Uses of Class
org.la4j.matrix.DenseMatrix

Packages that use DenseMatrix

Package	Description
org.la4j
org.la4j.matrix
org.la4j.matrix.dense
org.la4j.operation
org.la4j.operation.inplace
org.la4j.operation.ooplace

Uses of DenseMatrix in org.la4j

Methods in org.la4j that return DenseMatrix

Modifier and Type	Method	Description
DenseMatrix	Matrix.toDenseMatrix()	Converts this matrix into a dense matrix.

Uses of DenseMatrix in org.la4j.matrix

Methods in org.la4j.matrix that return DenseMatrix

Modifier and Type	Method	Description
static DenseMatrix	DenseMatrix.block(Matrix a, Matrix b, Matrix c, Matrix d)	Creates a block DenseMatrix of the given blocks a, b, c and d.
static DenseMatrix	DenseMatrix.constant(int rows, int columns, double constant)	Creates a constant DenseMatrix of the given shape and value.
static DenseMatrix	DenseMatrix.diagonal(int size, double diagonal)	Creates a diagonal DenseMatrix of the given size whose diagonal elements are equal to diagonal.
static DenseMatrix	DenseMatrix.from1DArray(int rows, int columns, double[] array)	Creates a DenseMatrix of the given 1D array w/o copying the underlying array.
static DenseMatrix	DenseMatrix.from2DArray(double[][] array)	Creates a DenseMatrix of the given 2D array w/o copying the underlying array.
static DenseMatrix	DenseMatrix.fromCSV(String csv)	Parses DenseMatrix from the given CSV string.
static DenseMatrix	DenseMatrix.fromMatrixMarket(String mm)	Parses DenseMatrix from the given Matrix Market string.
static DenseMatrix	DenseMatrix.identity(int size)	Creates an identity DenseMatrix of the given size.
static DenseMatrix	DenseMatrix.random(int rows, int columns, Random random)	Creates a random DenseMatrix of the given shape: rows x columns.
static DenseMatrix	DenseMatrix.randomSymmetric(int size, Random random)	Creates a random symmetric DenseMatrix of the given size.
static DenseMatrix	DenseMatrix.unit(int rows, int columns)	Creates an unit DenseMatrix of the given shape: rows x columns.
static DenseMatrix	DenseMatrix.zero(int rows, int columns)	Creates a zero DenseMatrix of the given shape: rows x columns.

Uses of DenseMatrix in org.la4j.matrix.dense

Subclasses of DenseMatrix in org.la4j.matrix.dense

Modifier and Type	Class	Description
class	Basic1DMatrix
class	Basic2DMatrix

Uses of DenseMatrix in org.la4j.operation

Methods in org.la4j.operation with parameters of type DenseMatrix

Modifier and Type	Method	Description
R	CommonMatrixMatrixOperation.apply(ColumnMajorSparseMatrix a, DenseMatrix b)
R	CommonMatrixMatrixOperation.apply(DenseMatrix a, ColumnMajorSparseMatrix b)
R	CommonMatrixMatrixOperation.apply(DenseMatrix a, DenseMatrix b)
R	CommonMatrixMatrixOperation.apply(DenseMatrix a, RowMajorSparseMatrix b)
R	CommonMatrixMatrixOperation.apply(RowMajorSparseMatrix a, DenseMatrix b)
R	CommonMatrixOperation.apply(DenseMatrix a)
abstract R	MatrixMatrixOperation.apply(ColumnMajorSparseMatrix a, DenseMatrix b)
abstract R	MatrixMatrixOperation.apply(DenseMatrix a, ColumnMajorSparseMatrix b)
abstract R	MatrixMatrixOperation.apply(DenseMatrix a, DenseMatrix b)
abstract R	MatrixMatrixOperation.apply(DenseMatrix a, RowMajorSparseMatrix b)
abstract R	MatrixMatrixOperation.apply(RowMajorSparseMatrix a, DenseMatrix b)
abstract R	MatrixOperation.apply(DenseMatrix a)
abstract R	MatrixVectorOperation.apply(DenseMatrix a, DenseVector b)
abstract R	MatrixVectorOperation.apply(DenseMatrix a, SparseVector b)
R	SimpleMatrixMatrixOperation.apply(ColumnMajorSparseMatrix a, DenseMatrix b)
R	SimpleMatrixMatrixOperation.apply(DenseMatrix a, ColumnMajorSparseMatrix b)
R	SimpleMatrixMatrixOperation.apply(DenseMatrix a, RowMajorSparseMatrix b)
R	SimpleMatrixMatrixOperation.apply(RowMajorSparseMatrix a, DenseMatrix b)
R	SymmetricMatrixMatrixOperation.apply(ColumnMajorSparseMatrix a, DenseMatrix b)
R	SymmetricMatrixMatrixOperation.apply(DenseMatrix a, ColumnMajorSparseMatrix b)
R	SymmetricMatrixMatrixOperation.apply(DenseMatrix a, RowMajorSparseMatrix b)
R	SymmetricMatrixMatrixOperation.apply(RowMajorSparseMatrix a, DenseMatrix b)
abstract R	VectorMatrixOperation.apply(DenseVector a, DenseMatrix b)
abstract R	VectorMatrixOperation.apply(SparseVector a, DenseMatrix b)
abstract R	SimpleMatrixMatrixOperation.applySimple(DenseMatrix a, SparseMatrix b)
abstract R	SimpleMatrixMatrixOperation.applySimple(SparseMatrix a, DenseMatrix b)
abstract R	SymmetricMatrixMatrixOperation.applySymmetric(DenseMatrix a, SparseMatrix b)
MatrixOperation<R>	MatrixMatrixOperation.partiallyApply(DenseMatrix a)
VectorOperation<R>	MatrixVectorOperation.partiallyApply(DenseMatrix a)

Uses of DenseMatrix in org.la4j.operation.inplace

Methods in org.la4j.operation.inplace with parameters of type DenseMatrix

Modifier and Type	Method	Description
Matrix	InPlaceCopyMatrixToMatrix.apply(DenseMatrix a, DenseMatrix b)
Matrix	InPlaceCopyMatrixToMatrix.applySimple(DenseMatrix a, SparseMatrix b)
Matrix	InPlaceCopyMatrixToMatrix.applySimple(SparseMatrix a, DenseMatrix b)

Uses of DenseMatrix in org.la4j.operation.ooplace

Methods in org.la4j.operation.ooplace with parameters of type DenseMatrix

Modifier and Type	Method	Description
Matrix	OoPlaceMatricesAddition.apply(DenseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatricesMultiplication.apply(ColumnMajorSparseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatricesMultiplication.apply(DenseMatrix a, ColumnMajorSparseMatrix b)
Matrix	OoPlaceMatricesMultiplication.apply(DenseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatricesMultiplication.apply(DenseMatrix a, RowMajorSparseMatrix b)
Matrix	OoPlaceMatricesMultiplication.apply(RowMajorSparseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatricesSubtraction.apply(DenseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatrixByItsTransposeMultiplication.apply(DenseMatrix a)
Vector	OoPlaceMatrixByVectorMultiplication.apply(DenseMatrix a, DenseVector b)
Vector	OoPlaceMatrixByVectorMultiplication.apply(DenseMatrix a, SparseVector b)
Matrix	OoPlaceMatrixHadamardProduct.apply(DenseMatrix a, DenseMatrix b)
Vector	OoPlaceVectorByMatrixMultiplication.apply(DenseVector a, DenseMatrix b)
Vector	OoPlaceVectorByMatrixMultiplication.apply(SparseVector a, DenseMatrix b)
Matrix	OoPlaceMatricesSubtraction.applySimple(DenseMatrix a, SparseMatrix b)
Matrix	OoPlaceMatricesSubtraction.applySimple(SparseMatrix a, DenseMatrix b)
Matrix	OoPlaceMatricesAddition.applySymmetric(DenseMatrix a, SparseMatrix b)
Matrix	OoPlaceMatrixHadamardProduct.applySymmetric(DenseMatrix a, SparseMatrix b)