twofluid_to_imhd_consistent_assumption.h

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#ifndef WXM_APPS_TWOFLUID_TO_IMHD_CONSISTENT_ASSUMPTION_H
#define WXM_APPS_TWOFLUID_TO_IMHD_CONSISTENT_ASSUMPTION_H
 
// Wm includes
#include "apps/wmapplication.h"
 
namespace wxm
{
namespace apps
{
namespace imhd
{
class twofluid_to_imhd_consistent_assumption : public WmApplication
{
public:
    twofluid_to_imhd_consistent_assumption();
 
    ~twofluid_to_imhd_consistent_assumption() override;
 
    void setup(const WxCryptSet& wxc) override;
 
    const std::vector<int>& getInputVariableIndexes(int flag) const override
    {
        return _input_variables;
    }
    const std::vector<int>& getOutputVariableIndexes(int flag) const override
    {
        return _out_variables;
    }
 
    void bc_q(const real* q_in,
              const real* aux_in,
              const real* aux_out,
              const solverVariables_t* pFV,
              real* q_out) const override;
 
    void evaluate_function(const real* q_in,
                           const real* aux,
                           const solverVariables_t* pFV,
                           real* q_out) const override;
 
protected:
    std::vector<int> _input_variables;
    std::vector<int> _out_variables;
 
private:
    // mass ratios of two species
    real Ai, Ae;
    // charges of two species
    real Zi, Ze;
    // Za/Zb*Tb/Ta
    real ztheta_ba;
 
 
    twofluid_to_imhd_consistent_assumption& operator=(const twofluid_to_imhd_consistent_assumption& var);
    twofluid_to_imhd_consistent_assumption(const twofluid_to_imhd_consistent_assumption& var);
};
} // namespace imhd
} // namespace apps
} // namespace wxm
 
#endif