surface.hpp File Reference

#include "serif/solver/preconditioner/recipes/surface.hpp"
#include "serif/solver/preconditioner/computations/inverse.hpp"
#include "serif/solver/preconditioner/backend/mfem/coupling.hpp"
#include "serif/solver/preconditioner/backend/mfem/surface/fitted_h1.hpp"

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Namespaces
namespace	serif
namespace	serif::solver
namespace	serif::solver::preconditioner
namespace	serif::solver::preconditioner::computations

Functions
template<typename Field, typename Row, typename Strategy, typename Backend> requires (!std::same_as<Strategy, strategies::surface::ReferenceSurfaceMass>)
auto	serif::solver::preconditioner::computations::surface_target (const SurfacePreconditioner< Field, Row, Strategy, Backend > &choice)
	A standalone surface fit can use its accepted shape Jacobian; material relaxation needs an enclosing material recipe.
template<typename Field, typename Row, typename Strategy, typename Backend, typename Material> requires (!std::same_as<Strategy, strategies::surface::ReferenceSurfaceMass>)
auto	serif::solver::preconditioner::computations::surface_target (const SurfacePreconditioner< Field, Row, Strategy, Backend > &choice, const Material &)
	Reuse the accepted material inverse in the effective surface Schur action, without copying its two-block algebra.
template<typename Field, typename Row, typename Strategy, typename Backend> requires (!std::same_as<Strategy, strategies::surface::FittedSurfaceH1>)
auto	serif::solver::preconditioner::computations::surface_mass (const SurfacePreconditioner< Field, Row, Strategy, Backend > &choice)
	Reference mass depends only on reference geometry; calibrated mass also depends on the selected accepted physical target.
template<typename Field, typename Row, typename Backend>
auto	serif::solver::preconditioner::computations::surface_h1_fit (const SurfacePreconditioner< Field, Row, strategies::surface::FittedSurfaceH1, Backend > &choice)
	Keep reference surface matrices reusable while accepted physical changes refresh the H1 fit.
template<typename Field, typename Row, typename Backend>
auto	serif::solver::preconditioner::computations::surface_positive_inverse (const SurfacePreconditioner< Field, Row, strategies::surface::FittedSurfaceH1, Backend > &choice)
	Apply the ordinary inverse backend to the fitted positive operator before restoring its physical sign.
template<typename Field, typename Row, typename Strategy, typename Backend>
auto	serif::solver::preconditioner::computations::surface_inverse (const SurfacePreconditioner< Field, Row, Strategy, Backend > &)
	Publish the uniform inverse result while retaining fit diagnostics as independently inspectable graph results.