serif::geometry::deformation::RadialExtension Class Reference

Extend one interleaved surface vector into the MFEM component-block volume layout. Stellar ownership wins at shared nodes. Both actions use the same scalar interpolation, so their pairing is Euclidean virtual work without an additional surface-area weight. More...

#include <radial_extension.hpp>

Collaboration diagram for serif::geometry::deformation::RadialExtension:

Public Types
using	Workspace = EmptyDeformationWorkspace
using	InputSpace = spaces::SurfaceDisplacement
using	OutputSpace = spaces::VolumeDisplacement

Public Member Functions
const std::shared_ptr< const RadialInterpolation > &	interpolation () const noexcept
	Expose shared interpolation read-only for diagnostics and independent geometry checks.
std::span< const double >	radial_weights () const noexcept
	Expose the ownership-selected radial response without permitting mutation.
std::size_t	input_size () const noexcept
	Return the interleaved Cartesian surface-vector size.
std::size_t	output_size () const noexcept
	Return the Cartesian component-block volume-vector size.
DeformationStatus	apply (std::span< const double > surface_displacement, std::span< double > volume_displacement, Workspace={}) const
	Apply the fused radial extension without allocating action scratch. Input and output must not overlap. Discard output if an action reports failure.
DeformationStatus	apply_transpose (std::span< const double > volume_force, std::span< double > surface_force, Workspace={}) const
	Transfer volume forces to surface forces using exactly the forward ownership.

Static Public Attributes
static constexpr bool	is_linear = true

Private Member Functions
	RadialExtension (std::shared_ptr< const RadialInterpolation > interpolation, std::vector< double > radial_weights)
	Store already validated data without performing hidden numerical preparation.

Private Attributes
std::shared_ptr< const RadialInterpolation >	m_interpolation
std::vector< double >	m_radial_weights

Friends
std::expected< RadialExtension, DeformationFailure >	make_radial_extension (std::shared_ptr< const RadialInterpolation > interpolation, PowerLawRadialExtension interior={}, FixedInfinityRadialExtension vacuum={})
	Compile regional weights while sharing the immutable surface interpolation. The interpolation factory has already established every reference-table invariant.

Detailed Description

Extend one interleaved surface vector into the MFEM component-block volume layout. Stellar ownership wins at shared nodes. Both actions use the same scalar interpolation, so their pairing is Euclidean virtual work without an additional surface-area weight.

Member Typedef Documentation

InputSpace

using serif::geometry::deformation::RadialExtension::InputSpace = spaces::SurfaceDisplacement

OutputSpace

using serif::geometry::deformation::RadialExtension::OutputSpace = spaces::VolumeDisplacement

Workspace

using serif::geometry::deformation::RadialExtension::Workspace = EmptyDeformationWorkspace

Constructor & Destructor Documentation

RadialExtension()

serif::geometry::deformation::RadialExtension::RadialExtension ( std::shared_ptr< const RadialInterpolation > interpolation, std::vector< double > radial_weights )

private

Store already validated data without performing hidden numerical preparation.

Member Function Documentation

apply()

DeformationStatus serif::geometry::deformation::RadialExtension::apply ( std::span< const double > surface_displacement, std::span< double > volume_displacement, Workspace = {} ) const

nodiscard

Apply the fused radial extension without allocating action scratch. Input and output must not overlap. Discard output if an action reports failure.

apply_transpose()

DeformationStatus serif::geometry::deformation::RadialExtension::apply_transpose ( std::span< const double > volume_force, std::span< double > surface_force, Workspace = {} ) const

nodiscard

Transfer volume forces to surface forces using exactly the forward ownership.

input_size()

std::size_t serif::geometry::deformation::RadialExtension::input_size ( ) const

inlinenodiscardnoexcept

Return the interleaved Cartesian surface-vector size.

interpolation()

const std::shared_ptr< const RadialInterpolation > & serif::geometry::deformation::RadialExtension::interpolation ( ) const

inlinenodiscardnoexcept

Expose shared interpolation read-only for diagnostics and independent geometry checks.

output_size()

std::size_t serif::geometry::deformation::RadialExtension::output_size ( ) const

inlinenodiscardnoexcept

Return the Cartesian component-block volume-vector size.

radial_weights()

std::span< const double > serif::geometry::deformation::RadialExtension::radial_weights ( ) const

inlinenodiscardnoexcept

Expose the ownership-selected radial response without permitting mutation.

Friends And Related Symbol Documentation

make_radial_extension

std::expected< RadialExtension, DeformationFailure > make_radial_extension ( std::shared_ptr< const RadialInterpolation > interpolation, PowerLawRadialExtension interior = {}, FixedInfinityRadialExtension vacuum = {} )

friend

Compile regional weights while sharing the immutable surface interpolation. The interpolation factory has already established every reference-table invariant.

Member Data Documentation

is_linear

bool serif::geometry::deformation::RadialExtension::is_linear = true

staticconstexpr

m_interpolation

std::shared_ptr<const RadialInterpolation> serif::geometry::deformation::RadialExtension::m_interpolation

private

m_radial_weights

std::vector<double> serif::geometry::deformation::RadialExtension::m_radial_weights

private

---

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

• src/include/serif/geometry/deformation/radial_extension.hpp
• src/lib/serif/geometry/deformation/radial_extension.cpp