Seele AI · Game Workspace
Build a browser game with Three.js
Choose a browser-first game format, define the interaction loop, and continue from an editable Three.js-oriented brief.
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Why start here
Design for the browser from the start
Start with a browser loop
Keep input, loading, resize behavior, and restart visible in the first playable.
Make scene weight explicit
Describe the environment, asset scope, and visual direction before adding detail.
Test real browser inputs
Keep keyboard, pointer, touch, focus, and device checks in the handoff.
Starting points
Review Three.js game formats
These examples emphasize small scenes, clear browser input, and a complete first loop.
Starting prompt
Create a Three.js browser game prototype with {'{'}game_type{'}'}, lightweight assets, explicit input, resize handling, loading feedback, and restart.
Who this is for
Who should use a Three.js game creator?
Use this page when a browser team wants to settle the 3D interaction, scene scope, and input plan before building a larger web experience.
- Frontend developers
Turn a browser game idea into a concrete scene, input, camera, and restart brief.
- Creative coders
Explore a focused 3D interaction with enough structure to review the experience before polishing it.
- Web game teams
Align on loading, resize behavior, performance limits, and the browser features needed for the first slice.
How to use it
Plan a Three.js browser game in four steps
Start with the browser interaction and scene budget, then use Workspace to review the prototype before expanding its 3D content.
Set the browser target
Describe the device range, input method, orientation, loading expectation, and browser context for the first release.
Choose the 3D loop
Start with a runner, arena, exploration scene, lobby, or other format that makes the player action easy to test.
Define the scene budget
Set the camera, controls, objects, lighting, feedback, resize behavior, and performance boundaries for the first slice.
Review in the browser
Test loading, input, frame rate, resize behavior, and restart, then label simulated networking or placeholder assets clearly.
How it works
From browser idea to playable scene
- 1
Choose the browser loop
Pick a game format and the input devices the first version must support.
- 2
Define the scene budget
Set the environment, asset count, loading state, and performance questions.
- 3
Test in the browser
Run the project outside the editor and inspect controls, resize, loading, and restart.
Keep control
Keep browser behavior testable
A Three.js brief can organize the starting point; actual browser compatibility and performance still need testing.
- Explicit inputs
- Name keyboard, pointer, touch, focus, and resize behavior.
- Lightweight assets
- Keep scene and asset choices aligned with a browser-first first playable.
- Real-device check
- Test the packaged or served build on the browsers and devices that matter.
The page does not guarantee WebGL performance, multiplayer, or cross-browser support without verification.
FAQ
Questions from browser game developers
Does this publish a finished Three.js game?
It creates a starting point for an editable browser prototype. The developer still needs to inspect, serve, build, and test it.
Can I include touch input?
Yes. Make touch behavior an explicit requirement and test it on the target devices.
Can I claim a frame-rate target?
No. Performance depends on the scene, device, browser, and build, so it must be measured.
Does a template add live multiplayer?
A template can describe a local or simulated flow, but live networking requires a separate implementation and verification.
Ready to start
Make the browser loop testable
Start with a clear Three.js brief, build the smallest scene, and test the real browser behavior before expanding it.
Start creatingFree