vrc-worlds

VRChat Quest optimization requires baked lighting workflows, light probes, and a configured VRCWorld descriptor. This Skill provides scene setup, GPU lightmapper pipelines, and testing workflows to ensure VRChat environments run efficiently on Quest hardware.

Spawn point planning in VRChat requires configuring the VRCWorld descriptor within the Unity scene hierarchy. Place multiple spawn points early in world setup to define player entry locations before baking lighting.

Baked lighting works effectively for VRChat Quest worlds by precomputing light data to reduce runtime GPU load. Use the GPU lightmapper workflow and light probes to capture indirect lighting and maintain visual quality on Quest hardware.

This VRChat optimization process applies to PC builds as well as Quest. The workflow includes performance validation checks for both Quest and PC deployments, allowing iterative refinement across both platforms.

Light probes store baked indirect lighting data for dynamic objects and moving players in VRChat worlds. They complement baked lighting by ensuring non-static meshes receive accurate ambient light without expensive real-time calculations.

The VRChat SDK in Unity is required to optimize worlds for Quest. The SDK provides the VRCWorld descriptor required for scene setup, spawn point configuration, and building environments for Quest and PC deployments.