PhasePTUEq.h

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#ifndef PHASEPTUEQ_H
#define PHASEPTUEQ_H
 
#include "../Phase.h"
#include "../../Eos/Eos.h"
#include <fstream>
 
class PhasePTUEq : public Phase
{
  public:
    PhasePTUEq();
    PhasePTUEq(tinyxml2::XMLElement* material, Eos* eos, std::string fileName);
    virtual ~PhasePTUEq();
 
    virtual void allocateAndCopyPhase(Phase** vecPhase);
    virtual void copyPhase(Phase& vecPhase);
    virtual void extendedCalculusPhase(const Coord& velocity);
 
    virtual void localProjection(const Coord& /*normal*/, const Coord& /*tangent*/, const Coord& /*binormal*/) {};
    virtual void reverseProjection(const Coord& /*normal*/, const Coord& /*tangent*/, const Coord& /*binormal*/) {};
 
    //Specific methods for data printing
    //----------------------------------
    virtual int getNumberScalars() const { return 2; };
    virtual int getNumberVectors() const { return 0; };
    virtual double returnScalar(const int& numVar) const;
    virtual Coord returnVector(const int& /*numVar*/) const { return 0; };
    virtual std::string returnNameScalar(const int& numVar) const;
    virtual std::string returnNameVector(const int& /*numVar*/) const { return 0; };
 
    //Specific method for reading from file
    //-------------------------------------
    virtual void setScalar(const int& numVar, const double& value);
    
    //Specific methods for parallel computing
    //---------------------------------------
    virtual int numberOfTransmittedVariables() const;
    virtual void fillBuffer(double* buffer, int& counter) const;
    virtual void fillBuffer(std::vector<double>& dataToSend) const;
    virtual void getBuffer(double* buffer, int& counter, Eos** eos);
    virtual void getBuffer(std::vector<double>& dataToReceive, int& counter, Eos** eos);
 
    //Specific methods for second order
    //---------------------------------
    virtual void computeSlopesPhase(const Phase& sLeft, const Phase& sRight, const double& distance);
    virtual void setToZero();
    virtual void setToMax();
    virtual void extrapolate(const Phase& slope, const double& distance);
    virtual void limitSlopes(const Phase& slopeGauche, const Phase& slopeDroite, Limiter& /*globalLimiter*/, Limiter& volumeFractionLimiter);
    virtual void setMin(const Phase& phase1, const Phase& phase2);
    virtual void setMax(const Phase& phase1, const Phase& phase2);
    virtual void computeGradientLimiter(const Limiter& globalLimiter, const Phase& phase, const Phase& phaseMin, const Phase& phaseMax, const Phase& slope);
 
    //Specific methods for parallele computing at second order
    //--------------------------------------------------------
    virtual int numberOfTransmittedSlopes() const;
    virtual void fillBufferSlopes(double* buffer, int& counter) const;
    virtual void getBufferSlopes(double* buffer, int& counter);
 
    //Verifications
    //-------------
    virtual void verifyPhase(const std::string& message = "") const;
    virtual void verifyAndCorrectPhase();
    virtual void verifyAndCorrectDensityMax(const double& mass);
    virtual void verifyAndCorrectDensityMax();
 
    //Accessors
    //---------
    virtual const double& getAlpha() const { return m_alpha; };
    virtual const double& getMassFraction() const { return Errors::defaultDouble; };
    virtual const double& getDensity() const { return m_density; };
    virtual const double& getPressure() const { return m_pressure; };
    virtual const double& getU() const { return Errors::defaultDouble; };
    virtual const double& getV() const { return Errors::defaultDouble; };
    virtual const double& getW() const { return Errors::defaultDouble; };
    virtual Coord& getVelocity() { return Coord::defaultCoordNonConst; };
    virtual const Coord& getVelocity() const { return Coord::defaultCoord; };
    virtual Eos* getEos() const { return m_eos; };
    virtual const double& getEnergy() const { return m_energy; };
    virtual const double& getSoundSpeed() const { return m_soundSpeed; };
    virtual const double& getTotalEnergy() const { return m_totalEnergy; };
    virtual double getTemperature() const { return m_eos->computeTemperature(m_density, m_pressure); };
 
    virtual void setAlpha(double alpha);
    virtual void setDensity(double density);
    virtual void setPressure(double pressure);
    virtual void setVelocity(const double& /*u*/, const double& /*v*/, const double& /*w*/) {};
    virtual void setVelocity(const Coord& /*vit*/) {};
    virtual void setU(const double& /*u*/) {};
    virtual void setV(const double& /*v*/) {};
    virtual void setW(const double& /*w*/) {};
    virtual void setEos(Eos* eos);
    virtual void setEnergy(double energy);
    virtual void setSoundSpeed(double soundSpeed);
    virtual void setTotalEnergy(double totalEnergy);
 
    //Operators
    //---------
    virtual void changeSign();
    virtual void multiplyAndAdd(const Phase& slopesPhasesTemp, const double& coeff);
    virtual void divide(const double& coeff);
 
  protected:
    double m_alpha;           
    double m_density;         
    double m_pressure;        
    Eos* m_eos;               
    double m_energy;          
    double m_totalEnergy;     
    double m_soundSpeed;      
};
 
#endif // PHASEPTUEQ_H