| _Deflate(dbl *a, int n, dbl *b, dbl *quad) | NUM::PolyRootSolver_Bairstow | [private] |
| _DiffPoly(dbl *a, int n, dbl *b) | NUM::PolyRootSolver_Bairstow | [private] |
| _FindQuadFact(dbl *a, int n, dbl *b, dbl *quad, int red_fact, dbl *err_est) | NUM::PolyRootSolver_Bairstow | [private] |
| _GetQuads(dbl *a, int n, dbl *quad, dbl *x) | NUM::PolyRootSolver_Bairstow | [private] |
| _QuadricRealRoots(dbl *a, int n, dbl *wr) | NUM::PolyRootSolver_Bairstow | [private] |
| _QuadricRoots(dbl *a, int n, dbl *wr, dbl *wi) | NUM::PolyRootSolver_Bairstow | [private] |
| _Recurse(dbl *a, int n, dbl *b, int m, dbl *quad, dbl *err) | NUM::PolyRootSolver_Bairstow | [private] |
| defaults | NUM::PolyRootSolver_Bairstow | [static] |
| par | NUM::PolyRootSolver_Bairstow | |
| PolyRootSolver() | NUM::PolyRootSolver | [inline] |
| PolyRootSolver_Bairstow() | NUM::PolyRootSolver_Bairstow | |
| solve(int order, const dbl *c, dbl *r) | NUM::PolyRootSolver_Bairstow | [virtual] |
| ~PolyRootSolver() | NUM::PolyRootSolver | [inline, virtual] |
| ~PolyRootSolver_Bairstow() | NUM::PolyRootSolver_Bairstow | |
