Uses of Class
mikera.matrixx.impl.ARectangularMatrix

Packages that use ARectangularMatrix

Package	Description
mikera.matrixx
mikera.matrixx.impl

Uses of ARectangularMatrix in mikera.matrixx

Subclasses of ARectangularMatrix in mikera.matrixx

Modifier and Type	Class and Description
class	Matrix Standard MxN matrix class backed by a densely packed double[] array This is the most efficient Vectorz type for dense 2D matrices.

Methods in mikera.matrixx with parameters of type ARectangularMatrix

Modifier and Type	Method and Description
protected void	AMatrix.checkSameShape(ARectangularMatrix m) Checks if this matrix has the same shape as another matrix.

Uses of ARectangularMatrix in mikera.matrixx.impl

Subclasses of ARectangularMatrix in mikera.matrixx.impl

Modifier and Type	Class and Description
class	AArrayMatrix Abstract class for a Matrix backed with a single double[] data array Dimensions are fixed, but leaves open the possibility of arbitrary indexing
class	ABlockMatrix Abstract base class for a large matrix constructed out of regular subMatrix blocks
class	ABooleanMatrix Abstract base class for matrices limited to boolean 0/1 values Such matrices allow for various efficient representations
class	ADenseArrayMatrix Abstract base class for matrices wrapping a dense (rows*cols) subset of a double[] array
class	ASparseRCMatrix Abstract base class for matrices that store sparse rows or columns.
class	AStridedMatrix Abstract base class for arbitrary strided matrices
class	ATriangularMatrix Abstract base class for densely packed triangular matrices (upper and lower)
class	AVectorMatrix<T extends AVector> Abstract base class for matrices that use a collection of Vectors as storage for the matrix rows.
class	BaseStridedMatrix
class	BlockDiagonalMatrix Class representing a square, block diagonal matrix.
class	BroadcastVectorMatrix Specialised class representing the broadcasting of a vector to a matrix shape.
class	BufferMatrix A matrix class implemented using a java.nio.DoubleBuffer Intended for use with native libraries that require interop with buffer memory
class	ColumnMatrix Matrix class that wraps a vector as a single-column matrix
class	DenseColumnMatrix A densely packed matrix organised in column-major format.
class	ImmutableMatrix Immutable dense matrix class This is the immutable equivalent of mikera.matrixx.Matrix
class	LowerTriangularMatrix Class for a lower triangular matrix packed densely by rows.
class	PermutationMatrix Class representing a square permutation matrix i.e.
class	PermutedMatrix Matrix class representing a permuted view of a matrix
class	QuadtreeMatrix A matrix implemented as a quadtree of submatrices.
class	RowMatrix Matrix class that wraps a vector as a single-row matrix
class	SparseColumnMatrix Matrix stored as a collection of normally sparse column vectors This format is especially efficient for: - transposeInnerProduct() with another matrix - access via getColumn() operation - transpose into SparseRowMatrix
class	SparseRowMatrix Matrix stored as a collection of normally sparse row vectors.
class	StridedMatrix A general purpose strided matrix implementation
class	StridedRowMatrix A strided matrix implementation with a column stride of 1 Provides a fast, mutable subMatrix view for the dense Matrix class
class	SubMatrixView Matrix class that wraps a SubMatrix of another matrix
class	TransposedMatrix Class representing a transposed view of another matrix The transposed matrix is a reference to the underlying matrix data
class	UpperTriangularMatrix Class for an upper triangular matrix packed densely by columns.
class	VectorMatrixM3 Specialised N*3 Matrix with Vector3 row components
class	VectorMatrixMN A matrix implemented as a composition of M length N vectors
class	ZeroMatrix Lightweight immutable zero matrix class.

Methods in mikera.matrixx.impl with parameters of type ARectangularMatrix

Modifier and Type	Method and Description
protected void	ARectangularMatrix.checkSameShape(ARectangularMatrix m)
protected void	ADiagonalMatrix.checkSameShape(ARectangularMatrix m)
boolean	ARectangularMatrix.isSameShape(ARectangularMatrix m)
boolean	ADiagonalMatrix.isSameShape(ARectangularMatrix m)