monolish::blas::rmatvec (LinearOperator)

Adjoint LinearOperator matrix and vector multiplication: y = A^Hx. More...

Functions
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const vector< double > &x, vector< double > &y)
	Adjoint LinearOperator matrix and vector multiplication: y = A^Hx. More...
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const vector< double > &x, view1D< matrix::Dense< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const vector< double > &x, view1D< vector< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< matrix::Dense< double >, double > &x, vector< double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< matrix::Dense< double >, double > &x, view1D< matrix::Dense< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< matrix::Dense< double >, double > &x, view1D< vector< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< vector< double >, double > &x, vector< double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< vector< double >, double > &x, view1D< matrix::Dense< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< double > &A, const view1D< vector< double >, double > &x, view1D< vector< double >, double > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const vector< float > &x, vector< float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const vector< float > &x, view1D< matrix::Dense< float >, float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const vector< float > &x, view1D< vector< float >, float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< matrix::Dense< float >, float > &x, vector< float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< matrix::Dense< float >, float > &x, view1D< matrix::Dense< float >, float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< matrix::Dense< float >, float > &x, view1D< vector< float >, float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< vector< float >, float > &x, vector< float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< vector< float >, float > &x, view1D< matrix::Dense< float >, float > &y)
void	monolish::blas::rmatvec (const matrix::LinearOperator< float > &A, const view1D< vector< float >, float > &x, view1D< vector< float >, float > &y)

Detailed Description

Adjoint LinearOperator matrix and vector multiplication: y = A^Hx.

Function Documentation

rmatvec() [1/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const vector< double > &	x,
		vector< double > &	y
	)

Adjoint LinearOperator matrix and vector multiplication: y = A^Hx.

Parameters

A	LinearOperator (size M x N)
x	monolish vector (size N)
y	monolish vector (size M)

Note

• # of computation: depends on matvec function
• Multi-threading: depends on matvec function
• GPU acceleration: depends on matvec function

rmatvec() [2/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const vector< double > &	x,
		view1D< matrix::Dense< double >, double > &	y
	)

rmatvec() [3/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const vector< double > &	x,
		view1D< vector< double >, double > &	y
	)

rmatvec() [4/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< matrix::Dense< double >, double > &	x,
		vector< double > &	y
	)

rmatvec() [5/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< matrix::Dense< double >, double > &	x,
		view1D< matrix::Dense< double >, double > &	y
	)

rmatvec() [6/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< matrix::Dense< double >, double > &	x,
		view1D< vector< double >, double > &	y
	)

rmatvec() [7/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< vector< double >, double > &	x,
		vector< double > &	y
	)

rmatvec() [8/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< vector< double >, double > &	x,
		view1D< matrix::Dense< double >, double > &	y
	)

rmatvec() [9/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< double > &	A,
		const view1D< vector< double >, double > &	x,
		view1D< vector< double >, double > &	y
	)

rmatvec() [10/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const vector< float > &	x,
		vector< float > &	y
	)

rmatvec() [11/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const vector< float > &	x,
		view1D< matrix::Dense< float >, float > &	y
	)

rmatvec() [12/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const vector< float > &	x,
		view1D< vector< float >, float > &	y
	)

rmatvec() [13/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< matrix::Dense< float >, float > &	x,
		vector< float > &	y
	)

rmatvec() [14/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< matrix::Dense< float >, float > &	x,
		view1D< matrix::Dense< float >, float > &	y
	)

rmatvec() [15/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< matrix::Dense< float >, float > &	x,
		view1D< vector< float >, float > &	y
	)

rmatvec() [16/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< vector< float >, float > &	x,
		vector< float > &	y
	)

rmatvec() [17/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< vector< float >, float > &	x,
		view1D< matrix::Dense< float >, float > &	y
	)

rmatvec() [18/18]

void monolish::blas::rmatvec	(	const matrix::LinearOperator< float > &	A,
		const view1D< vector< float >, float > &	x,
		view1D< vector< float >, float > &	y
	)