ModUEqTotEnergy.h

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#ifndef MODUEQTOTENERGY_H
#define MODUEQTOTENERGY_H
 
#include "../Model.h"
#include "../../Order1/Cell.h"
#include "MixUEqTotEnergy.h"
 
class ModUEqTotEnergyTotEnergy;
 
#include "FluxUEqTotEnergy.h"
 
class ModUEqTotEnergy : public Model
{
  public:
    ModUEqTotEnergy(const int& numbTransports, const int& numbPhases);
    ModUEqTotEnergy(const std::string& name, const int& numbTransports);
    virtual ~ModUEqTotEnergy();
 
    virtual void allocateCons(Flux** cons);
    virtual void allocatePhase(Phase** phase);
    virtual void allocateMixture(Mixture** mixture);
 
    virtual void fulfillState(Phase** phases, Mixture* mixture);
 
    virtual void fulfillStateRestart(Phase** /*phases*/, Mixture* /*mixture*/) {};
 
    virtual void initializeAugmentedVariables(Cell* /*cell*/) {};
 
    //Hydrodynamic Riemann solvers
    //----------------------------
    virtual void solveRiemannIntern(Cell& cellLeft, Cell& cellRight, const double& dxLeft, const double& dxRight, double& dtMax, std::vector<double> &boundData = DEFAULT_VEC_INTERFACE_DATA) const; // Riemann between two computed cells
    
    virtual void reverseProjection(const Coord normal, const Coord tangent, const Coord binormal) const;
 
    //Accessors
    //---------
    virtual double selectScalar(Phase** phases, Mixture* mixture, Transport* transports, Variable nameVariable, int num = 0) const;
    virtual const double& getSM();
    virtual const Coord& getVelocity(const Cell* cell) const { return cell->getMixture()->getVelocity(); };
    virtual Coord& getVelocity(Cell* cell) { return cell->getMixture()->getVelocity(); };
 
    virtual const std::string& whoAmI() const { return m_name; };
 
  private:
    static const std::string NAME;
 
    friend class FluxUEqTotEnergy;
};
 
#endif // MODUEQTOTENERGY_H