Template Numerical Library: TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization

Base class for the implementation of concrete matrix types. More...

#include <TNL/Matrices/MatrixBase.h>

Inheritance diagram for TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >:

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Collaboration diagram for TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >:

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Public Types
using	ConstValuesViewType = typename ValuesViewType::ConstViewType
	Type of constant vector view holding values of matrix elements.

using	DeviceType = Device
	The device where the matrix is allocated.

using	IndexType = Index
	The type used for matrix elements indexing.

using	RealType = std::remove_const_t< Real >
	The type of matrix elements.

using	RowCapacitiesType = Containers::Vector< Index, Device, Index >

using	ValuesViewType = Containers::VectorView< Real, Device, Index >
	Type of vector view holding values of matrix elements.

Public Member Functions
__cuda_callable__	MatrixBase ()=default
	Basic constructor with no parameters.

__cuda_callable__	MatrixBase (const MatrixBase &view)=default
	Shallow copy constructor.

__cuda_callable__	MatrixBase (IndexType rows, IndexType columns, ValuesViewType values)
	Constructor with matrix dimensions and matrix elements values.

__cuda_callable__	MatrixBase (MatrixBase &&view) noexcept=default
	Move constructor.

IndexType	getAllocatedElementsCount () const
	Tells the number of allocated matrix elements.

__cuda_callable__ IndexType	getColumns () const
	Returns number of matrix columns.

virtual IndexType	getNonzeroElementsCount () const
	Computes a current number of nonzero matrix elements.

__cuda_callable__ IndexType	getRows () const
	Returns number of matrix rows.

__cuda_callable__ ValuesViewType &	getValues ()
	Returns a reference to a vector with the matrix elements values.

__cuda_callable__ const ValuesViewType &	getValues () const
	Returns a constant reference to a vector with the matrix elements values.

template<typename Matrix >
bool	operator!= (const Matrix &matrix) const
	Comparison operator with another arbitrary matrix view type.

template<typename MatrixT >
bool	operator!= (const MatrixT &matrix) const

__cuda_callable__ MatrixBase &	operator= (const MatrixBase &)=delete
	Copy-assignment operator.

__cuda_callable__ MatrixBase &	operator= (MatrixBase &&)=delete
	Move-assignment operator.

template<typename Matrix >
bool	operator== (const Matrix &matrix) const
	Comparison operator with another arbitrary matrix view type.

template<typename MatrixT >
bool	operator== (const MatrixT &matrix) const

Static Public Member Functions
static constexpr ElementsOrganization	getOrganization ()
	Matrix elements organization getter.

static constexpr bool	isBinary ()
	Test of binary matrix type.

static constexpr bool	isMatrix ()
	Test of matrix type.

static constexpr bool	isSymmetric ()
	Test of symmetric matrix type.

Protected Member Functions
__cuda_callable__ void	bind (IndexType rows, IndexType columns, ValuesViewType values)
	Re-initializes the internal attributes of the base class.

Protected Attributes
IndexType	columns = 0

IndexType	rows = 0

ValuesViewType	values

Detailed Description

template<typename Real, typename Device, typename Index, typename MatrixType, ElementsOrganization Organization>
class TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >

Base class for the implementation of concrete matrix types.

Template Parameters

Real	is a type of matrix elements.
Device	is a device where the matrix is allocated.
Index	is a type for indexing of the matrix elements.

Constructor & Destructor Documentation

◆ MatrixBase() [1/3]

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::MatrixBase	(	IndexType	rows,
		IndexType	columns,
		ValuesViewType	values )

Constructor with matrix dimensions and matrix elements values.

The matrix elements values are passed in a form vector view.

Parameters

rows	is a number of matrix rows.
columns	is a number of matrix columns.
values	is a vector view with matrix elements values.

◆ MatrixBase() [2/3]

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::MatrixBase ( const MatrixBase< Real, Device, Index, MatrixType, Organization > & view )

default

Shallow copy constructor.

Parameters

view	is an input matrix view.

◆ MatrixBase() [3/3]

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::MatrixBase ( MatrixBase< Real, Device, Index, MatrixType, Organization > && view )

defaultnoexcept

Move constructor.

Parameters

view	is an input matrix view.

Member Function Documentation

◆ bind()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ void TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::bind	(	IndexType	rows,
		IndexType	columns,
		ValuesViewType	values )

protected

Re-initializes the internal attributes of the base class.

Note that this function is protected to ensure that the user cannot modify the base class of a matrix. For the same reason, in future code development we also need to make sure that all non-const functions in the base class return by value and not by reference.

◆ getAllocatedElementsCount()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

Index TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getAllocatedElementsCount ( ) const

Tells the number of allocated matrix elements.

In the case of dense matrices, this is just product of the number of rows and the number of columns. But for other matrix types like sparse matrices, this can be different.

Returns: Number of allocated matrix elements.

◆ getColumns()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ Index TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getColumns ( ) const

Returns number of matrix columns.

Returns: number of matrix columns.

◆ getNonzeroElementsCount()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

Index TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getNonzeroElementsCount ( ) const

virtual

Computes a current number of nonzero matrix elements.

Returns: number of nonzero matrix elements.

Reimplemented in TNL::Matrices::MultidiagonalMatrixBase< double, Devices::Host, int, Algorithms::Segments::DefaultElementsOrganization< Devices::Host >::getOrganization() >, TNL::Matrices::MultidiagonalMatrixBase< Real, Device, Index, Organization >, TNL::Matrices::Sandbox::SparseSandboxMatrixView< double, Devices::Host, int, GeneralMatrix >, TNL::Matrices::Sandbox::SparseSandboxMatrixView< Real, Device, Index, MatrixType >, TNL::Matrices::SparseMatrixBase< double, Devices::Host, int, GeneralMatrix, Algorithms::Segments::CSR< Devices::Host, int, typename Allocators::Default< Devices::Host >::template Allocator< int > >::ViewType, typename ChooseSparseMatrixComputeReal< double, int >::type >, TNL::Matrices::SparseMatrixBase< Real, Devices::Host, int, GeneralMatrix, std::conditional_t< std::is_const_v< Real >, Algorithms::Segments::CSRView< Devices::Host, int >::ConstViewType, Algorithms::Segments::CSRView< Devices::Host, int > >, typename ChooseSparseMatrixComputeReal< Real, int >::type >, TNL::Matrices::SparseMatrixBase< Real, TNL::Devices::Host, IndexType, TNL::Matrices::GeneralMatrix, Segments< TNL::Devices::Host, IndexType, typename Allocators::Default< TNL::Devices::Host >::template Allocator< IndexType > >::ViewType, typename ChooseSparseMatrixComputeReal< Real, IndexType >::type >, TNL::Matrices::SparseMatrixBase< RealType, DeviceType, IndexType, Matrices::GeneralMatrix, Segments< DeviceType, IndexType, typename Allocators::Default< DeviceType >::template Allocator< IndexType > >::ViewType, typename ChooseSparseMatrixComputeReal< RealType, IndexType >::type >, TNL::Matrices::SparseMatrixBase< Real, Device, Index, MatrixType, SegmentsView, ComputeReal >, TNL::Matrices::TridiagonalMatrixBase< Real, Device, Index, Organization >, and TNL::Matrices::TridiagonalMatrixBase< double, Devices::Host, int, Algorithms::Segments::DefaultElementsOrganization< Devices::Host >::getOrganization() >.

◆ getOrganization()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

static constexpr ElementsOrganization TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getOrganization ( )

inlinestaticconstexpr

Matrix elements organization getter.

Returns: matrix elements organization - RowMajorOrder of ColumnMajorOrder.

◆ getRows()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ Index TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getRows ( ) const

Returns number of matrix rows.

Returns: number of matrix row.

◆ getValues() [1/2]

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ MatrixBase< Real, Device, Index, MatrixType, Organization >::ValuesViewType & TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getValues ( )

Returns a reference to a vector with the matrix elements values.

Returns: constant reference to a vector with the matrix elements values.

◆ getValues() [2/2]

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ const MatrixBase< Real, Device, Index, MatrixType, Organization >::ValuesViewType & TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::getValues ( ) const

Returns a constant reference to a vector with the matrix elements values.

Returns: constant reference to a vector with the matrix elements values.

◆ isBinary()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

static constexpr bool TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::isBinary ( )

inlinestaticconstexpr

Test of binary matrix type.

Returns: true if the matrix is stored as binary and false otherwise.

◆ isMatrix()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

static constexpr bool TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::isMatrix ( )

inlinestaticconstexpr

Test of matrix type.

Returns: true.

◆ isSymmetric()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

static constexpr bool TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::isSymmetric ( )

inlinestaticconstexpr

Test of symmetric matrix type.

Returns: true if the matrix is stored as symmetric and false otherwise.

◆ operator!=()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

template<typename Matrix >

bool TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::operator!= ( const Matrix & matrix ) const

Comparison operator with another arbitrary matrix view type.

Parameters

matrix is the right-hand side matrix.

Returns: true if the RHS matrix is equal, false otherwise.

◆ operator=()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

__cuda_callable__ MatrixBase & TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::operator= ( const MatrixBase< Real, Device, Index, MatrixType, Organization > & )

delete

Copy-assignment operator.

It is a deleted function, because matrix assignment in general requires reallocation.

◆ operator==()

template<typename Real , typename Device , typename Index , typename MatrixType , ElementsOrganization Organization>

template<typename Matrix >

bool TNL::Matrices::MatrixBase< Real, Device, Index, MatrixType, Organization >::operator== ( const Matrix & matrix ) const

Comparison operator with another arbitrary matrix view type.

Parameters

matrix is the right-hand side matrix.

Returns: true if the RHS matrix is equal, false otherwise.

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

src/TNL/Matrices/MatrixBase.h
src/TNL/Matrices/MatrixBase.hpp

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ MatrixBase() [1/3]

◆ MatrixBase() [2/3]

◆ MatrixBase() [3/3]

Member Function Documentation

◆ bind()

◆ getAllocatedElementsCount()

◆ getColumns()

◆ getNonzeroElementsCount()

◆ getOrganization()

◆ getRows()

◆ getValues() [1/2]

◆ getValues() [2/2]

◆ isBinary()

◆ isMatrix()

◆ isSymmetric()

◆ operator!=()

◆ operator=()

◆ operator==()