#include <iostream>
#include "../Flux.h"
 
class FluxUEqTotEnergy;
 
#include "ModUEqTotEnergy.h"
 
class FluxUEqTotEnergy : public Flux
{
  public:
    FluxUEqTotEnergy(const int& numbPhases);
    virtual ~FluxUEqTotEnergy();
 
    virtual void printFlux() const;
    virtual void addFlux(double coefA);
    virtual void addFlux(Flux* flux);
    virtual void subtractFlux(double coefA);
    virtual void multiply(double scalar);
    virtual void setBufferFlux(Cell& cell);
    virtual void buildCons(Phase** phases, Mixture* mixture);
    virtual void buildPrim(Phase** phases, Mixture* mixture);
    virtual void setToZero();
    virtual void addNonCons(double coefA, const Cell* cell, const Coord& /*normal*/, const Coord& /*tangent*/, const Coord& /*binormal*/);
    virtual void subtractNonCons(double coefA, const Cell* cell, const Coord& /*normal*/, const Coord& /*tangent*/, const Coord& /*binormal*/);
 
    // Accessors
    //----------
    virtual const double& getAlpha(const int& numPhase) const { return m_alpha[numPhase]; };
    virtual const double& getMass(const int& numPhase) const { return m_mass[numPhase]; };
    virtual const double& getTotEnergy(const int& numPhase) const { return m_totEnerg[numPhase]; };
    virtual const Coord& getMomentum() const { return m_momentum; };
    virtual void setCons(const Flux* cons);
 
  protected:
    double* m_alpha;          
    double* m_mass;           
    double* m_totEnerg;       
    Coord m_momentum;         
    double* m_alphap;         
 
  private:
    friend class ModUEqTotEnergy;
};
 
#endif // FLUXUEQTOTENERGY_H