wmplasma5momentbraginskiisource.h

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#ifndef __wmplasma5momentbraginskiisource__h__
#define __wmplasma5momentbraginskiisource__h__
 
// STD libraries
#include <iostream>
 
// WarpM includes
#include "hyperapps/unstructuredapps/wmunstructuredapp.h"
 
#include <memory>
 
class WmPlasma5MomentBraginskiiSource : public WmUnstructuredApp
{
public:
    WmPlasma5MomentBraginskiiSource();
 
    ~WmPlasma5MomentBraginskiiSource();
 
    void setup(const WxCryptSet& wxc);
 
    // This generates the string for the function call
    std::string generateSourceCall(const WmUnstructuredEquationSet& eqSet,
                                   unsigned int callType) const;
 
    // This generates the source code for the hyperapp
    std::string generateSource(const WmUnstructuredEquationSet& eqSet) const;
 
protected:
    // TODO: in the future, perhaps generalize to more than 2 fluids
    // fluid 0: ion
    // fluid 1: electron
    std::unique_ptr<WmKernelVariable> fluids_[2];
    std::unique_ptr<WmKernelVariable> field_;
    std::unique_ptr<WmKernelVariable> EfluidsDx_;
    std::unique_ptr<WmKernelVariable> EfluidsDy_;
    std::unique_ptr<WmKernelVariable> EfluidsDz_;
 
    // Constants
    real Aa, Ae;                                          // mass ratios
    real Za, Ze;                                          // effective ionization level
    real omega_c_norm, omega_p_norm, nu_p_norm, c_0_norm; // normalization constants
    real gamma;                                    // gas gamma (assumed same for a and e)
    real g0e, g1e, g2, g3, g4, g5, g6, g7, g8, g9; // braginskii coefficients
    bool IToE;
 
private:
    WmPlasma5MomentBraginskiiSource&
    operator=(const WmPlasma5MomentBraginskiiSource& var);
    WmPlasma5MomentBraginskiiSource(const WmPlasma5MomentBraginskiiSource& var);
};
 
#endif