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

Packages that use DenseMatrix
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
`DenseMatrix` | `DenseMatrix.copy()`
`DenseMatrix` | `EVD.getLeftEigenvectors()` Gets the left eigenvectors, if available
`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` | `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.solve(DenseMatrix B)` Computes `A\B`, overwriting `B`
`DenseMatrix` | `PackCholesky.solve(DenseMatrix B)` Solves for `B`, overwriting it on return
`DenseMatrix` | `BandLU.transSolve(DenseMatrix B)` Computes `AT\B`, overwriting `B`
`DenseMatrix` | `DenseLU.transSolve(DenseMatrix B)` Computes `AT\B`, overwriting `B`

Methods in no.uib.cipr.matrix with parameters of type DenseMatrix
`DenseLU` | `DenseLU.factor(DenseMatrix A)` Creates an LU decomposition of the given matrix
`EVD` | `EVD.factor(DenseMatrix A)` Computes the eigenvalue decomposition of the given matrix
`LQ` | `LQ.factor(DenseMatrix A)`
`QL` | `QL.factor(DenseMatrix A)`
`QR` | `QR.factor(DenseMatrix A)`
`RQ` | `RQ.factor(DenseMatrix A)`
`SVD` | `SVD.factor(DenseMatrix A)` Computes an SVD
`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.solve(DenseMatrix B)` Computes `A\B`, overwriting `B`
`DenseMatrix` | `PackCholesky.solve(DenseMatrix B)` Solves for `B`, overwriting it on return
`DenseMatrix` | `BandLU.transSolve(DenseMatrix B)` Computes `AT\B`, overwriting `B`
`DenseMatrix` | `DenseLU.transSolve(DenseMatrix B)` Computes `AT\B`, overwriting `B`

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