using boost::dynamic_pointer_cast;
using boost::weak_ptr;
using boost::optional;
+#if BOOST_VERSION >= 106100
+using namespace boost::placeholders;
+#endif
using dcp::Size;
using namespace dcpomatic;
/* Keep about 1 second's worth of history samples */
_latency_history_count = _film->audio_frame_rate() / _audio_block_size;
+ _closed_captions_dialog->update_tracks (_film);
+
recreate_butler ();
calculate_sizes ();
unsigned int st = 0;
if (Config::instance()->sound_output()) {
while (st < _audio.getDeviceCount()) {
- if (_audio.getDeviceInfo(st).name == Config::instance()->sound_output().get()) {
- break;
+ try {
+ if (_audio.getDeviceInfo(st).name == Config::instance()->sound_output().get()) {
+ break;
+ }
+#ifdef DCPOMATIC_USE_RTERROR
+ } catch (RtError&) {
+#else
+ } catch (RtAudioError&) {
+#endif
+ /* Something went wrong with that device so we don't want to use it anyway */
}
++st;
}
st = _audio.getDefaultOutputDevice();
}
- _audio_channels = _audio.getDeviceInfo(st).outputChannels;
-
- RtAudio::StreamParameters sp;
- sp.deviceId = st;
- sp.nChannels = _audio_channels;
- sp.firstChannel = 0;
try {
+ _audio_channels = _audio.getDeviceInfo(st).outputChannels;
+ RtAudio::StreamParameters sp;
+ sp.deviceId = st;
+ sp.nChannels = _audio_channels;
+ sp.firstChannel = 0;
_audio.openStream (&sp, 0, RTAUDIO_FLOAT32, 48000, &_audio_block_size, &rtaudio_callback, this);
#ifdef DCPOMATIC_USE_RTERROR
} catch (RtError& e) {
#else
} catch (RtAudioError& e) {
#endif
+ _audio_channels = 0;
error_dialog (
_video_view->get(),
_("Could not set up audio output. There will be no audio during the preview."), std_to_wx(e.what())
}
}
+
+void
+FilmViewer::image_changed (shared_ptr<PlayerVideo> pv)
+{
+ emit (boost::bind(boost::ref(ImageChanged), pv));
+}
+