linalg::MatrixPencil< Mat, Dim > Struct Template Reference

#include <matrix_pencil.hpp>

Public Types
using	T = matrix_scalar_t< Mat >
	extracting alias and types
using	Fs = Vector< Mat, Dim >

Public Member Functions
template<MatrixContainer FullMat, typename Fn >
constexpr auto	apply_full (const Fn &op) const
	apply_full
template<SquareMatrix SymMat, typename Fn >
constexpr auto	apply_sym_mat (const Fn &op) const
	apply symmetric matrix basis

Detailed Description

template<SquareMatrix Mat, std::size_t Dim>
struct linalg::MatrixPencil< Mat, Dim >

Definition at line 13 of file matrix_pencil.hpp.

Member Typedef Documentation

Fs

template<SquareMatrix Mat, std::size_t Dim>

using linalg::MatrixPencil< Mat, Dim >::Fs = Vector<Mat, Dim>

Definition at line 16 of file matrix_pencil.hpp.

T

template<SquareMatrix Mat, std::size_t Dim>

using linalg::MatrixPencil< Mat, Dim >::T = matrix_scalar_t<Mat>

extracting alias and types

Definition at line 15 of file matrix_pencil.hpp.

Member Function Documentation

apply_full()

template<SquareMatrix Mat, std::size_t Dim>

template<MatrixContainer FullMat, typename Fn >

constexpr auto linalg::MatrixPencil< Mat, Dim >::apply_full ( const Fn &  op ) const

inlineconstexpr

apply_full

Fs = { F_i }

Parameters

op

(Fn)

Returns

Fs

Definition at line 28 of file matrix_pencil.hpp.

References linalg::mat_rows_v.

apply_sym_mat()

template<SquareMatrix Mat, std::size_t Dim>

template<SquareMatrix SymMat, typename Fn >

constexpr auto linalg::MatrixPencil< Mat, Dim >::apply_sym_mat ( const Fn &  op ) const

inlineconstexpr

apply symmetric matrix basis

Fs = { F_i }

Parameters

op

(Fn)

Returns

Fs

Definition at line 52 of file matrix_pencil.hpp.

References linalg::mat_rows_v.

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The documentation for this struct was generated from the following file:

• include/akreon/linalg/operator/matrix_pencil.hpp