serif::solver::normalization::backend::mfem Namespace Reference

Namespaces
namespace	detail

Classes
class	ScaledPreconditioner
	MFEM solver adapter which always binds the physical inverse to its dimensional Jacobian. More...
struct	ScaledPreconditionerStatistics
	Counts physical bindings and normalized applications without instrumenting the inverse itself. More...

Typedefs
using	ScaledJacobianOperator = detail::ScaledOperator<false>
	Normalized Jacobian L J S^-1.
using	ScaledInverseOperator = detail::ScaledOperator<true>
	Normalized physical inverse S M^-1 L^-1.

Functions
template<typename BindingT> requires discretization::blocks::SpatialTerm<typename BindingT::Term>
auto	reference_metric_binding (BindingT &binding)
	Borrow the reference binding with MFEM's mesh and space revision tracking.
template<discretization::blocks::SpatialTerm TermT, discretization::domain::schema::IsSchema SchemaT>
auto	make_reference_volume_metric_computation ()
	Assemble one shared reference metric using the existing term support and coefficient ordering.

Typedef Documentation

ScaledInverseOperator

using serif::solver::normalization::backend::mfem::ScaledInverseOperator = detail::ScaledOperator<true>

Normalized physical inverse S M^-1 L^-1.

ScaledJacobianOperator

using serif::solver::normalization::backend::mfem::ScaledJacobianOperator = detail::ScaledOperator<false>

Normalized Jacobian L J S^-1.

Function Documentation

make_reference_volume_metric_computation()

template<discretization::blocks::SpatialTerm TermT, discretization::domain::schema::IsSchema SchemaT>

auto serif::solver::normalization::backend::mfem::make_reference_volume_metric_computation ( )

nodiscard

Assemble one shared reference metric using the existing term support and coefficient ordering.

reference_metric_binding()

template<typename BindingT>
requires discretization::blocks::SpatialTerm<typename BindingT::Term>

auto serif::solver::normalization::backend::mfem::reference_metric_binding ( BindingT & binding )

nodiscard

Borrow the reference binding with MFEM's mesh and space revision tracking.

Note

Establish MFEM nodal coordinates before tracking; partial assembly would otherwise change the reference revision on first use.

Update geometry through MFEM's mesh API (or call NodesUpdated after editing node coefficients). Reference objects must outlive preparation; trial displacement is deliberately absent.