#if wxCHECK_VERSION(3, 1, 0)
switch (Config::instance()->video_view_type()) {
case Config::VIDEO_VIEW_OPENGL:
- _video_view = std::make_shared<GLVideoView>(this, p);
+ _video_view[VideoType::MAIN] = std::make_shared<GLVideoView>(this, VideoType::MAIN, p);
+ _video_view[VideoType::SIGN_LANGUAGE] = std::make_shared<GLVideoView>(this, VideoType::SIGN_LANGUAGE, _sign_language_dialog);
break;
case Config::VIDEO_VIEW_SIMPLE:
- _video_view = std::make_shared<SimpleVideoView>(this, p);
+ _video_view[VideoType::MAIN] = std::make_shared<SimpleVideoView>(this, VideoType::MAIN, p);
+ _video_view[VideoType::SIGN_LANGUAGE] = std::make_shared<SimpleVideoView>(this, VideoType::SIGN_LANGUAGE, _sign_language_dialog);
break;
}
#else
_video_view = std::make_shared<SimpleVideoView>(this, p);
#endif
- _video_view->Sized.connect (boost::bind(&FilmViewer::video_view_sized, this));
- _video_view->TooManyDropped.connect (boost::bind(boost::ref(TooManyDropped)));
+ _video_view[VideoType::MAIN]->Sized.connect(boost::bind(&FilmViewer::video_view_sized, this, VideoType::MAIN));
+ _video_view[VideoType::SIGN_LANGUAGE]->Sized.connect(boost::bind(&FilmViewer::video_view_sized, this, VideoType::SIGN_LANGUAGE));
+ _video_view[VideoType::MAIN]->TooManyDropped.connect(boost::bind(boost::ref(TooManyDropped)));
set_film (shared_ptr<Film>());
return;
}
- if (_video_view->display_next_frame(true) == VideoView::AGAIN) {
+ if (_video_view[VideoType::MAIN]->display_next_frame(true) == VideoView::AGAIN) {
/* get() could not complete quickly so we'll try again later */
signal_manager->when_idle (boost::bind(&FilmViewer::idle_handler, this));
} else {
_film = film;
- _video_view->clear ();
+ _video_view[VideoType::MAIN]->clear();
+ _video_view[VideoType::SIGN_LANGUAGE]->clear();
_closed_captions_dialog->clear ();
destroy_butler();
if (!_film) {
_player = boost::none;
resume();
- _video_view->update ();
+ _video_view[VideoType::MAIN]->update();
+ _video_view[VideoType::SIGN_LANGUAGE]->update();
return;
}
_player->set_dcp_decode_reduction (_dcp_decode_reduction);
}
} catch (bad_alloc &) {
- error_dialog (_video_view->get(), _("There is not enough free memory to do that."));
+ error_dialog(_video_view[VideoType::MAIN]->get(), _("There is not enough free memory to do that."));
_film.reset ();
resume();
return;
FilmViewer::create_butler()
{
#if wxCHECK_VERSION(3, 1, 0)
- auto const j2k_gl_optimised = dynamic_pointer_cast<GLVideoView>(_video_view) && _optimise_for_j2k;
+ auto const j2k_gl_optimised = dynamic_pointer_cast<GLVideoView>(_video_view[VideoType::MAIN]) && _optimise_for_j2k;
#else
auto const j2k_gl_optimised = false;
#endif
FilmViewer::set_outline_content (bool o)
{
_outline_content = o;
- _video_view->update ();
+ _video_view[VideoType::MAIN]->update();
}
FilmViewer::set_outline_subtitles (optional<dcpomatic::Rect<double>> rect)
{
_outline_subtitles = rect;
- _video_view->update ();
+ _video_view[VideoType::MAIN]->update();
}
void
FilmViewer::set_eyes (Eyes e)
{
- _video_view->set_eyes (e);
+ _video_view[VideoType::MAIN]->set_eyes(e);
slow_refresh ();
}
void
-FilmViewer::video_view_sized ()
+FilmViewer::video_view_sized(VideoType)
{
calculate_sizes ();
if (!quick_refresh()) {
return;
}
- auto const container = _film->container ();
+ auto set_sizes = [this](VideoType type, float ratio) {
+ auto const scale = dpi_scale_factor(_video_view[type]->get());
+ int const video_view_width = std::round(_video_view[type]->get()->GetSize().x * scale);
+ int const video_view_height = std::round(_video_view[type]->get()->GetSize().y * scale);
- auto const scale = dpi_scale_factor (_video_view->get());
- int const video_view_width = std::round(_video_view->get()->GetSize().x * scale);
- int const video_view_height = std::round(_video_view->get()->GetSize().y * scale);
+ auto const view_ratio = float(video_view_width) / video_view_height;
- auto const view_ratio = float(video_view_width) / video_view_height;
- auto const film_ratio = container ? container->ratio () : 1.78;
+ dcp::Size out_size;
+ if (view_ratio < ratio) {
+ /* panel is less widescreen than the film; clamp width */
+ out_size.width = video_view_width;
+ out_size.height = lrintf(out_size.width / ratio);
+ } else {
+ /* panel is more widescreen than the film; clamp height */
+ out_size.height = video_view_height;
+ out_size.width = lrintf(out_size.height * ratio);
+ }
- dcp::Size out_size;
- if (view_ratio < film_ratio) {
- /* panel is less widscreen than the film; clamp width */
- out_size.width = video_view_width;
- out_size.height = lrintf (out_size.width / film_ratio);
- } else {
- /* panel is more widescreen than the film; clamp height */
- out_size.height = video_view_height;
- out_size.width = lrintf (out_size.height * film_ratio);
- }
+ /* Catch silly values */
+ out_size.width = max (64, out_size.width);
+ out_size.height = max (64, out_size.height);
- /* Catch silly values */
- out_size.width = max (64, out_size.width);
- out_size.height = max (64, out_size.height);
+ /* Make sure the video container sizes are always a multiple of 2 so that
+ * we don't get gaps with subsampled sources (e.g. YUV420)
+ */
+ if (out_size.width % 2) {
+ out_size.width++;
+ }
+ if (out_size.height % 2) {
+ out_size.height++;
+ }
- /* Make sure the video container sizes are always a multiple of 2 so that
- * we don't get gaps with subsampled sources (e.g. YUV420)
- */
- if (out_size.width % 2) {
- out_size.width++;
- }
- if (out_size.height % 2) {
- out_size.height++;
- }
+ _player->set_video_container_size(type, out_size);
+ };
- _player->set_video_container_size (out_size);
+ set_sizes(VideoType::MAIN, _film->container() ? _film->container()->ratio() : 1.78);
+ set_sizes(VideoType::SIGN_LANGUAGE, 480.0 / 640.0);
}
FilmViewer::start_audio_stream_if_open ()
{
if (_audio.isStreamOpen()) {
- _audio.setStreamTime (_video_view->position().seconds());
+ _audio.setStreamTime(_video_view[VideoType::MAIN]->position().seconds());
try {
_audio.startStream ();
} catch (RtAudioError& e) {
_audio_channels = 0;
error_dialog (
- _video_view->get(),
+ _video_view[VideoType::MAIN]->get(),
_("There was a problem starting audio playback. Please try another audio output device in Preferences."), std_to_wx(e.what())
);
}
--_suspended;
if (_playing && !_suspended) {
start_audio_stream_if_open ();
- _video_view->start ();
+ _video_view[VideoType::MAIN]->start();
+ _video_view[VideoType::SIGN_LANGUAGE]->start();
}
}
* happens we want it to come after the Started signal, so do that first.
*/
Started ();
- _video_view->start ();
+ _video_view[VideoType::MAIN]->start();
+ _video_view[VideoType::SIGN_LANGUAGE]->start();
}
}
_playing = false;
- _video_view->stop ();
+ _video_view[VideoType::MAIN]->stop();
+ _video_view[VideoType::SIGN_LANGUAGE]->stop();
Stopped ();
- _video_view->rethrow ();
+ _video_view[VideoType::MAIN]->rethrow();
+ _video_view[VideoType::SIGN_LANGUAGE]->rethrow();
return true;
}
if (p == Film::Property::AUDIO_CHANNELS) {
destroy_and_maybe_create_butler();
} else if (p == Film::Property::VIDEO_FRAME_RATE) {
- _video_view->set_video_frame_rate (_film->video_frame_rate());
+ _video_view[VideoType::MAIN]->set_video_frame_rate(_film->video_frame_rate());
+ _video_view[VideoType::SIGN_LANGUAGE]->set_video_frame_rate(_film->video_frame_rate());
} else if (p == Film::Property::THREE_D) {
- _video_view->set_three_d (_film->three_d());
+ _video_view[VideoType::MAIN]->set_three_d(_film->three_d());
} else if (p == Film::Property::CONTENT) {
_closed_captions_dialog->update_tracks (_film);
}
void
FilmViewer::film_length_change ()
{
- _video_view->set_length (_film->length());
+ _video_view[VideoType::MAIN]->set_length(_film->length());
+ _video_view[VideoType::SIGN_LANGUAGE]->set_length(_film->length());
}
void
FilmViewer::slow_refresh ()
{
- seek (_video_view->position(), true);
+ seek(_video_view[VideoType::MAIN]->position(), true);
}
bool
FilmViewer::quick_refresh ()
{
- if (!_video_view || !_film || !_player) {
+ if (!_video_view[VideoType::MAIN] || !_film || !_player) {
return true;
}
- return _video_view->reset_metadata (_film, _player->video_container_size());
+ return _video_view[VideoType::MAIN]->reset_metadata(_film, _player->video_container_size(VideoType::MAIN));
}
/* We're going to start playing again straight away
so wait for the seek to finish.
*/
- while (_video_view->display_next_frame(false) == VideoView::AGAIN) {}
+ while (_video_view[VideoType::MAIN]->display_next_frame(false) == VideoView::AGAIN) {}
}
resume ();
} catch (RtAudioError& e) {
_audio_channels = 0;
error_dialog (
- _video_view->get(),
+ _video_view[VideoType::MAIN]->get(),
_("Could not set up audio output. There will be no audio during the preview."), std_to_wx(e.what())
);
}
return DCPTime::from_seconds (const_cast<RtAudio*>(&_audio)->getStreamTime());
}
- return _video_view->position();
+ return _video_view[VideoType::MAIN]->position();
}
DCPTime
FilmViewer::time () const
{
- return audio_time().get_value_or(_video_view->position());
+ return audio_time().get_value_or(_video_view[VideoType::MAIN]->position());
}
void
FilmViewer::seek_by (DCPTime by, bool accurate)
{
- seek (_video_view->position() + by, accurate);
+ seek(_video_view[VideoType::MAIN]->position() + by, accurate);
}
int
FilmViewer::dropped () const
{
- return _video_view->dropped ();
+ return _video_view[VideoType::MAIN]->dropped();
}
int
FilmViewer::errored () const
{
- return _video_view->errored ();
+ return _video_view[VideoType::MAIN]->errored();
}
int
FilmViewer::gets () const
{
- return _video_view->gets ();
+ return _video_view[VideoType::MAIN]->gets();
}
FilmViewer::set_optimise_for_j2k (bool o)
{
_optimise_for_j2k = o;
- _video_view->set_optimise_for_j2k (o);
+ _video_view[VideoType::MAIN]->set_optimise_for_j2k(o);
}
{
if (crop != _crop_guess) {
_crop_guess = crop;
- _video_view->update ();
+ _video_view[VideoType::MAIN]->update();
}
}
FilmViewer::unset_crop_guess ()
{
_crop_guess = boost::none;
- _video_view->update ();
+ _video_view[VideoType::MAIN]->update();
+}
+
+
+optional<dcpomatic::Rect<float>>
+FilmViewer::crop_guess(VideoType type) const
+{
+ if (type != VideoType::MAIN) {
+ return {};
+ }
+
+ return _crop_guess;
+}
+
+
+optional<dcpomatic::Rect<double>>
+FilmViewer::outline_subtitles(VideoType type) const
+{
+ if (type != VideoType::MAIN) {
+ return {};
+ }
+
+ return _outline_subtitles;
}
~FilmViewer ();
/** @return the window showing the film's video */
- wxWindow* panel () const {
- return _video_view->get();
+ wxWindow* panel(VideoType type) const {
+ return _video_view[type]->get();
}
- std::shared_ptr<const VideoView> video_view () const {
- return _video_view;
+ std::shared_ptr<const VideoView> video_view(VideoType type) const {
+ return _video_view[type];
}
void show_closed_captions ();
void seek_by (dcpomatic::DCPTime by, bool accurate);
/** @return our `playhead' position; this may not lie exactly on a frame boundary */
dcpomatic::DCPTime position () const {
- return _video_view->position();
+ return _video_view[VideoType::MAIN]->position();
}
boost::optional<dcpomatic::ContentTime> position_in_content (std::shared_ptr<const Content> content) const;
dcpomatic::DCPTime one_video_frame () const;
int audio_callback (void* out, unsigned int frames);
StateTimer const & state_timer () const {
- return _video_view->state_timer ();
+ return _video_view[VideoType::MAIN]->state_timer();
}
/* Some accessors and utility methods that VideoView classes need */
- bool outline_content () const {
- return _outline_content;
- }
- boost::optional<dcpomatic::Rect<double>> outline_subtitles () const {
- return _outline_subtitles;
+ bool outline_content(VideoType type) const {
+ return type == VideoType::MAIN && _outline_content;
}
+ boost::optional<dcpomatic::Rect<double>> outline_subtitles(VideoType type) const;
bool pad_black () const {
return _pad_black;
}
}
void finished ();
void image_changed (std::shared_ptr<PlayerVideo> video);
- boost::optional<dcpomatic::Rect<float>> crop_guess () const {
- return _crop_guess;
- }
+ boost::optional<dcpomatic::Rect<float>> crop_guess(VideoType type) const;
bool pending_idle_get () const {
return _idle_get;
private:
- void video_view_sized ();
+ void video_view_sized(VideoType type);
void calculate_sizes ();
void player_change (ChangeType type, int, bool);
void player_change (std::vector<int> properties);
std::shared_ptr<Film> _film;
boost::optional<Player> _player;
- std::shared_ptr<VideoView> _video_view;
+ EnumIndexedVector<std::shared_ptr<VideoView>, VideoType> _video_view;
bool _coalesce_player_changes = false;
std::vector<int> _pending_player_changes;
using namespace dcpomatic;
-SimpleVideoView::SimpleVideoView (FilmViewer* viewer, wxWindow* parent)
- : VideoView (viewer)
+SimpleVideoView::SimpleVideoView(FilmViewer* viewer, VideoType type, wxWindow* parent)
+ : VideoView (viewer, type)
, _rec2020_filter("convert", "convert", "", "colorspace=all=bt709:iall=bt2020")
, _rec2020_filter_graph({ &_rec2020_filter }, dcp::Fraction(24, 1))
{
dc.DrawRectangle (0, gap + out_size.height + 1, panel_size.GetWidth(), gap + 1);
}
- if (_viewer->outline_content()) {
+ if (_viewer->outline_content(_type)) {
wxPen p (outline_content_colour(), 2);
dc.SetPen (p);
dc.SetBrush (*wxTRANSPARENT_BRUSH);
dc.DrawRectangle (_inter_position.x, _inter_position.y + (panel_size.GetHeight() - out_size.height) / 2, _inter_size.width, _inter_size.height);
}
- auto subs = _viewer->outline_subtitles();
+ auto subs = _viewer->outline_subtitles(_type);
if (subs) {
wxPen p (outline_subtitles_colour(), 2);
dc.SetPen (p);
dc.DrawRectangle (subs->x * out_size.width, subs->y * out_size.height, subs->width * out_size.width, subs->height * out_size.height);
}
- if (_viewer->crop_guess()) {
+ if (auto const crop_guess = _viewer->crop_guess(_type)) {
wxPen p (crop_guess_colour(), 2);
dc.SetPen (p);
dc.SetBrush (*wxTRANSPARENT_BRUSH);
- auto const crop_guess = _viewer->crop_guess().get();
dc.DrawRectangle (
- _inter_position.x + _inter_size.width * crop_guess.x,
- _inter_position.y + _inter_size.height * crop_guess.y,
- _inter_size.width * crop_guess.width,
- _inter_size.height * crop_guess.height
+ _inter_position.x + _inter_size.width * crop_guess->x,
+ _inter_position.y + _inter_size.height * crop_guess->y,
+ _inter_size.width * crop_guess->width,
+ _inter_size.height * crop_guess->height
);
}