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A curated list of resources for developers building visionOS apps, spatial interfaces, RealityKit and ARKit experiences, immersive media, and Apple Vision Pro tooling.

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• visionOS Developer Documentation — Official starting point for visionOS APIs, guides, and sample code.
• Human Interface Guidelines for visionOS — Design guidance for spatial interfaces, windows, volumes, and immersive spaces.
• RealityKit Documentation — Framework reference for rendering, animation, physics, audio, and Reality Composer Pro content.
• ARKit in visionOS — Apple guidance for plane detection, hand tracking, room tracking, and world sensing on visionOS.

• Get started with building apps for spatial computing — Introduces the core visionOS app model and spatial computing concepts.
• Meet Safari for spatial computing — Explains how Safari adapts web experiences for Apple Vision Pro.
• Develop your first immersive app — Walks through building an immersive app with SwiftUI and RealityKit.
• Meet SwiftUI for spatial computing — Covers SwiftUI patterns for windows, volumes, and spatial layouts.
• Build great games for spatial computing — Covers design and technical foundations for spatial games.
• Design for spatial user interfaces — Explains interaction and layout principles for spatial UI.
• Design for spatial input — Covers gaze, gesture, and controller input patterns.
• Principles of spatial design — Defines foundational design principles for Apple Vision Pro experiences.
• Meet UIKit for spatial computing — Shows how UIKit apps adapt to visionOS.
• Build spatial SharePlay experiences — Explains shared spatial sessions with GroupActivities.
• Discover Quick Look for spatial computing — Covers spatial Quick Look for 3D assets and previews.
• Enhance your spatial computing app with RealityKit — Shows how RealityKit powers spatial rendering and interaction.
• Evolve your ARKit app for spatial experiences — Explains how to adapt ARKit apps for visionOS.
• Explore materials in Reality Composer Pro — Introduces material authoring workflows in Reality Composer Pro.
• Explore rendering for spatial computing — Covers rendering concepts for spatial apps and games.
• Meet ARKit for spatial computing — Introduces ARKit capabilities available on visionOS.
• Take SwiftUI to the next dimension — Demonstrates how SwiftUI composes 2D and 3D content.
• Work with Reality Composer Pro content in Xcode — Shows how to load and manage Reality Composer Pro assets in Xcode.
• Explore enhancements to RoomPlan — Covers RoomPlan updates relevant to spatial workflows.
• Meet Object Capture for iOS — Introduces Object Capture workflows for creating 3D assets.

• Build compelling spatial photo and video experiences — Covers spatial photo and video playback patterns for visionOS.
• Compose interactive 3D content in Reality Composer Pro — Shows how to build interactive scenes in Reality Composer Pro.
• Create enhanced spatial computing experiences with ARKit — Explains new ARKit capabilities for spatial apps.
• Design great visionOS apps — Gives current design guidance for polished visionOS apps.
• Discover RealityKit APIs for iOS, macOS and visionOS — Covers cross-platform RealityKit API improvements.
• Enhance your spatial computing app with RealityKit audio — Shows how to use RealityKit audio in spatial experiences.
• Explore multiview video playback in visionOS — Explains multiview video playback for Apple Vision Pro.
• Explore object tracking for visionOS — Covers object tracking workflows using ARKit.
• Introducing enterprise APIs for visionOS — Introduces enterprise-only APIs for specialized visionOS apps.
• What's new in SwiftUI — Summarizes SwiftUI updates relevant to Apple platforms.
• Build a spatial drawing app with RealityKit — Demonstrates dynamic meshes and drawing interactions in RealityKit.
• Create custom environments for your immersive apps in visionOS — Explains custom environment authoring for immersive spaces.
• Dive deep into volumes and immersive spaces — Covers advanced structure for volumes and immersive spaces.
• Enhance the immersion of media viewing in custom environments — Shows custom environments for media viewing apps.
• Explore game input in visionOS — Covers hand, controller, and game input patterns.
• Meet TabletopKit for visionOS — Introduces TabletopKit for spatial board and tabletop games.
• Optimize for the spatial web — Covers web performance and design for spatial browsing.
• Render Metal with passthrough in visionOS — Explains Metal rendering with passthrough in immersive apps.
• Work with windows in SwiftUI — Covers window management and layout in SwiftUI.
• Break into the RealityKit debugger — Introduces RealityKit debugging workflows in Xcode.
• Bring your iOS or iPadOS game to visionOS — Shows how to adapt existing games for visionOS.
• Build immersive web experiences with WebXR — Covers WebXR support for immersive web experiences.
• Create custom hover effects in visionOS — Explains hover feedback for spatial input.
• Design interactive experiences for visionOS — Covers interaction design for spatial apps.
• Discover area mode for Object Capture — Explains Object Capture area mode for larger captures.
• Get started with HealthKit in visionOS — Shows how HealthKit data can appear in visionOS apps.
• Optimize your 3D assets for spatial computing — Covers asset optimization for performance and quality.
• Customize spatial Persona templates in SharePlay — Covers Persona layout templates for SharePlay experiences.
• What's new in Quick Look for visionOS — Summarizes Quick Look improvements for visionOS.

• What's new in RealityKit — Summarizes RealityKit updates for modern spatial apps.
• Bring your SceneKit project to RealityKit — Shows how to migrate SceneKit rendering, assets, animation, audio, and effects to RealityKit.
• Explore spatial accessory input on visionOS — Covers accessory tracking and input workflows on visionOS.
• What's new in Metal rendering for immersive apps — Explains Metal rendering updates for immersive experiences.
• Support immersive video playback in visionOS apps — Shows how to implement immersive video playback.
• Explore video experiences for visionOS — Covers video presentation patterns for visionOS.
• Optimize your custom environments for visionOS — Gives performance guidance for custom immersive environments.
• What's new in visionOS 26 — Summarizes platform updates in visionOS 26.
• Share visionOS experiences with nearby people — Covers local shared experiences on Apple Vision Pro.
• Learn about Apple Immersive Video technologies — Explains the technology stack behind Apple Immersive Video.
• Better together: SwiftUI and RealityKit — Shows how SwiftUI and RealityKit cooperate in spatial apps.
• Meet SwiftUI spatial layout — Introduces SwiftUI spatial layout APIs and patterns.
• What's new in widgets — Covers WidgetKit updates across Apple platforms.
• Design widgets for visionOS — Explains how to design spatial widgets for visionOS.
• Set the scene with SwiftUI in visionOS — Covers SwiftUI scene structure for visionOS apps.
• Bring Swift Charts to the third dimension — Shows how charts can become spatial data visualizations.
• What's new for the spatial web — Summarizes web platform updates for spatial browsing.
• Design hover interactions for visionOS — Covers hover states and feedback for spatial interfaces.
• Explore enhancements to your spatial business app — Covers platform features for enterprise and business workflows.
• Learn about the Apple Projected Media Profile — Explains APMP for immersive media delivery.

• Build next-generation experiences with visionOS 27 — Summarizes new visionOS 27 pathways for apps, games, immersive media, streaming, engines, and object tracking.
• Explore advances in RealityKit — Covers RealityKit updates including cloth simulation, navigation meshes, mixed-reality lighting, reverb meshes, shadows, character rendering, and Gaussian splatting.
• Collaborate on structured 3D models in visionOS — Shows USDZ preparation, hierarchical model manipulation, cross-sectional inspection, and exploded-view animations for design review.
• Explore enhancements to visionOS object tracking — Covers object tracking, moving and handheld objects, spatial accessory input, and custom accessory requirements.
• Use foveated streaming to bring immersive content to visionOS — Explains wireless foveated streaming for remotely rendered immersive content on Apple Vision Pro.
• Build live production tools for Apple Immersive Video — Covers real-time Apple Immersive Video production over IP with immersive media, spatial audio, and scene metadata.
• Discover the Spatial Preview framework — Shows how Mac apps can live-sync 2D and 3D content into visionOS with Spatial Preview.
• Discover USDKit and what's new in OpenUSD — Covers USDKit, Spatial Preview APIs, spatial web updates, OpenUSD accessibility, Gaussian splats, and compressed geometry.
• Supercharge your spatial workflows with Reality Composer Pro 3 — Demonstrates graph-based tools for materials, animations, particles, scripting, sequencing, and behavior trees in Reality Composer Pro 3.
• Extend Reality Composer Pro 3 functionality with Xcode — Shows how to create project-specific Reality Composer Pro plugins, custom components, systems, and ScriptGraph nodes.
• Iterate your spatial scenes faster with Reality Composer Pro 3 — Covers faster scene iteration with content authoring, visual effects, lighting, interactivity, and AI-assisted editor workflows.
• Design no-code games with Reality Composer Pro 3 — Shows how ScriptGraph can build no-code 3D interactions, animations, and SwiftUI-backed UI moments for apps and games.
• Design immersive environments for visionOS apps and the spatial web — Covers design principles and production workflows for photoreal immersive environments in apps, websites, and SharePlay.
• Explore immersive website environments in visionOS — Shows how the immersive web API can transition inline model content into virtual environments on Apple Vision Pro.
• Get started with the HTML Model Element — Introduces interactive 3D content on the web with the HTML model element across Apple platforms including visionOS.

• Hello World — Demonstrates windows, volumes, and immersive spaces in one starter app.
• Destination Video — Shows 3D video and Spatial Audio playback for media apps.
• Happy Beam — Builds a SharePlay game using ARKit in a full space.
• Diorama — Demonstrates scene design with Reality Composer Pro.
• Swift Splash — Uses RealityKit to create an interactive spatial ride.
• Incorporating real-world surroundings in an immersive experience — Shows how immersive content can respond to room geometry.
• Placing content on detected planes — Demonstrates placement on horizontal and vertical surfaces.
• Tracking specific points in world space — Shows how to store and retrieve world anchor positions.
• Converting side-by-side 3D video to multiview HEVC and spatial video — Converts stereoscopic video sources into multiview HEVC and spatial video.
• Construct an immersive environment for visionOS — Builds efficient custom environments for immersive spaces.
• Transforming RealityKit entities using gestures — Adds translation, rotation, and scale gestures to RealityKit entities.
• Simulating physics with collisions in your visionOS app — Demonstrates RealityKit collisions and physics simulation.
• Simulating particles in your visionOS app — Shows how to attach particle emitters to spatial content.
• BOT-anist — Builds a multiplatform app with windows, volumes, and animation.
• Building an immersive media viewing experience — Combines RealityKit and Reality Composer Pro for immersive media viewing.
• Enabling video reflections in an immersive environment — Adds video reflections inside an immersive environment.
• Exploring object tracking with ARKit — Tracks known real-world objects with ARKit.
• Composing interactive 3D content with RealityKit and Reality Composer Pro — Builds interactive scenes using RealityKit timelines and authored content.
• Presenting an artist's scene — Displays authored Reality Composer Pro scenes in a visionOS app.
• Creating a spatial drawing app with RealityKit — Uses low-level mesh and texture APIs for interactive drawing.
• Combining 2D and 3D views in an immersive app — Attaches SwiftUI content to 3D RealityKit entities.
• Creating a Spaceship game — Builds an immersive game with RealityKit systems.
• Rendering a windowed game in stereo — Adapts a windowed game for stereoscopic rendering.
• Building local experiences with room tracking — Uses room tracking to align virtual content with a real space.
• Visualizing HealthKit State of Mind in visionOS — Presents HealthKit mental wellbeing data in a spatial interface.
• Customizing spatial Persona templates — Arranges spatial Personas for SharePlay experiences.
• Creating a data visualization dashboard with Swift Charts — Builds a spatial dashboard with Swift Charts.
• Enhancing your app's content with tab navigation — Shows tab navigation patterns for SwiftUI apps.
• Creating tabletop games — Demonstrates spatial board game mechanics with TabletopKit.
• Creating 2D shapes with SwiftUI — Draws 2D shapes with SwiftUI in visionOS.
• Creating 3D entities with RealityKit — Displays 3D shapes using predefined RealityKit meshes.
• Creating SwiftUI windows in visionOS — Manages multiple windows in a SwiftUI visionOS app.
• Creating 3D models as movable windows — Presents 3D content inside a volumetric window.
• Creating an immersive space in visionOS — Opens an immersive space with SwiftUI and RealityKit.
• Displaying a 3D environment through a portal — Uses portal rendering to reveal an authored 3D environment.
• Displaying an entity that follows a person's view — Positions RealityKit content relative to the viewer's head movement.
• Displaying a stereoscopic image — Presents stereoscopic image content in a visionOS app.
• Displaying text in visionOS — Shows text styling and presentation patterns for visionOS.
• Adding a depth effect to text in visionOS — Adds dimensional text effects in a visionOS scene.
• Creating an interactive 3D model in visionOS — Adds interaction to a 3D model in a visionOS app.
• Creating a 3D painting space — Implements a painting canvas entity and updates its mesh for strokes.
• Generating procedural textures — Generates textures for RealityKit content at runtime.
• Implementing adjustable material — Demonstrates configurable materials for visionOS content.
• Playing spatial audio — Demonstrates spatial audio playback in visionOS.
• Tracking and visualizing hand movement — Visualizes hand tracking data in a visionOS app.
• Applying mesh to real-world surroundings — Applies generated mesh content to detected surroundings.
• Obscuring virtual items in a scene behind real-world items — Uses real-world occlusion to blend virtual content with surroundings.
• Placing entities using head and device transform — Places RealityKit entities using viewer and device transforms.
• Object tracking with Reality Composer Pro experiences — Attaches authored Reality Composer Pro content to tracked objects.
• Implementing SharePlay for immersive spaces in visionOS — Synchronizes immersive-space content across a SharePlay session.
• Building a guessing game for visionOS — Creates a team-based SharePlay game using spatial Persona placement.
• Creating a multiview video playback experience in visionOS — Builds a multiview video interface for visionOS.

• Canyon Crosser: Building a volumetric hike-planning app — Builds a volumetric planning app with maps and terrain.
• Connecting iPadOS and visionOS apps over the local network — Builds an iPadOS companion app that controls a visionOS experience.
• Playing immersive media with RealityKit — Shows immersive media playback using RealityKit.
• Playing immersive media with AVKit — Uses AVKit to play immersive media on visionOS.
• Authoring Apple Immersive Video — Shows how to author Apple Immersive Video with Immersive Media Support.
• Petite Asteroids: Building a volumetric visionOS game — Builds a volumetric arcade game for visionOS.
• Synchronizing group gameplay with TabletopKit — Synchronizes multiplayer tabletop gameplay.
• Tracking accessories in volumetric windows — Tracks accessories inside volumetric window experiences.
• Tracking a handheld accessory as a virtual sculpting tool — Turns tracked accessories into virtual tools.
• Rendering hover effects in Metal immersive apps — Demonstrates hover rendering in Metal immersive apps.
• Presenting images in RealityKit — Presents images as RealityKit content.
• Accessing the main camera — Uses enterprise camera access APIs on visionOS.
• Displaying video from connected devices — Shows video from devices connected with the Developer Strap.
• Locating and decoding barcodes in 3D space — Detects and decodes barcodes in the user's surroundings.
• Creating a foveated streaming client on visionOS — Streams high-fidelity immersive content using Foveated Streaming.
• Drawing in the air and on surfaces with a spatial stylus — Builds a spatial stylus drawing experience for in-air and on-surface input.
• Manipulating entities with solid collisions — Maintains solid collision behavior while manipulating RealityKit entities.
• Bringing your SceneKit projects to RealityKit — Migrates SceneKit concepts and assets to RealityKit.
• Loading entities with ShaderGraph materials — Loads Reality Composer Pro entities with ShaderGraph materials.
• Rendering stereoscopic video with RealityKit — Renders stereoscopic video with RealityKit.
• Animating hand models in visionOS — Animates virtual hand models from tracked hand data.
• Integrating virtual objects with your environment — Blends virtual objects with real-world surroundings.

• Manipulating models with RealityKit — Interacts with detailed 3D models using manipulation and clipping controls on visionOS 27.
• Mixing spatial music — Previews ray-traced reverb by adjusting a spatialized multitrack audio mix in an immersive scene on visionOS 27.
• Enriching your text in text views — Demonstrates TextKit improvements for line numbers, section collapsing, inline attachments, exclusion paths, and text lists with visionOS 27 support.
• Processing Apple Immersive Video with foveation — Applies foveation to Apple Immersive Video content for visionOS 27 immersive-media workflows.
• Working with content from your Mac app using Spatial Preview — Sends documents and 3D content live from a Mac app to Apple Vision Pro with the Spatial Preview framework.

• RealityUI — Provides reusable 3D UI controls and gestures for RealityKit with visionOS support.
• SwiftUIX — Adds SwiftUI components and utilities for Apple platforms with visionOS support.
• Glur — Adds efficient progressive blur effects to SwiftUI views.
• SwiftUI Shimmer — Adds lightweight shimmer animations to SwiftUI views.
• CodeEditorView — Provides a SwiftUI code editor view for Apple platforms.
• DSWaveformImage — Draws audio waveforms with native Swift and SwiftUI interfaces.
• EmojiKit — Provides emoji utilities for Swift apps on Apple platforms.
• Vortex — Creates high-performance particle effects in SwiftUI.
• Orb — Demonstrates an animated orb built entirely in SwiftUI.
• ScenesManager — Manages windows and immersive spaces in visionOS apps.
• MeshingKit — Adds mesh gradients to SwiftUI apps across Apple platforms.
• CompactSlider — Provides a compact SwiftUI slider control for Apple platforms.

• HandGesture — Provides a semantic gesture API for visionOS hand tracking.
• VisionGesture — Offers a gesture playground with simulator-friendly fake hand tracking.
• HandVector — Calculates hand gesture similarity using cosine similarity.

• RealityGeometries — Adds reusable geometry primitives for RealityKit projects.
• GoncharKit — Provides helper functions for RealityKit development on visionOS.
• PlanePlopper — Simplifies persistent immersive object placement.
• RealityBounds — Visualizes bounding boxes for RealityKit entities on visionOS.
• FindSurface — Extracts geometric surfaces from point cloud data on visionOS.

• MetalSplatter — Renders Gaussian splats on Apple platforms including visionOS.
• ShaderGraphCoder — Generates RealityKit Shader Graph materials from Swift code.
• swifty-creatives — Provides a Metal-based creative coding framework inspired by Processing.

• openimmersivelib — Provides a reusable immersive and spatial video playback package.
• KSPlayer — Plays video with AVPlayer and FFmpeg across Apple platforms.
• HaishinKit.swift — Streams camera and microphone media over RTMP and SRT.
• YouTubePlayerKit — Embeds YouTube playback in Swift apps across Apple platforms.
• I/O - A multiplatform spatial audio engine written in Swift.

• AppState — Adds state management and dependency injection utilities for Swift 6 apps.
• MockingKit — Helps mock protocols and classes in Swift tests.

• NativeScript — Provides a JavaScript and TypeScript runtime with visionOS support.
• react-native-visionos — Enables React Native apps to target visionOS.
• react-native-bottom-tabs — Adds native bottom tabs with visionOS support for React Native apps.
• Mapbox — Shows how to use the Mapbox Maps SDK in visionOS apps.
• RevenueCat Purchases — Handles in-app purchases and subscriptions across Apple platforms.
• Flare — Provides a Swift package for in-app purchases and subscriptions.
• Firebase — Provides Firebase SDKs for Apple app development.
• OAuthKit — Adds OAuth 2.0 authentication helpers for Swift apps.
• MLX — Provides Swift APIs for Apple's MLX array framework.
• WhisperKit — Provides on-device speech recognition for Apple silicon.
• GPTalks — Demonstrates a multiplatform ChatGPT API client written in SwiftUI.

• reality-check — Previews and debugs RealityKit AR projects from a macOS app.
• SceneVisualizer — Visualizes LiDAR information received by Apple Vision Pro.

• Spatial — Processes MV-HEVC video files and spatial photos from a macOS CLI.
• Spatial-Metadata — Prepares immersive media metadata for Apple Vision Pro and Meta Quest.
• visionOS App Icon Web Previewer — Previews and exports layered app icons for visionOS.
• HoudiniMeshSync — Syncs meshes between Houdini and Apple Vision Pro workflows.
• RCPMaterials — Collects dynamic Reality Composer Pro materials for reuse.

• ios-cmake — Provides a CMake toolchain with native visionOS support.
• CopilotForXcode — Adds AI code completion and chat assistance to Xcode.
• Alex Sidebar — Integrates an AI assistant sidebar into Xcode workflows.

• PersonaChess — Implements a chess game with SharePlay support.
• HandsRuler — Measures distances using hand tracking on Apple Vision Pro.
• ALVR — Provides an experimental visionOS client for ALVR and SteamVR streaming.
• AugmenosCode — Showcases visionOS capabilities through an educational open-source app.
• openimmersive — Plays open immersive video content on Apple Vision Pro.
• pISSStream — Visualizes International Space Station waste-tank telemetry in immersive 3D.

• visionOS-Sampler — Collects focused ARKit and spatial-computing examples for visionOS.
• Terrain — Generates procedural terrain with RealityKit.
• visionOS_30Days — Implements daily examples across visionOS features.
• visionOS 2 30Days — Continues the daily challenge format for visionOS 2 APIs.
• visionOS-examples — Collects small examples for common visionOS features.
• Immersive Video Player Sample — Demonstrates immersive video playback patterns.
• SpatialPlayer — Shows MV-HEVC spatial and immersive video playback.
• metal-spatial-rendering — Renders a fully immersive Metal experience with ARKit and Compositor Services.
• SpatialMetal — Refactors fully immersive Metal rendering patterns for visionOS.
• SpatialMetal2 — Extends SpatialMetal with multiple shader examples.
• HandTrackingSandbox — Experiments with virtual content reacting to hand tracking and the physical environment.
• MLX & Mistral — Demonstrates MLX Swift and Mistral examples with visionOS support.
• metal-spatial-dynamic-mesh — Demonstrates RealityKit LowLevelMesh APIs.
• Procedural Generation — Explores procedural mesh generation with Metal.
• VisionOS2SampleVolumeOrnaments — Demonstrates ornaments attached to volumes.
• RealityGlitchArt — Shows Shader Graph glitch-art materials for visionOS and iOS.
• SpatialEffectsVideoPlayer — Synchronizes spatial effects with video metadata.
• HLS360VideoMaterial — Uses RealityKit video material with HLS 360 video.
• VisionProSwiftSamples — Covers ARKit, RealityKit, and GroupActivities examples for Vision Pro.
• Cubes — Demonstrates ornaments, shadows, collisions, and audio with RealityKit.
• ShaderGraphByExamples — Provides Shader Graph material examples for RealityKit.
• ScenesManager-Example — Demonstrates the ScenesManager SwiftUI package.
• SGMExamples — Collects Shader Graph material examples for visionOS.
• Bubbles — Demonstrates a bubble Shader Graph material.
• VisionOSGeometryModifier — Practices Geometry Modifier shader nodes for visionOS.
• View+WindowGeometryPreferences.swift — Shows a SwiftUI modifier for window resize handles and aspect constraints.
• ScaledVolumeContentView.swift — Demonstrates volume scaling behavior with window zoom.
• Extension+ModelComponent.swift — Dumps mesh data from a RealityKit ModelComponent.
• BubbleRealityView.swift — Builds a floating transparent sphere RealityView with LowLevelMesh.
• GradientTextureSphereView.swift — Creates a LowLevelMesh sphere with a generated gradient texture.

• Agora Quickstart — Provides a minimal visionOS video-call starter using the Agora RTC SDK.
• visions-os-workshop — Provides a workshop project for learning visionOS development basics.
• Apple-visionOS-Workshop — Covers SwiftUI, Model3D, RealityView, immersive spaces, assets, and audio in a starter-style project.

• Settings-visionOS — Recreates the visionOS Settings app in SwiftUI.
• SystemOverlayExample — Demonstrates a system overlay style for visionOS.

• visionOS-2-Object-Tracking-Demo — Demonstrates advanced object tracking for visionOS 2.
• VisionProVacuumDemo — Demonstrates an Apple Vision Pro experience with RealityKit and ARKit.
• SpatialYOLO — Runs YOLOv11 object detection with main camera access on Apple Vision Pro.

• visionOS Developer Group on LinkedIn — Connects visionOS developers and professionals on LinkedIn.
• /r/VisionPro — Hosts discussions about Apple Vision Pro, visionOS apps, and developer topics.
• Vision Pro Discord — Offers real-time community discussion for Apple Vision Pro developers and users.
• Apple Vision Pro Community on X — Provides a public X community for Apple Vision Pro discussions.

• Step Into Vision — Publishes practical tutorials and examples for visionOS developers.

• visionOS fan — Curates news and resources for the visionOS ecosystem.

• Apple Vision Pro Master Class — Teaches Vision Pro app development with Swift.
• Become a visionOS Specialist — Provides a structured learning path for building visionOS experiences.

• Immersive Video: Which camera is right? — Compares camera choices for immersive video production.
• Unlocking the Power of visionOS Particles: A Detailed Tutorial — Explains particle effects for visionOS projects.
• Color Contrast on Apple Vision Pro — Covers color contrast considerations for Apple Vision Pro interfaces.

• Awesome Swift — Curates Swift libraries, frameworks, and tools.
• Awesome iOS — Collects iOS libraries, tools, and learning resources.
• Awesome ARKit — Curates ARKit projects, libraries, and tutorials.

Contributions are welcome. Please read CONTRIBUTING.md before opening an issue or pull request.