Workspace class for multiplying a transposed ScaledMatrix. More...

#include <scaled.hpp>

Inheritance diagram for irlba::ScaledAdjointWorkspace< EigenVector_, Matrix_, Scale_ >:

Collaboration diagram for irlba::ScaledAdjointWorkspace< EigenVector_, Matrix_, Scale_ >:

Public Member Functions
void	multiply (const EigenVector_ &right, EigenVector_ &out)

Public Member Functions inherited from irlba::AdjointWorkspace< EigenVector_ >

Detailed Description

template<class EigenVector_, class Matrix_, class Scale_>
class irlba::ScaledAdjointWorkspace< EigenVector_, Matrix_, Scale_ >

Workspace class for multiplying a transposed ScaledMatrix.

Template Parameters

EigenVector_	A floating-point `Eigen::Vector` to be used as input/output of the multiplication.
Matrix_	Class of the matrix to be scaled, as referenced by the `ScaledMatrix`.
Scale_	An Eigen vector class, to hold the scaling factors.

Typically constructed by ScaledMatrix::new_adjoint_workspace().

Member Function Documentation

◆ multiply()

template<class EigenVector_ , class Matrix_ , class Scale_ >

void irlba::ScaledAdjointWorkspace< EigenVector_, Matrix_, Scale_ >::multiply	(	const EigenVector_ &	right,
		EigenVector_ &	output )

inlinevirtual

Parameters

[in]	right	The right-hand side of the matrix product.
[out]	output	The output vector to store the matrix product. This is filled with the product of the transpose of this matrix and `rhs`.

This method will be called without any explicit template arguments, so implementations do not need to use the same number/order of template parameters. EigenVector_ may also be a template parameter of the class rather than the method. depending on what is most convenient for defining the associated AdjointWorkspace.

Implements irlba::AdjointWorkspace< EigenVector_ >.

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

irlba/Matrix/scaled.hpp

Public Member Functions

Detailed Description

Member Function Documentation

◆ multiply()