How do I handle user input in 3D spaces?

visionOS uses spatial gestures like Tap, Drag, and Rotate which can be targeted to specific RealityKit entities using the .targetedToEntity() modifier in SwiftUI.

What is the difference between a window and a volume in visionOS?

A window is a 2D plane that floats in 3D space, while a volume is a bounded 3D container designed to display 3D objects that users can view from multiple angles.

How can I add menus to my visionOS windows?

You can use the .ornament() modifier to attach UI elements like toolbars and navigation controls that float at specific edges of your window with a glass background effect.

Does this skill support hand tracking for Vision Pro?

Yes, it includes patterns for ARKitSession management and HandTrackingProvider to access skeletal joint data for custom gesture recognition.

What are the available immersion styles for ImmersiveSpace?

visionOS supports three styles: .mixed (content blends with the real world), .progressive (user-controlled immersion level), and .full (complete virtual environment).

VisionOS Spatial Computing

Name: VisionOS Spatial Computing
Author: bluewaves-creations

bybluewaves-creations

0•

Mobile Development

Develop immersive Apple Vision Pro applications using windows, volumes, and RealityKit spatial patterns.

This skill provides a comprehensive framework for building spatial computing applications on visionOS. It guides developers through the core app hierarchy of standard windows, volumetric containers, and fully immersive spaces. By providing implementation patterns for RealityKit integration, spatial gestures, and ARKit hand tracking, it enables the creation of sophisticated mixed-reality experiences. Whether you are designing floating UI ornaments or managing complex 3D entity interactions, this skill ensures your Vision Pro apps follow Apple's spatial design language and technical best practices.

Características Principales

010 GitHub stars

02Comprehensive patterns for Window, Volume, and Immersive Space scenes

03Custom window ornaments and glass-material UI components

04Spatial gesture implementation including 3D drag, rotate, and magnify

05RealityKit entity management and 3D model rendering

06Advanced ARKit session management for world and hand tracking

Casos de Uso

01Creating a fully immersive mixed-reality environment with world-anchored entities

02Developing spatial productivity tools with floating ornaments and hand-gesture controls

03Building a 3D product showcase using volumetric windows and RealityKit

Características Principales

010 GitHub stars

02Comprehensive patterns for Window, Volume, and Immersive Space scenes

03Custom window ornaments and glass-material UI components

04Spatial gesture implementation including 3D drag, rotate, and magnify

05RealityKit entity management and 3D model rendering

06Advanced ARKit session management for world and hand tracking

Casos de Uso

01Creating a fully immersive mixed-reality environment with world-anchored entities

02Developing spatial productivity tools with floating ornaments and hand-gesture controls

03Building a 3D product showcase using volumetric windows and RealityKit