serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse > Class Template Reference

Common algebra for a Jacobian L J S^-1 and an inverse S M^-1 L^-1. More...

#include <operators.hpp>

Inheritance diagram for serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >:

Collaboration diagram for serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >:

Public Member Functions
	ScaledOperator (const ::mfem::Operator &physical_operator, DiagonalNormalization normalization)
	Borrow a physical operator and own its validated coordinate transformation.
	ScaledOperator (::mfem::Operator &&, DiagonalNormalization)=delete
	A temporary operator cannot outlive the borrowed physical action.
	ScaledOperator (const ::mfem::Operator &&, DiagonalNormalization)=delete
	A temporary const operator cannot outlive the borrowed physical action.
void	Mult (const ::mfem::Vector &input, ::mfem::Vector &output) const override
	Apply the exact two-sided coordinate transformation.
void	MultTranspose (const ::mfem::Vector &input, ::mfem::Vector &output) const override
	Apply the transpose with the left and right factors in reversed order.
const ::mfem::Operator &	physical_operator () const noexcept
	Expose the dimensional operator for compatible physical preconditioner binding.
const DiagonalNormalization &	normalization () const noexcept
	Inspect the frozen coordinate transformation owned by this operator.

Private Member Functions
std::span< const double >	input_factors () const noexcept
	Factors belonging to the input physical coordinate.
std::span< const double >	output_factors () const noexcept
	Factors belonging to the output physical coordinate.

Private Attributes
const ::mfem::Operator *const	m_physical_operator
const DiagonalNormalization	m_normalization
mutable::mfem::Vector	m_physical_input
mutable::mfem::Vector	m_physical_output

Detailed Description

template<bool Inverse>
class serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >

Common algebra for a Jacobian L J S^-1 and an inverse S M^-1 L^-1.

Note

Factor ownership freezes the coordinate system even if a dependency cache is refreshed. Recreate the adapter explicitly when adopting refreshed normalization factors. Scratch vectors are reused; an instance must not be applied concurrently.

Constructor & Destructor Documentation

ScaledOperator() [1/3]

template<bool Inverse>

serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::ScaledOperator	(	const ::mfem::Operator &	physical_operator,
		DiagonalNormalization	normalization )

Borrow a physical operator and own its validated coordinate transformation.

ScaledOperator() [2/3]

template<bool Inverse>

serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::ScaledOperator ( ::mfem::Operator && , DiagonalNormalization  )

delete

A temporary operator cannot outlive the borrowed physical action.

ScaledOperator() [3/3]

template<bool Inverse>

serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::ScaledOperator ( const ::mfem::Operator && , DiagonalNormalization  )

delete

A temporary const operator cannot outlive the borrowed physical action.

Member Function Documentation

input_factors()

template<bool Inverse>

std::span< const double > serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::input_factors ( ) const

inlinenodiscardprivatenoexcept

Factors belonging to the input physical coordinate.

Mult()

template<bool Inverse>

void serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::Mult ( const ::mfem::Vector & input, ::mfem::Vector & output ) const

override

Apply the exact two-sided coordinate transformation.

MultTranspose()

template<bool Inverse>

void serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::MultTranspose ( const ::mfem::Vector & input, ::mfem::Vector & output ) const

override

Apply the transpose with the left and right factors in reversed order.

normalization()

template<bool Inverse>

const DiagonalNormalization & serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::normalization ( ) const

inlinenodiscardnoexcept

Inspect the frozen coordinate transformation owned by this operator.

output_factors()

template<bool Inverse>

std::span< const double > serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::output_factors ( ) const

inlinenodiscardprivatenoexcept

Factors belonging to the output physical coordinate.

physical_operator()

template<bool Inverse>

const ::mfem::Operator & serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::physical_operator ( ) const

inlinenodiscardnoexcept

Expose the dimensional operator for compatible physical preconditioner binding.

Member Data Documentation

m_normalization

template<bool Inverse>

const DiagonalNormalization serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::m_normalization

private

m_physical_input

template<bool Inverse>

mutable::mfem::Vector serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::m_physical_input

private

m_physical_operator

template<bool Inverse>

const ::mfem::Operator* const serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::m_physical_operator

private

m_physical_output

template<bool Inverse>

mutable::mfem::Vector serif::solver::normalization::backend::mfem::detail::ScaledOperator< Inverse >::m_physical_output

private

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

• src/include/serif/backend/mfem/solver/normalization/operators.hpp
• src/lib/serif/backend/mfem/solver/normalization/operators.cpp