radial_interpolation.hpp File Reference

#include <span>
#include "serif/geometry/deformation/radial_extension.hpp"
#include "serif/backend/mfem/geometry/deformation/reference_geometry.hpp"

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Namespaces
namespace	serif
namespace	serif::geometry
namespace	serif::geometry::deformation
namespace	serif::geometry::deformation::backend
namespace	serif::geometry::deformation::backend::mfem
namespace	serif::geometry::deformation::backend::mfem::detail

Functions
std::expected< RadialInterpolation, DeformationFailure >	serif::geometry::deformation::backend::mfem::build_radial_interpolation (const ::mfem::FiniteElementSpace &scalar_space, const ::mfem::FiniteElementSpace &vector_space, ::mfem::Mesh &logical_mesh, std::span< const int > stellar_element_support, std::span< const int > vacuum_element_support, int surface_attribute, int infinity_attribute)
	Compile logical-ray interpolation on paired physical and logical meshes. Supports are zero/one element masks. The logical radius is the maximum absolute Cartesian coordinate, preserving the STROID reference foliation after physical distortion. Serial nodal spaces may have hanging nodes away from the conforming stellar surface. The table samples local coefficients; the backend extension enforces their constraints.
std::expected< RadialInterpolation, DeformationFailure >	serif::geometry::deformation::backend::mfem::detail::build_radial_interpolation (const ::mfem::FiniteElementSpace &scalar_space, const ::mfem::FiniteElementSpace &vector_space, ::mfem::Mesh &logical_mesh, std::span< const int > stellar_element_support, std::span< const int > vacuum_element_support, int surface_attribute, int infinity_attribute, const std::vector< int > &selected)
	Reuse the validated scalar space and surface selection supplied by the reference graph.