what WWDC session about visionos (or xros) uses closewindow to close an immersive space?

Generated on 8/2/2024

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The WWDC session that discusses using closeWindow to close an immersive space is "Build compelling spatial photo and video experiences." This session mentions a button at the bottom that allows users to return to a windowed presentation, which is likely where closeWindow is used.

Here is the relevant session:

  1. Build compelling spatial photo and video experiences
Design interactive experiences for visionOS

Design interactive experiences for visionOS

Learn how you can design a compelling interactive narrative experience for Apple Vision Pro from the designers of Encounter Dinosaurs. Discover how these types of experiences differ from existing apps, media, and games, and explore how to design narratives that bring audiences into new worlds. Find out how you can create stories that adapt to any space and size, provide multiple levels of interaction to make them accessible to all, and use animation, spatial audio, and custom gestures to further immerse people in your experience.

Design great visionOS apps

Design great visionOS apps

Find out how to create compelling spatial computing apps by embracing immersion, designing for eyes and hands, and taking advantage of depth, scale, and space. We’ll share several examples of great visionOS apps and explore how their designers approached creating new experiences for the platform.

Enhance the immersion of media viewing in custom environments

Enhance the immersion of media viewing in custom environments

Extend your media viewing experience using Reality Composer Pro components like Docking Region, Reverb, and Virtual Environment Probe. Find out how to further enhance immersion using Reflections, Tint Surroundings Effect, SharePlay, and the Immersive Environment Picker.

Render Metal with passthrough in visionOS

Render Metal with passthrough in visionOS

Get ready to extend your Metal experiences for visionOS. Learn best practices for integrating your rendered content with people’s physical environments with passthrough. Find out how to position rendered content to match the physical world, reduce latency with trackable anchor prediction, and more.

Dive deep into volumes and immersive spaces

Dive deep into volumes and immersive spaces

Discover powerful new ways to customize volumes and immersive spaces in visionOS. Learn to fine-tune how volumes resize and respond to people moving around them. Make volumes and immersive spaces interact through the power of coordinate conversions. Find out how to make your app react when people adjust immersion with the Digital Crown, and use a surrounding effect to dynamically customize the passthrough tint in your immersive space experience.

Get started with HealthKit in visionOS

Get started with HealthKit in visionOS

Discover how to use HealthKit to create experiences that take full advantage of the spatial canvas. Learn the capabilities of HealthKit on the platform, find out how to bring an existing iPadOS app to visionOS, and explore the special considerations governing HealthKit during a Guest User session. You’ll also learn ways to use SwiftUI, Swift Charts, and Swift concurrency to craft innovative experiences with HealthKit.

Build immersive web experiences with WebXR

Build immersive web experiences with WebXR

Discover how WebXR empowers you to add fully immersive experiences to your website in visionOS. Find out how to build WebXR experiences that take full advantage of the input capabilities of visionOS, and learn how you can use Simulator to test WebXR experiences on macOS.

Build compelling spatial photo and video experiences

Build compelling spatial photo and video experiences

Learn how to adopt spatial photos and videos in your apps. Explore the different types of stereoscopic media and find out how to capture spatial videos in your iOS app on iPhone 15 Pro. Discover the various ways to detect and present spatial media, including the new QuickLook Preview Application API in visionOS. And take a deep dive into the metadata and stereo concepts that make a photo or video spatial.