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Dakota
Version 6.21
Explore and Predict with Confidence
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Dakota linear algebra utilities. More...
Namespaces | |
| Dakota | |
| The primary namespace for DAKOTA. | |
Functions | |
| void | singular_value_decomp (RealMatrix &matrix, RealVector &singular_vals, RealMatrix &v_trans, bool compute_vectors=true) |
| Compute the SVD of an arbitrary matrix A = USV^T. More... | |
| void | singular_values (RealMatrix &matrix, RealVector &singular_values) |
| compute the singular values without storing any singular vectors (A will be destroyed) | |
| void | pseudo_inverse (RealMatrix &A, RealMatrix &A_inv, Real &rcond) |
| compute the pseudo-inverse by SVD (A is overwritten by U) | |
| int | qr (RealMatrix &A) |
| Compute an in-place QR factorization A = QR. More... | |
| int | qr_rsolve (const RealMatrix &q_r, bool transpose, RealMatrix &rhs) |
| Perform a multiple right-hand sides Rinv * rhs solve using the R from a qr factorization. More... | |
| double | det_AtransA (RealMatrix &A) |
| Use SVD to compute det(A'*A), destroying A with the SVD. | |
| void | symmetric_eigenvalue_decomposition (const RealSymMatrix &matrix, RealVector &eigenvalues, RealMatrix &eigenvectors) |
| Computes the eigenvalues and, optionally, eigenvectors of a real symmetric matrix A. More... | |