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

Packages that use DenseMatrix

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

Uses of DenseMatrix in org.jscience.mathematics.vector

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

Modifier and Type	Method and Description
DenseMatrix<F>	DenseMatrix.adjoint()
DenseMatrix<F>	DenseMatrix.copy()
DenseMatrix<F>	LUDecomposition.getLower(F zero, F one) Returns the lower matrix decomposition (L) with diagonal elements equal to the multiplicative identity for F.
DenseMatrix<F>	LUDecomposition.getLU() Returns the lower/upper decomposition in one single matrix.
DenseMatrix<F>	LUDecomposition.getUpper(F zero) Returns the upper matrix decomposition (U).
DenseMatrix<F>	DenseMatrix.inverse()
DenseMatrix<F>	LUDecomposition.inverse() Returns the solution X of the equation: A * X = Identity with this = A.lu() using back and forward substitutions.
DenseMatrix<F>	DenseMatrix.minus(Matrix<F> that)
DenseMatrix<F>	DenseMatrix.opposite()
DenseMatrix<F>	DenseMatrix.plus(Matrix<F> 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.
DenseMatrix<F>	DenseMatrix.times(F k)
DenseMatrix<F>	DenseMatrix.times(Matrix<F> that)
DenseMatrix<F>	DenseMatrix.transpose()
static <F extends Field<F>> DenseMatrix<F>	DenseMatrix.valueOf(DenseVector<F>... rows) Returns a dense matrix holding the specified row vectors (column vectors if transposed).
static <F extends Field<F>> DenseMatrix<F>	DenseMatrix.valueOf(F[][] elements) Returns a dense matrix from the specified 2-dimensional array.
static <F extends Field<F>> DenseMatrix<F>	DenseMatrix.valueOf(List<DenseVector<F>> rows) Returns a dense matrix holding the row vectors from the specified collection (column vectors if transposed).
static <F extends Field<F>> DenseMatrix<F>	DenseMatrix.valueOf(Matrix<F> that) Returns a dense matrix equivalent to the specified matrix.