ITHACA-FV/FieldTemplates_8H_source.html

#ifndef FIELDPARAMETERS_H

#define FIELDPARAMETERS_H

#pragma once


#include "volFieldsFwd.H"


class FieldTemplates

{

public:

    FieldTemplates() : m_U(nullptr), m_p(nullptr),

                       m_nut(nullptr), m_omega(nullptr),

                       m_k(nullptr), m_fullStressFunction(nullptr) {}


    const Foam::volVectorField& get_U() const { return *m_U; }

    const Foam::volScalarField& get_p() const { return *m_p; }

    Foam::volScalarField& get_nut() const { return *m_nut; }

    const Foam::volScalarField& get_omega() const { return *m_omega; }

    const Foam::volScalarField& get_k() const { return *m_k; }

    const Foam::volVectorField& get_fullStressFunction() const { return *m_fullStressFunction; }


    void set_U(Foam::volVectorField* u) { m_U = u; }

    void set_p(Foam::volScalarField* p) { m_p = p; }

    void set_nut(Foam::volScalarField* nut) { m_nut = nut; }

    void set_omega(Foam::volScalarField* omega) { m_omega = omega; }

    void set_k(Foam::volScalarField* k) { m_k = k; }

    void set_fullStressFunction(Foam::volVectorField& templateSmag);


private:

    Foam::volVectorField* m_U;

    Foam::volScalarField* m_p;

    Foam::volScalarField* m_nut;

    Foam::volScalarField* m_omega;

    Foam::volScalarField* m_k;

    Foam::volVectorField* m_fullStressFunction;

};


#endif // MESHPARAMETERS_H