Function refresh_geometry

src/tiling.rs:27–70

(workspace: &mut Workspace)

};

pub fn refresh_geometry(workspace: &mut Workspace) {
	let gaps = { (3, 3) };
	let output = layer_map_for_output(workspace.outputs().next().unwrap()).non_exclusive_zone();
	let output_full = workspace.outputs().next().unwrap().current_mode().unwrap().size;

	match &mut workspace.layout_tree {
		Dwindle::Empty => {}
		Dwindle::Window(w) => {
			w.borrow_mut().rec = Rectangle {
				loc: Point::from((gaps.0 + gaps.1 + output.loc.x, gaps.0 + gaps.1 + output.loc.y)),
				size: Size::from((
					output.size.w - ((gaps.0 + gaps.1) * 2),
					output.size.h - ((gaps.0 + gaps.1) * 2),
				)),
			};
		}
		Dwindle::Split { left, right, split, ratio } => {
			if let Dwindle::Window(w) = left.as_mut() {
				generate_layout(
					right.as_mut(),
					w,
					Rectangle {
						loc: Point::from((gaps.0 + output.loc.x, gaps.0 + output.loc.y)),
						size: Size::from((
							output.size.w - (gaps.0 * 2),
							output.size.h - (gaps.0 * 2),
						)),
					},
					*split,
					*ratio,
					Size::from((output_full.w - gaps.0, output_full.h - gaps.0)),
					gaps,
				)
			}
		}
	}
	for strata_window in workspace.strata_windows() {
		let xdg_toplevel = strata_window.smithay_window.toplevel();
		xdg_toplevel.with_pending_state(|state| {
			state.size = Some(strata_window.rec.size);
		});
		xdg_toplevel.send_configure();
	}
}

pub fn generate_layout(
	tree: &mut Dwindle,