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LA_CHOLDC
| Computes the Cholesky factorization of an n-by-n symmetric positive-definite array. |

LA_CHOLMPROVE
| Uses Cholesky factorization to improve the solution to a system of linear equations. |

LA_CHOLSOL
| Used in conjunction with LA_CHOLDC to solve a set of linear equations. |

LA_DETERM
| Uses LU decomposition to compute the determinant of a square array. |

LA_EIGENPROBLEM
| Uses the QR algorithm to compute eigenvalues and eigenvectors of an array. |

LA_EIGENQL
| Computes selected eigenvalues and eigenvectors. |

LA_EIGENVEC
| Uses the QR algorithm to compute all of some eigenvectors of an array. |

LA_ELMHES
| Reduces a real nonsymmetric or complex array to upper Hessenberg from. |

LA_GM_LINEAR_MODEL
| Used to solve a general Gauss-Markov linear model problem. |

LA_HQR
| Uses the multishift QR algorithm to compute all eigenvalues of an array. |

LA_INVERT
| Uses LU decomposition to compute the inverse of a square array. |

LA_LEAST_SQUARE_EQUALITY
| Used to solve linear least-squares problems. |

LA_LEAST_SQUARES
| Used to solve linear least-squares problems. |

LA_LINEAR_EQUATION
| Uses LU decomposition to sole a system of linear equations. |

LA_LUDC
| Computes the LU decomposition of an array. |

LA_LUMPROVE
| Uses LU decomposition to improve the solution to a system of linear equations. |

LA_LUSOL
| Used in conjunction with LA_LUDC to solve a set of linear equations. |

LA_SVD
| Computes the singular value decomposition of an array. |

LA_TRIDC
| Computes the LU decomposition of a tridiagonal array. |

LA_TRIMPROVE
| Improves the solution to a system of linear equations with a tridiagonal array. |

LA_TRIQL
| Uses the QL and QR variants of the implicitly-shifted QR algorithm to compute the eigenvalues and eigenvectors of an array. |

LA_TRIRED
| Reduces a real symmetric or complex Hermitian array to real tridiagonal from. |

LA_TRISOL
| Used in conjunction with LA_TRIDC to solve a set of linear equations. |