Given a frequency `frequency` and a `Vector3` `pt`, returns the average eigenvalue of the permittivity tensor at that location and frequency. If `frequency` is non-zero, the result is complex valued; otherwise it is the real, frequency-independent part of $\\varepsil
(self, pt: Vector3Type = None, frequency: float = 0.0)
| 2686 | return self.fields.get_field_from_comp(c, v3) |
| 2687 | |
| 2688 | def get_epsilon_point(self, pt: Vector3Type = None, frequency: float = 0.0): |
| 2689 | """ |
| 2690 | Given a frequency `frequency` and a `Vector3` `pt`, returns the average eigenvalue |
| 2691 | of the permittivity tensor at that location and frequency. If `frequency` is |
| 2692 | non-zero, the result is complex valued; otherwise it is the real, |
| 2693 | frequency-independent part of $\\varepsilon$ (the $\\omega\\to\\infty$ limit). |
| 2694 | """ |
| 2695 | v3 = py_v3_to_vec(self.dimensions, pt, self.is_cylindrical) |
| 2696 | return self.fields.get_eps(v3, frequency) |
| 2697 | |
| 2698 | def get_mu_point(self, pt: Vector3Type = None, frequency: float = 0.0): |
| 2699 | """ |