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https://github.com/wez/wezterm.git
synced 2024-12-01 00:35:46 +03:00
re-use main shaper helper for fancy tab text rendering
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Wez Furlong
parent
a5319d66bd
commit
b1509fa0d1
@ -73,6 +73,7 @@ pub struct RenderScreenLineOpenGLParams<'a> {
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/// If true, use the shaper-determined pixel positions,
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/// rather than using monospace cell based positions.
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pub use_pixel_positioning: bool,
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pub pre_shaped: Option<&'a Vec<ShapedCluster<'a>>>,
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}
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pub struct ComputeCellFgBgParams<'a> {
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@ -104,7 +105,7 @@ pub struct ComputeCellFgBgResult {
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/// Basic cache of computed data from prior cluster to avoid doing the same
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/// work for space separated clusters with the same style
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#[derive(Clone, Debug)]
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struct ClusterStyleCache<'a> {
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pub struct ClusterStyleCache<'a> {
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attrs: &'a CellAttributes,
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style: &'a TextStyle,
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underline_tex_rect: TextureRect,
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@ -114,7 +115,7 @@ struct ClusterStyleCache<'a> {
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}
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#[derive(Clone, Debug)]
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struct ShapedCluster<'a> {
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pub struct ShapedCluster<'a> {
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style: ClusterStyleCache<'a>,
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x_pos: f32,
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pixel_width: f32,
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@ -301,36 +302,12 @@ impl super::TermWindow {
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None
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}
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/// Shape the printable text from a Line; returns the total width
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/// of the line as well as the shaped info for each of its clusters.
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/// Ignores colo
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fn shape_line_text(
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&self,
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line: &Line,
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style: &TextStyle,
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font: &Rc<LoadedFont>,
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) -> anyhow::Result<(f32, Vec<Rc<Vec<ShapedInfo<SrgbTexture2d>>>>)> {
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let gl_state = self.render_state.as_ref().unwrap();
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let mut shaped = vec![];
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let mut width = 0.;
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let cell_clusters = line.cluster();
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for cluster in &cell_clusters {
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let glyph_info =
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self.cached_cluster_shape(style, &cluster, &gl_state, line, Some(font))?;
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for info in glyph_info.iter() {
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width += info.glyph.x_advance.get() as f32;
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}
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shaped.push(glyph_info);
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}
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Ok((width, shaped))
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}
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fn paint_one_tab(
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&self,
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mut pos_x: f32,
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palette: &ColorPalette,
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item: &TabEntry,
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colors: &TabBarColors,
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style: &TextStyle,
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font: &Rc<LoadedFont>,
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metrics: &FontMetrics,
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layers: &mut [MappedQuads; 3],
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@ -343,7 +320,55 @@ impl super::TermWindow {
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let pos_y = top_y + metrics.cell_height.get() as f32 + metrics.descender.get() as f32;
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let gl_state = self.render_state.as_ref().unwrap();
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let (width, shaped) = self.shape_line_text(&item.title, style, font)?;
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let white_space = gl_state.util_sprites.white_space.texture_coords();
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let filled_box = gl_state.util_sprites.filled_box.texture_coords();
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let window_is_transparent =
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self.window_background.is_some() || self.config.window_background_opacity != 1.0;
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let default_bg = rgbcolor_alpha_to_window_color(
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palette.resolve_bg(ColorAttribute::Default),
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if window_is_transparent {
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0.
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} else {
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self.config.text_background_opacity
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},
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);
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let params = RenderScreenLineOpenGLParams {
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top_pixel_y: 0.,
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left_pixel_x: 0.,
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stable_line_idx: None,
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line: &item.title,
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selection: 0..0,
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cursor: &Default::default(),
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palette: &palette,
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dims: &RenderableDimensions {
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cols: self.terminal_size.cols as _,
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physical_top: 0,
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scrollback_rows: 0,
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scrollback_top: 0,
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viewport_rows: 1,
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},
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config: &self.config,
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cursor_border_color: LinearRgba::default(),
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foreground: rgbcolor_to_window_color(palette.foreground),
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pane: None,
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is_active: true,
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selection_fg: LinearRgba::default(),
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selection_bg: LinearRgba::default(),
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cursor_fg: LinearRgba::default(),
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cursor_bg: LinearRgba::default(),
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white_space,
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filled_box,
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window_is_transparent,
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default_bg,
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font: Some(Rc::clone(font)),
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use_pixel_positioning: true,
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pre_shaped: None,
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};
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let cell_clusters = item.title.cluster();
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let shaped = self.cluster_and_shape(&cell_clusters, ¶ms)?;
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let width: f32 = shaped.iter().map(|s| s.pixel_width).sum();
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let hover_x_start = pos_x + metrics.cell_width.get() as f32 / 4.;
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let hover_x_end = hover_x_start + width; //+ metrics.cell_width.get() as f32 /2.;
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@ -409,8 +434,8 @@ impl super::TermWindow {
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quad.set_hsv(None);
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}
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for glyph_info in shaped {
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for info in glyph_info.iter() {
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for s in &shaped {
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for info in s.glyph_info.iter() {
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let glyph = &info.glyph;
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if let Some(texture) = glyph.texture.as_ref() {
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let x = pos_x + (glyph.x_offset.get() + glyph.bearing_x.get()) as f32;
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@ -467,7 +492,7 @@ impl super::TermWindow {
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}
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}
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fn paint_fancy_tab_bar(&self) -> anyhow::Result<Vec<UIItem>> {
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fn paint_fancy_tab_bar(&self, palette: &ColorPalette) -> anyhow::Result<Vec<UIItem>> {
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let colors = self
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.config
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.colors
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@ -475,7 +500,6 @@ impl super::TermWindow {
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.and_then(|c| c.tab_bar.as_ref())
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.cloned()
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.unwrap_or_else(TabBarColors::default);
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let style = &self.config.window_frame.font;
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let font = self.fonts.title_font()?;
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let metrics = font.metrics();
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@ -533,7 +557,7 @@ impl super::TermWindow {
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let mut x = 0.;
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for item in items.iter() {
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let (new_x, item) =
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self.paint_one_tab(x, item, &colors, style, &font, &metrics, &mut layers)?;
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self.paint_one_tab(x, palette, item, &colors, &font, &metrics, &mut layers)?;
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x = new_x;
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match item.item_type {
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UIItemType::TabBar(TabBarItem::None) => ui_items.insert(0, item),
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@ -545,8 +569,10 @@ impl super::TermWindow {
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}
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fn paint_tab_bar(&mut self) -> anyhow::Result<()> {
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let palette = self.palette().clone();
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if self.config.use_fancy_tab_bar {
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self.ui_items.append(&mut self.paint_fancy_tab_bar()?);
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self.ui_items
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.append(&mut self.paint_fancy_tab_bar(&palette)?);
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return Ok(());
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}
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@ -576,7 +602,6 @@ impl super::TermWindow {
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let window_is_transparent =
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self.window_background.is_some() || self.config.window_background_opacity != 1.0;
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let palette = self.palette().clone();
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let gl_state = self.render_state.as_ref().unwrap();
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let white_space = gl_state.util_sprites.white_space.texture_coords();
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let filled_box = gl_state.util_sprites.filled_box.texture_coords();
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@ -629,6 +654,7 @@ impl super::TermWindow {
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default_bg,
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font: None,
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use_pixel_positioning: false,
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pre_shaped: None,
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},
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&mut layers,
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)?;
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@ -982,6 +1008,7 @@ impl super::TermWindow {
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default_bg,
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font: None,
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use_pixel_positioning: false,
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pre_shaped: None,
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},
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&mut layers,
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)?;
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@ -1381,25 +1408,33 @@ impl super::TermWindow {
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let cell_height = self.render_metrics.cell_size.height as f32;
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let pos_y = (self.dimensions.pixel_height as f32 / -2.) + params.top_pixel_y;
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// Break the line into clusters of cells with the same attributes
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let start = Instant::now();
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let cell_clusters = params.line.cluster();
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metrics::histogram!("render_screen_line_opengl.line.cluster", start.elapsed());
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log::trace!(
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"cluster -> {} clusters, elapsed {:?}",
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cell_clusters.len(),
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start.elapsed()
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);
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let mut last_cell_idx = 0;
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let shaped = self.cluster_and_shape(&cell_clusters, ¶ms)?;
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let local_shaped;
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let cell_clusters;
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let shaped = match params.pre_shaped {
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Some(s) => s,
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None => {
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// Break the line into clusters of cells with the same attributes
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cell_clusters = params.line.cluster();
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metrics::histogram!("render_screen_line_opengl.line.cluster", start.elapsed());
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log::trace!(
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"cluster -> {} clusters, elapsed {:?}",
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cell_clusters.len(),
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start.elapsed()
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);
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local_shaped = self.cluster_and_shape(&cell_clusters, ¶ms)?;
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&local_shaped
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}
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};
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// Make a pass to compute background colors.
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// Need to consider:
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// * background when it is not the default color
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// * Reverse video attribute
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for item in &shaped {
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for item in shaped {
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let cluster = &item.cluster;
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let attrs = &cluster.attrs;
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let cluster_width = unicode_column_width(&cluster.text);
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@ -1479,7 +1514,7 @@ impl super::TermWindow {
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let mut overlay_images = vec![];
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for item in &shaped {
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for item in shaped {
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let style_params = &item.style;
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let cluster = &item.cluster;
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let glyph_info = &item.glyph_info;
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@ -1832,7 +1867,7 @@ impl super::TermWindow {
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}
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if params.stable_line_idx == Some(params.cursor.y)
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&& ((params.cursor.x > last_cell_idx) || cell_clusters.is_empty())
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&& ((params.cursor.x > last_cell_idx) || shaped.is_empty())
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{
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// Compute the cursor fg/bg
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let ComputeCellFgBgResult {
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