Testvs19_NujicPhysicsAlgorithm.h

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#pragma once
 
// SfxBase include
#include "../../SfxBase/Sfx_PhysicalAlgorithm.h"
 
// forward declaration
namespace Sfx {
  class Simulation;
  //class PhysicalSystem;
}
 
namespace Testvs19 
{
  class NujicPhysicsAlgorithm : public Sfx::PhysicalAlgorithm 
  {
  public:
    NujicPhysicsAlgorithm() = default;
    void calculate( dbpp::PhysicalSystem* aPhysys,
      const std::shared_ptr<dbpp::FiniteVolumeDiscretization>& aGblDiscr, Sfx::Simulation* aSim) override final
    {
      auto w_stateVar = aPhysys->getStateVariables();
      auto w_listSections = aPhysys->getListSections();
 
      // call protected method below to implement the physics algorithm
      calculFF(aGblDiscr.Omega());
 
      // time integrator
    }
  protected: // these can be overridedn by subclass (EMcNeilPhysicsAlgorithm calculFF(HLL))
    virtual void evaluation_H( const ListOfSections& aList);
    virtual void evaluation_Z( const std::valarray<float64>& aZvec);
    virtual void calculFF( const dbpp::Omega& aDomain);
    virtual void calculS0();
    virtual void calculS2(const Sfx::StateVectorField& aStateVec,);
  private:
    // Nujic explicit integrator
  };
}// End of namespace