Uses of Class
no.uib.cipr.matrix.DenseMatrix

Packages that use DenseMatrix

Package	Description
no.uib.cipr.matrix	Dense and structured sparse matrices, along with matrix factorisations and solvers.

Uses of DenseMatrix in no.uib.cipr.matrix

Methods in no.uib.cipr.matrix that return DenseMatrix

Modifier and Type	Method and Description
DenseMatrix	DenseMatrix.copy()
DenseMatrix	EVD.getLeftEigenvectors() Gets the left eigenvectors, if available
protected DenseMatrix	DenseLU.getLU() Returns the decomposition matrix
DenseMatrix	QRP.getQ() Returns the orthogonal matrix
DenseMatrix	QRP.getR() Returns the upper triangular factor
DenseMatrix	EVD.getRightEigenvectors() Gets the right eigenvectors, if available
DenseMatrix	SVD.getU() Returns the left singular vectors, column-wise.
DenseMatrix	SVD.getVt() Returns the right singular vectors, row-wise.
static DenseMatrix	Matrices.identity(int size) Returns the identity matrix of the given size
DenseMatrix	PackCholesky.solve(DenseMatrix B) Solves for B, overwriting it on return
DenseMatrix	DenseLU.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	BandCholesky.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	BandLU.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	DenseCholesky.solve(DenseMatrix B) Solves for B, overwriting it on return
DenseMatrix	DenseLU.transSolve(DenseMatrix B) Computes AT\B, overwriting B
DenseMatrix	BandLU.transSolve(DenseMatrix B) Computes AT\B, overwriting B

Methods in no.uib.cipr.matrix with parameters of type DenseMatrix

Modifier and Type	Method and Description
DenseLU	DenseLU.factor(DenseMatrix A) Creates an LU decomposition of the given matrix
RQ	RQ.factor(DenseMatrix A)
QL	QL.factor(DenseMatrix A)
LQ	LQ.factor(DenseMatrix A)
SVD	SVD.factor(DenseMatrix A) Computes an SVD
EVD	EVD.factor(DenseMatrix A) Computes the eigenvalue decomposition of the given matrix
QR	QR.factor(DenseMatrix A)
Matrix	PermutationMatrix.mult(Matrix B, DenseMatrix C)
DenseMatrix	PackCholesky.solve(DenseMatrix B) Solves for B, overwriting it on return
DenseMatrix	DenseLU.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	BandCholesky.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	BandLU.solve(DenseMatrix B) Computes A\B, overwriting B
DenseMatrix	DenseCholesky.solve(DenseMatrix B) Solves for B, overwriting it on return
Matrix	PermutationMatrix.transAmult(Matrix B, DenseMatrix C)
DenseMatrix	DenseLU.transSolve(DenseMatrix B) Computes AT\B, overwriting B
DenseMatrix	BandLU.transSolve(DenseMatrix B) Computes AT\B, overwriting B