DiFfRG::def::OriginOddLinearExtrapolationBoundaries< Model > Class Template Reference

FV boundary strategy using odd reflection at the origin and linear extrapolation at the outer boundary. More...

#include <fv_boundaries.hh>

Public Member Functions
template<int dim, typename NumberType , size_t n_components>
bool	apply_boundary_stencil (BoundaryStencilValues< dim, NumberType, n_components > &u_stencil, BoundaryStencilPoints< dim > &x_stencil, const Point< dim > &x_face) const

Detailed Description

template<typename Model>
class DiFfRG::def::OriginOddLinearExtrapolationBoundaries< Model >

FV boundary strategy using odd reflection at the origin and linear extrapolation at the outer boundary.

Within the current face-based FV implementation this uses:

• odd reflection of the conserved quantity at the lower boundary (sigma = 0),
• linear extrapolation at the upper boundary (sigma = sigma_max),
• smooth-extension ghost gradients.

The strategy targets one-dimensional FV domains and paper-style two-dimensional vector parity.

Member Function Documentation

apply_boundary_stencil()

template<typename Model >

template<int dim, typename NumberType , size_t n_components>

bool DiFfRG::def::OriginOddLinearExtrapolationBoundaries< Model >::apply_boundary_stencil ( BoundaryStencilValues< dim, NumberType, n_components > & u_stencil, BoundaryStencilPoints< dim > & x_stencil, const Point< dim > & x_face ) const

inline

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The documentation for this class was generated from the following file:

• /home/runner/work/DiFfRG_current/DiFfRG_current/DiFfRG/include/DiFfRG/model/fv_boundaries.hh