, including all inherited members.
| aprox_equal(x, y) | RFOF_SpecialSolver | |
| boundarytest1_Euler(y_min, y_max, y_in, y_fin, t_in, t_fin, ndivision, escape) | RFOF_SpecialSolver | |
| exact_moments(x) | RFOF_SpecialSolver | |
| generaltest3_Euler(x_min, x_in, x_fin, t_in, t_fin, ndivision, ser) | RFOF_SpecialSolver | |
| linear_aprox_minmax(x, y, A, B, minmaxerr, ser) | RFOF_SpecialSolver | |
| linear_aprox_minmax2(xc, delta, y, A, B, minmaxerr, ser) | RFOF_SpecialSolver | |
| linear_fit(x, y, A, B, ser) | RFOF_SpecialSolver | |
| multi_step_boundarytest1(ntraject) | RFOF_SpecialSolver | |
| multi_step_generaltest3(ntraject) | RFOF_SpecialSolver | |
| quadratic_interpolation(xc, delta_x, y, a, b, c, ser) | RFOF_SpecialSolver | |
| reflect(miror, object_image) | RFOF_SpecialSolver | |
| RFOF_boundary_ymin(d_prime, y_min) | RFOF_SpecialSolver | |
| RFOF_exact_solution(lambda, x_in, delta_t, W, A, B, x_fin, ser) | RFOF_SpecialSolver | |
| RFOF_multi_step_boundarycase(y_min, y_max, delta_t_in, y_in, time_in, T_max, tolerance, delta_t_out, y_fin, time_fin, ser) | RFOF_SpecialSolver | |
| RFOF_multi_step_generalcase(method, x_min, delta_t_in, delta_t_out, x_in, x_fin, time_in, time_fin, T_max, tolerance, ser) | RFOF_SpecialSolver | |
| RFOF_one_step_boundarycase(y_max, delta_t, normal_vector, y_in, y_fin, error) | RFOF_SpecialSolver | |
| RFOF_one_step_generalcase(method, x_min, delta_t_in, x_in, tolerance, delta_t_out, x_fin, output_error, ser) | RFOF_SpecialSolver | |
| RFOF_SDE_integrator_corection(x_min, x_in, delta_x, sigma, dt, x_final, ser) | RFOF_SpecialSolver | |
| RFOF_sigma(x, sigma, Error_flag) | RFOF_SpecialSolver | |
