Run any Skill in Manus with one click

bevy-rendering

Stars118

Forks9

UpdatedJune 20, 2026 at 00:01

Reference for Bevy's rendering pipeline — wgpu, render graph, extract/prepare/queue/draw stages, meshes, materials, lighting, and text rendering.

Installation

Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.

Run Skill in Manus

Source

nolantait

nolantait/bevy-starter

View GitHub Repository View Creator Repositories

Download

Run Skill in Manus

Related occupationsSOC

Based on SOC occupation classification

Software DevelopersComputer and Mathematical Occupations·SOC 15-1252

SKILL.md

readonly

name	bevy-rendering
description	Reference for Bevy's rendering pipeline — wgpu, render graph, extract/prepare/queue/draw stages, meshes, materials, lighting, and text rendering.
metadata	{"crate":"bevy_render","bevy":"0.19"}

Graphics stack

Bevy Engine → wgpu → Graphics API (Vulkan/Metal/DX12/WebGPU) → GPU Driver → GPU Hardware

Frame structure

Each frame: Simulation (game logic) + Rendering (drawing) run in parallel.

Render pipeline (5 steps)

Extract — copy render data from game world (sync point, keep fast)
Prepare — set up vertex data, write vertex buffers
Queue — create pipelines, bind groups, add entities to render phases
Render Graph — acyclic graph of nodes generating GPU commands
Draw Functions — execute draw calls via RenderCommand

Render Graph

Nodes — generate draw calls, operate on slots
Edges — execution order, connect input/output slots
Slots — describe render resources

Supports sub-graphs (e.g., "2d" and "3d" for different parts of the game).

Meshes

Built-in 3D: Cuboid, Sphere, Cylinder, Capsule3D, Cone, Torus, Triangle3D, Tetrahedron, Plane3D

Built-in 2D: Circle, Rectangle, Triangle2d, Capsule2d, Ellipse, RegularPolygon, Arc2d, and more.

Materials

PBR properties: Color, Metallic, Roughness, Reflectance, Clear Coat, Anisotropy.

Rendering entities

commands.spawn((
  Mesh2d(meshes.add(Circle::new(50.))),
  MeshMaterial2d(materials.add(ColorMaterial::from(RED))),
  Transform::from_xyz(-150., 0., 0.),
));

Lighting

commands.spawn((
  PointLight { shadows_enabled: true, intensity: 10_000_000., range: 100.0, ..default() },
  Transform::from_xyz(0., 10., 0.),
));

Types: PointLight, SpotLight, DirectionalLight.

Text rendering

UI text (Text) or scene text (Text2d):

// Scene text
commands.spawn((
  Text2d::new("Hello"),
  TextColor(Color::WHITE),
  TextFont { font_size: 60.0, ..default() },
  TextLayout::new_with_justify(Justify::Center),
));

More from this repository

same repository

avian

nolantait/bevy-starter

Reference for Avian physics engine — rigid bodies, colliders, joints, spatial queries, collision events, character controllers, and debug rendering.

2026-06-20118

bevy-assets

nolantait/bevy-starter

Reference for loading, managing, and tracking assets in Bevy — AssetServer, handles, loading states, events, custom loaders, and hot reloading.

2026-06-20118

bevy-audio

nolantait/bevy-starter

Reference for playing and controlling audio in Bevy — AudioPlayer, AudioSink, spatial audio, volume, and playback settings.

2026-06-20118

bevy-bsn

nolantait/bevy-starter

Reference for Bevy Scene Notation (BSN) — the bsn! macro for defining inline scenes with components, children, relationships, observers, and dynamic props.

2026-06-20118

bevy-cameras

nolantait/bevy-starter

Reference for cameras in Bevy — Camera2d, Camera3d, viewports, projection, render layers, mouse-to-world, and free camera controllers.

2026-06-20118

bevy-commands

nolantait/bevy-starter

Reference for Bevy Commands — spawning/despawning entities, inserting/removing components, custom commands, trait extensions, and testing.

2026-06-20118

name	bevy-rendering
description	Reference for Bevy's rendering pipeline — wgpu, render graph, extract/prepare/queue/draw stages, meshes, materials, lighting, and text rendering.
metadata	{"crate":"bevy_render","bevy":"0.19"}

Graphics stack

Bevy Engine → wgpu → Graphics API (Vulkan/Metal/DX12/WebGPU) → GPU Driver → GPU Hardware

Frame structure

Each frame: Simulation (game logic) + Rendering (drawing) run in parallel.

Render pipeline (5 steps)

Extract — copy render data from game world (sync point, keep fast)
Prepare — set up vertex data, write vertex buffers
Queue — create pipelines, bind groups, add entities to render phases
Render Graph — acyclic graph of nodes generating GPU commands
Draw Functions — execute draw calls via RenderCommand

Render Graph

Nodes — generate draw calls, operate on slots
Edges — execution order, connect input/output slots
Slots — describe render resources

Supports sub-graphs (e.g., "2d" and "3d" for different parts of the game).

Meshes

Built-in 3D: Cuboid, Sphere, Cylinder, Capsule3D, Cone, Torus, Triangle3D, Tetrahedron, Plane3D

Built-in 2D: Circle, Rectangle, Triangle2d, Capsule2d, Ellipse, RegularPolygon, Arc2d, and more.

Materials

PBR properties: Color, Metallic, Roughness, Reflectance, Clear Coat, Anisotropy.

Rendering entities

commands.spawn((
  Mesh2d(meshes.add(Circle::new(50.))),
  MeshMaterial2d(materials.add(ColorMaterial::from(RED))),
  Transform::from_xyz(-150., 0., 0.),
));

Lighting

commands.spawn((
  PointLight { shadows_enabled: true, intensity: 10_000_000., range: 100.0, ..default() },
  Transform::from_xyz(0., 10., 0.),
));

Types: PointLight, SpotLight, DirectionalLight.

Text rendering

UI text (Text) or scene text (Text2d):

// Scene text
commands.spawn((
  Text2d::new("Hello"),
  TextColor(Color::WHITE),
  TextFont { font_size: 60.0, ..default() },
  TextLayout::new_with_justify(Justify::Center),
));