A modern and flexible 3D renderer . Features: lights, shadows, cameras, meshes, textures, materials, gltf loading; Extensible: custom shaders, materials, and render pipelines; Common Core: built on top of Bevy's Render Graph

This example demonstrates the built-in 3d shapes in Bevy. The scene includes a patterned texture and a rotation for visualizing the normals and UVs. You can toggle wireframes with the space bar except on wasm.

3d_scene.rs //! A simple 3D scene with light shining over a cube sitting on a plane. use ...

These examples demonstrate how to use Bevy's features in a minimal, easy to understand way. Click an example below to run it in your browser (using WASM + WebGL) and view the source code. You can also view these examples (and others) in the Bevy repo .

3D Rendering / 3D Scene Back to examples View in GitHub . This example is running in WebGL2 and should work in most browsers. You can check the WebGPU example here. 3d_scene.rs //! A simple 3D scene with light shining over a cube sitting on a plane. use ...

A bevy is a group of birds! But Bevy is also a refreshingly simple data-driven game engine built in Rust. It is free and open-source forever under your choice of the MIT or Apache 2.0 licenses. Bevy has the following design goals: Capable: Offer a complete 2D and 3D feature set; Simple: Easy for newbies to pick up, but infinitely flexible for ...

// Read more about how to correctly build a mesh manually in the Bevy documentation of a Mesh, // further examples and the implementation of the built-in shapes.

3D Rendering / Texture Back to examples View in GitHub . This example is running in WebGL2 and should work in most browsers. You can check the WebGPU example here. texture.rs //! This example shows various ways to configure texture materials in 3D. …

This section will help you get started on your Bevy journey as quickly as possible. It will walk you through setting up your development environment and writing a simple Bevy app. Quick Start #

Bevy Rust API Docs. Learn how to use Bevy's types, traits and methods using the in-depth reference documentation, complete with inline examples.