visionos-design-guidelines

To design spatial UI layouts for visionOS apps, position windows and volumes considering depth, eye input, and hand interactions to maintain user comfort and accessibility. Apply glass materials and standard window chrome to ensure content readability within the spatial environment.

Use immersive spaces in visionOS when you need to transition users into a fully integrated environment, rather than using standard windows or volumes. Provide progressive immersion and clear exit paths to ensure users can safely navigate back from the spatial experience.

Position leading and bottom ornaments in visionOS spatial interfaces to maintain a clean content area while keeping controls accessible. Ensure ornaments use glass materials and vibrancy for readability, and avoid obstructing the primary window layout during eye and hand input.

Readability requirements for glass materials in visionOS design dictate using vibrancy and depth cues to differentiate interface layers. Apply standard window chrome and ensure content remains legible against real-world backgrounds by leveraging the system's built-in material behaviors.

Yes, you can arrange multiple windows in an arc layout for visionOS spatial apps to optimize the user's field of view. Ensure the arc window arrangement maintains comfortable eye and hand input ergonomics, and apply standard window chrome for consistent spatial UI management.

RealityKit supports progressive immersion transitions in visionOS apps by managing the shift between standard windows, volumes, and immersive spaces. Ensure your spatial UI provides clear exit paths and maintains user comfort throughout the immersion transition process.