mrJean1

Perhaps, the `vlc.py` method [player.video_take_snapshot ](https://github.com/oaubert/python-vlc/blob/master/generated/3.0/vlc.py#L4217) can get the frames you're lookin for. Closed issue #66 may be helpful too.

This is tricky to debug, because it is (a) certainly unrelated to `python-vlc` itself and (b) deeper inside the `libvlc` library. As an initial suggestion, double check the comments of...

Fading is done from a separate thread and that thread does call `libvlc_media_player_stop` via `self.stop(p)` and `player.stop()`. Try running without fading to see if the segfault occurs then. Also, try...

One other suggestion. ``` def stop(self, ...): ... with lock: if not player: if not self.player: return player = self.player self.player = None # add ... # player = None...

This is almost certainly a PyQt5 or Qt (or Windows) issue. Neither `python-vlc` nor `libVLC` tinker with windows, banners or any other UI widgets. The `vlc.player` is passed a handle...

Polar polygons need special handling. If those can occur use function `ispolar` to check first. ``` from pygeodesy import ispolar print(ispolar(poly_latlon)) # returns True ``` Polygons wrapping around the earth...

Try calling `media_player.audio_set_track(2)` _after_ the call to `media_player.play()`.

Does the problem occur when you play that video in the VLC app on the same computer?

1) In all of PyGeodesy, north is True north at 0 degrees bearing. 2) Not sure about the `intersection_point` function and the description of the use case. Function `intersection_point` computes...

In general and for longer distances the ellipsoidal functions are more accurate than the spherical ones. For shorter distances -say less than 100 km- the difference may be insignificant, but...