serif::geometry::surface::backend::mfem::detail Namespace Reference

Classes
struct	BoundaryTracking
	Shared traces have stable identity; validation catches changes outside the coefficient vectors. More...

Functions
template<typename Term, typename Boundary, typename Input>
std::expected< BoundaryValues< Term >, SurfaceFailure >	sample_boundary_values (const Boundary &boundary, const Input &input)
	Sample the same fixed linear trace used by the boundary tangent and its transpose.
template<PressureBoundaryFormulation Formulation, typename... Terms>
auto	pressure_boundary_computations (utils::dependencies::KeyList< Terms... >)
	Declare one sampled value column per unique physical term, without a separate preparation owner.
template<typename... Terms>
consteval bool	supported_boundary_terms (utils::dependencies::KeyList< Terms... >)
	Strong nodal rows need a unique trace for every thermodynamic input.
template<PressureBoundaryFormulation Formulation, typename Coefficients, typename... Terms>
auto	make_pressure_boundary (const Coefficients &coefficients, utils::dependencies::KeyList< Terms... >)
	Compile each unique field once, including quantities that share one coefficient term.
template<typename Boundary, typename EOSResource, typename Coefficients, typename... Terms>
auto	pressure_boundary_inputs (std::shared_ptr< const Boundary > boundary, EOSResource equation_of_state, IsobaricSurface condition, const Coefficients &coefficients, utils::dependencies::KeyList< Terms... >)
	Preserve standard coefficient keys and policies in a standalone boundary context.
template<typename Boundary>
void	validate_boundary_output (const Boundary &boundary, const ::mfem::Vector &result)
	Check that an action uses the current discretization and the complete residual space.
template<typename Boundary, typename Linearizations>
void	validate_boundary_samples (const Boundary &boundary, const Linearizations &linearizations)
	The accepted graph result contains one local equation for each ordered boundary node.
template<typename Boundary>
void	replace_boundary_rows (const Boundary &boundary, const ::mfem::Vector &values, ::mfem::Vector &result)
	Publish a complete finite action only after all input directions have been read.
template<typename Boundary, typename Linearizations, typename Directions, typename... Terms>
::mfem::Vector	boundary_jacobian_action (const Boundary &boundary, const Linearizations &linearizations, const Directions &directions, utils::dependencies::KeyList< Terms... >)
	Accumulate all physical couplings using the same traces that supplied the EOS state.

Function Documentation

boundary_jacobian_action()

template<typename Boundary, typename Linearizations, typename Directions, typename... Terms>

::mfem::Vector serif::geometry::surface::backend::mfem::detail::boundary_jacobian_action ( const Boundary & boundary, const Linearizations & linearizations, const Directions & directions, utils::dependencies::KeyList< Terms... >  )

nodiscard

Accumulate all physical couplings using the same traces that supplied the EOS state.

make_pressure_boundary()

template<PressureBoundaryFormulation Formulation, typename Coefficients, typename... Terms>

auto serif::geometry::surface::backend::mfem::detail::make_pressure_boundary ( const Coefficients & coefficients, utils::dependencies::KeyList< Terms... >  )

nodiscard

Compile each unique field once, including quantities that share one coefficient term.

pressure_boundary_computations()

template<PressureBoundaryFormulation Formulation, typename... Terms>

auto serif::geometry::surface::backend::mfem::detail::pressure_boundary_computations ( utils::dependencies::KeyList< Terms... > )

nodiscard

Declare one sampled value column per unique physical term, without a separate preparation owner.

pressure_boundary_inputs()

template<typename Boundary, typename EOSResource, typename Coefficients, typename... Terms>

auto serif::geometry::surface::backend::mfem::detail::pressure_boundary_inputs ( std::shared_ptr< const Boundary > boundary, EOSResource equation_of_state, IsobaricSurface condition, const Coefficients & coefficients, utils::dependencies::KeyList< Terms... >  )

nodiscard

Preserve standard coefficient keys and policies in a standalone boundary context.

replace_boundary_rows()

template<typename Boundary>

void serif::geometry::surface::backend::mfem::detail::replace_boundary_rows	(	const Boundary &	boundary,
		const ::mfem::Vector &	values,
		::mfem::Vector &	result )

Publish a complete finite action only after all input directions have been read.

sample_boundary_values()

template<typename Term, typename Boundary, typename Input>

std::expected< BoundaryValues< Term >, SurfaceFailure > serif::geometry::surface::backend::mfem::detail::sample_boundary_values ( const Boundary & boundary, const Input & input )

nodiscard

Sample the same fixed linear trace used by the boundary tangent and its transpose.

supported_boundary_terms()

template<typename... Terms>

bool serif::geometry::surface::backend::mfem::detail::supported_boundary_terms ( utils::dependencies::KeyList< Terms... > )

nodiscardconsteval

Strong nodal rows need a unique trace for every thermodynamic input.

validate_boundary_output()

template<typename Boundary>

void serif::geometry::surface::backend::mfem::detail::validate_boundary_output	(	const Boundary &	boundary,
		const ::mfem::Vector &	result )

Check that an action uses the current discretization and the complete residual space.

validate_boundary_samples()

template<typename Boundary, typename Linearizations>

void serif::geometry::surface::backend::mfem::detail::validate_boundary_samples	(	const Boundary &	boundary,
		const Linearizations &	linearizations )

The accepted graph result contains one local equation for each ordered boundary node.