adjoint_matrix | Adjoint matrix computation |

canonic_vector | Constructs a canonic vector |

characteristic_matrix | Computes the characteristic matrix |

column | Column of a matrix |

constant_matrix | Constructs a constant matrix |

constant_vector | Constructs a constant vector |

diagonal_matrix | Construct a diagonal matrix |

dimensions | Dimensions of a matrix |

eigenvalues_and_vectors | Eigenvalues and eigenvectors |

eigenvalues | Eigenvalues of a matrix |

eigenvectors | Eigenvectors of a matrix |

gaussian_elimination | Gaussian elimination algorithm |

hermite | Hermite decomposition |

hermite_basis | Hermite decomposition basis |

hessenberg_reduction | Hessenberg reduction algorithm |

identity_matrix | Identity matrix constructor |

image | Image or rank of a matrix |

inverse | Inverse of a matrix |

jordan | Jordan form |

kernel | Kernel of a matrix |

linearly_independents? | Checks if vectors are independents |

lu_decomposition | LU decomposition of a matrix |

matrix | Matrix from polynomial |

minor | Minor computation |

n_columns | Number of columns of a matrix |

norm | Norm of a vector |

n_rows | Number of rows of a matrix |

polynomial_to_companion_matrix | Companion matrix constructor |

qr_decomposition | QR decomposition of a matrix |

rank | Rank of a matrix |

rotation_matrix | Constructs a rotation matrix |

smith_normal_form_basis | Smith normal form |

smith_normal_form | Smith normal form invariant factors |

solve | Solve linear system |

subspace_intersection | Intersection of subspaces |

subspace_sum | Sum of subspaces |

supplement | Supplement of an space |

symmetric? | Checks if a matrix is symmetric |

symmetry_matrix | Constructs the symmetry matrix |

trace | Trace of a matrix |

transpose | Transpose of a matrix |

vectorial_product | Vectorial or cross product |

versor | Versor computation |