Uses of Class
org.jscience.mathematics.vector.Matrix

Packages that use Matrix

Package	Description
org.jscience.mathematics.vector	Provides support for linear algebra in the form of matrices and vectors.

Uses of Matrix in org.jscience.mathematics.vector

Subclasses of Matrix in org.jscience.mathematics.vector

Modifier and Type	Class and Description
class	ComplexMatrix This class represents an optimized matrix implementation for complex numbers.
class	DenseMatrix<F extends Field<F>> This class represents a matrix made of dense vectors (as rows).
class	Float64Matrix This class represents an optimized matrix implementation for 64 bits floating-point numbers.
class	SparseMatrix<F extends Field<F>> This class represents a matrix made of sparse vectors (as rows).

Methods in org.jscience.mathematics.vector that return Matrix

Modifier and Type	Method and Description
abstract Matrix<F>	Matrix.adjoint() Returns the adjoint of this matrix.
abstract Matrix<F>	Matrix.copy() Returns a copy of this matrix allocated by the calling thread (possibly on the stack).
Matrix<F>	Matrix.divide(Matrix<F> that) Returns this matrix divided by the one specified.
abstract Matrix<F>	Matrix.inverse() Returns the inverse of this matrix (must be square).
Matrix<F>	Matrix.minus(Matrix<F> that) Returns the difference between this matrix and the one specified.
abstract Matrix<F>	Matrix.opposite() Returns the negation of this matrix.
abstract Matrix<F>	Matrix.plus(Matrix<F> that) Returns the sum of this matrix with the one specified.
Matrix<F>	Matrix.pow(int exp) Returns this matrix raised at the specified exponent.
Matrix<F>	Matrix.pseudoInverse() Returns the inverse or pseudo-inverse if this matrix if not square.
Matrix<F>	Matrix.solve(Matrix<F> y) Solves this matrix for the specified matrix (returns x such as this · x = y).
Matrix<F>	SparseMatrix.solve(Matrix<F> y)
Matrix<F>	DenseMatrix.tensor(Matrix<F> that)
abstract Matrix<F>	Matrix.tensor(Matrix<F> that) Returns the linear algebraic matrix tensor product of this matrix and another (Kronecker product).
abstract Matrix<F>	Matrix.times(F k) Returns the product of this matrix by the specified factor.
abstract Matrix<F>	Matrix.times(Matrix<F> that) Returns the product of this matrix with the one specified.
abstract Matrix<F>	Matrix.transpose() Returns the transpose of this matrix.

Methods in org.jscience.mathematics.vector with parameters of type Matrix

Modifier and Type	Method and Description
Matrix<F>	Matrix.divide(Matrix<F> that) Returns this matrix divided by the one specified.
boolean	Matrix.equals(Matrix<F> that, Comparator<F> cmp) Indicates if this matrix can be considered equals to the one specified using the specified comparator when testing for element equality.
ComplexMatrix	ComplexMatrix.minus(Matrix<Complex> that)
DenseMatrix<F>	DenseMatrix.minus(Matrix<F> that)
Matrix<F>	Matrix.minus(Matrix<F> that) Returns the difference between this matrix and the one specified.
SparseMatrix<F>	SparseMatrix.minus(Matrix<F> that)
Float64Matrix	Float64Matrix.minus(Matrix<Float64> that)
ComplexMatrix	ComplexMatrix.plus(Matrix<Complex> that)
DenseMatrix<F>	DenseMatrix.plus(Matrix<F> that)
abstract Matrix<F>	Matrix.plus(Matrix<F> that) Returns the sum of this matrix with the one specified.
SparseMatrix<F>	SparseMatrix.plus(Matrix<F> that)
Float64Matrix	Float64Matrix.plus(Matrix<Float64> that)
DenseMatrix<F>	LUDecomposition.solve(Matrix<F> B) Returns the solution X of the equation: A * X = B with this = A.lu() using back and forward substitutions.
Matrix<F>	Matrix.solve(Matrix<F> y) Solves this matrix for the specified matrix (returns x such as this · x = y).
Matrix<F>	SparseMatrix.solve(Matrix<F> y)
ComplexMatrix	ComplexMatrix.tensor(Matrix<Complex> that)
Matrix<F>	DenseMatrix.tensor(Matrix<F> that)
abstract Matrix<F>	Matrix.tensor(Matrix<F> that) Returns the linear algebraic matrix tensor product of this matrix and another (Kronecker product).
SparseMatrix<F>	SparseMatrix.tensor(Matrix<F> that)
Float64Matrix	Float64Matrix.tensor(Matrix<Float64> that)
ComplexMatrix	ComplexMatrix.times(Matrix<Complex> that)
DenseMatrix<F>	DenseMatrix.times(Matrix<F> that)
abstract Matrix<F>	Matrix.times(Matrix<F> that) Returns the product of this matrix with the one specified.
SparseMatrix<F>	SparseMatrix.times(Matrix<F> that)
Float64Matrix	Float64Matrix.times(Matrix<Float64> that)
static ComplexMatrix	ComplexMatrix.valueOf(Matrix<Complex> that) Returns a complex matrix equivalent to the specified matrix.
static <F extends Field<F>> DenseMatrix<F>	DenseMatrix.valueOf(Matrix<F> that) Returns a dense matrix equivalent to the specified matrix.
static <F extends Field<F>> LUDecomposition<F>	LUDecomposition.valueOf(Matrix<F> source) Returns the lower/upper decomposition of the specified matrix.
static <F extends Field<F>> SparseMatrix<F>	SparseMatrix.valueOf(Matrix<F> that, F zero) Returns a sparse matrix equivalent to the specified matrix but with the zero elements removed using the default object equality comparator.
static <F extends Field<F>> SparseMatrix<F>	SparseMatrix.valueOf(Matrix<F> that, F zero, javolution.util.FastComparator<? super F> comparator) Returns a sparse matrix equivalent to the specified matrix but with the zero elements removed using the specified object equality comparator.
static Float64Matrix	Float64Matrix.valueOf(Matrix<Float64> that) Returns a complex matrix equivalent to the specified matrix.