| are_evec_orthonormal() const | vpdt_eigen_sym_matrix< T, n > | inlineprivate |
| determinant() const | vpdt_eigen_sym_matrix< T, n > | inline |
| dimension() const | vpdt_eigen_sym_matrix< T, n > | inline |
| eigen_val_ | vpdt_eigen_sym_matrix< T, n > | private |
| eigen_vec_ | vpdt_eigen_sym_matrix< T, n > | private |
| eigenvalues() const | vpdt_eigen_sym_matrix< T, n > | inline |
| eigenvectors() const | vpdt_eigen_sym_matrix< T, n > | inline |
| form_inverse(matrix &m) const | vpdt_eigen_sym_matrix< T, n > | inline |
| form_matrix(matrix &m) const | vpdt_eigen_sym_matrix< T, n > | inline |
| inverse_product(const vector &x, vector &y) const | vpdt_eigen_sym_matrix< T, n > | inline |
| inverse_quad_form(const vector &x) const | vpdt_eigen_sym_matrix< T, n > | inline |
| matrix typedef | vpdt_eigen_sym_matrix< T, n > | |
| operator *=(const T &val) | vpdt_eigen_sym_matrix< T, n > | inline |
| product(const vector &x, vector &y) const | vpdt_eigen_sym_matrix< T, n > | inline |
| quad_form(const vector &x) const | vpdt_eigen_sym_matrix< T, n > | inline |
| set_eigenvalues(const vector &v) | vpdt_eigen_sym_matrix< T, n > | inline |
| set_eigenvectors(const matrix &m) | vpdt_eigen_sym_matrix< T, n > | inline |
| set_matrix(const matrix &m) | vpdt_eigen_sym_matrix< T, n > | inline |
| set_size(unsigned int dim) | vpdt_eigen_sym_matrix< T, n > | inline |
| vector typedef | vpdt_eigen_sym_matrix< T, n > | |
| vpdt_eigen_sym_matrix(unsigned int var_dim=n) | vpdt_eigen_sym_matrix< T, n > | inline |
| vpdt_eigen_sym_matrix(const matrix &evec, const vector &eval) | vpdt_eigen_sym_matrix< T, n > | inline |
| vpdt_eigen_sym_matrix(const matrix &m) | vpdt_eigen_sym_matrix< T, n > | inline |
