This document describes how the crates that make up egui are all connected.
Also see CONTRIBUTING.md for what to do before opening a PR.
The crates in this repository are: egui, emath, epaint, egui, epi, egui_web, egui_glium, egui_demo_lib, egui_demo_app.
Example code: if ui.button("Click me").clicked() { … }
This is the crate where the bulk of the code is at. egui depends only on emath and epaint.
Examples: Vec2, Pos2, Rect, lerp, remap
2d shapes and text that can be turned into textured triangles.
Example: Shape::Circle { center, radius, fill, stroke }
Depends on emath, ab_glyph, atomic_refcell, ahash.
Depends only on egui.
Adds a thin application level wrapper around egui for hosting an egui app inside of eframe.
Puts an egui app inside the web browser by compiling to WASM and binding to the web browser with js-sys and wasm-bindgen. Paints the triangles that egui outputs using WebGL.
Puts an egui app inside a native window on your laptop. Paints the triangles that egui outputs using glium.
A wrapper around egui_web + egui_glium, so you can compile the same app for either web or native.
The demo that you can see at https://emilk.github.io/egui/index.html is using eframe to host the egui. The demo code is found in:
Depends on egui + epi.
This contains a bunch of uses of egui and looks like the ui code you would write for an egui app.
Thin wrapper around egui_demo_lib so we can compile it to a web site or a native app executable.
Depends on egui_demo_lib + eframe.
There are also many great integrations for game engines such as bevy and miniquad which you can find at https://github.com/emilk/egui#integrations.