Avp

The release of **visionOS 2.2 beta** introduces groundbreaking advancements in virtual display technology for Mac users, specifically with the launch of Wide and Ultrawide modes. These features are designed to revolutionize productivity by offering an expanded visual workspace comparable to having two 4K displays side by side. The update is set to roll out to beta testers shortly, with a public release expected before the end of the year.

The upcoming launch of the Mac Virtual Display in visionOS 2.2 promises to revolutionize productivity for users of Apple Vision Pro. This feature will be available during the beta phase and soon after for the public, offering a seamless integration of virtual displays for enhanced collaboration and task management. The Mac Virtual Display is designed to provide a panoramic viewing experience, enabling users to interact with multiple screens or applications in an intuitive manner.

Surgeons are increasingly utilizing Apple Vision Pro in surgical procedures, replacing traditional monitors by integrating a tiny camera through small incisions. This advanced augmented reality (AR) technology allows surgeons to view real-time imagery during operations without pausing to consult external monitors, thereby enhancing efficiency and precision. The integration of AR is revolutionizing both clinical practice and training, as highlighted by various sources [1,2].

The Lapz app has developed an innovative solution to enjoy Formula 1 races on Apple's VisionOS platform, offering a unique VR experience with high-fidelity graphics and spatial audio. Despite initial popularity, the app faced issues due to complaints from Formula 1 teams, as reported by The Verge (Search Result #5). ---

Apple has recently released introductory visionOS samples for visionOS 2 and Xcode 16, designed to help developers grasp the fundamentals of building applications for visionOS. These samples are accessible through Apple’s Developer Documentation and GitHub repositories, making them a valuable starting point for both beginners and experienced developers looking to expand their skills in augmented reality (AR) development.

The post highlights the creator's decision to open source their SwiftUI explorations, sharing a link to their GitHub repository. This initiative aims to contribute to the broader Swift and SwiftUI community by making their code publicly available for others to use, modify, and learn from. The search results indicate that OpenSwiftUI is an active open-source project in early development, with contributions from multiple developers and organizations, such as [Result #1](https://github.com/OpenSwiftUIProject/OpenSwiftUI) and [Result #2](https://github.com/Cosmo/OpenSwiftUI). These projects aim to provide customizable UI components and frameworks for SwiftUI, addressing the need for more flexible and extensible tools in the Swift ecosystem. ---

VisionOS is an upcoming operating system designed for augmented reality (AR) and vision-based applications. The post highlights the creation of a resources page for #visionOS sample code and contributions, aiming to gather and organize materials for developers working with this platform. According to Apple's developer documentation ([Result #4](#4)), VisionOS provides foundational tools for AR development, such as the Core Vision framework and ARKit, which are essential for building vision-based applications. The availability of sample code and community contributions (as seen in the search results) underscores the growing interest and momentum around VisionOS.

A developer has created a specialized search engine tailored for visionOS developers. This tool aggregates data from various sources such as Apple's documentation, WWDC sessions, example projects, and forums to assist users in quickly finding the information they need. While not an official Apple product, it fills a gap by providing a practical solution for developers seeking resources. ---

React Native developers have successfully demonstrated the ability to run React Native WebGPU on visionOS, as reported by @wcandillon. This achievement is a significant step forward in leveraging WebGPU capabilities within React Native for vision-based applications. While the pull request (PR) is still work in progress (WIP), the early results are promising and indicate strong potential for integration with visionOS platforms.

After exploring the resources and post, it’s clear that integrating SwiftUI with visionOS is a powerful approach for developers looking to create cutting-edge apps. The official Apple Developer documentation highlights that visionOS leverages Swift and SwiftUI, making it accessible for developers familiar with these technologies. Additionally, the ecosystem supports VisionML, enabling the development of intelligent apps that integrate computer vision and machine learning capabilities. ---

VisionOS development presents a unique set of challenges due to its distinct architecture and framework ecosystem. The user is working through "100 Days of SwiftUI" on the Apple Vision Pro (AVP), but they must also navigate additional frameworks like TCA (Target-Action Architecture) and address common issues such as app crashes during execution.

The user highlights their recent discovery of `LowLevelTexture` in RealityKit, expressing excitement about the ability to define material textures using shaders. This feature was initially misunderstood due to the absence of `CustomMaterial` in visionOS. The integration of low-level textures with shaders offers a powerful way to customize materials, bypassing certain limitations. ---

Laser Dance is an upcoming Meta Quest 3 game that transforms a living room into a laser obstacle course. The teaser was recorded using a custom 3D-printed attachment for the Quest 3, allowing dynamic 4k shots on device. The game is currently available to wishlist on the Meta Quest Store.

VisionOS 2.0, unveiled at WWDC 2024, represents a significant advancement in spatial computing technology. This update is a free release for existing users and introduces enhanced features, particularly in 3D rendering and LiDAR integration, as highlighted by ZDNET and the official Apple Vision Pro YouTube channel [1,2]. The primary focus of this version is on providing a more immersive and accurate spatial experience, catering to both casual users and professionals.

Warped Kart Racers is now available on Apple Vision Pro, offering an exhilarating multiplayer racing experience with characters from popular shows like American Dad! and Family Guy. The game supports solo play or 8-player multiplayer across 16 dynamic maps, utilizing custom hand gestures for controls, making it a standout title on Apple’s AR/VR platform ([Result #2]). ---

The post discusses a "hot take" on a video titled *The VR Design Paradox* and outlines five core design philosophies that every VR operating system should implement to improve legibility and user experience. The author emphasizes the importance of clarity, simplicity, and a finite set of elements in VR interfaces, drawing parallels to traditional 2D screens. These principles are intended to address the unique challenges of designing for virtual reality environments. The video is available on YouTube: [YouTube link](https://youtu.be/Fhlw88_Beu4?si=HGnqlhqUt6F00Jcn...).

A groundbreaking advancement in artificial intelligence has been achieved with the development of a web app by @immersity_AI. This tool can convert any 2D video, including monoscopic 360-degree videos, into high-resolution 3D spatial video. The application is particularly impactful for immersive content creation, offering the ability to transform existing 2D media into lifelike 3D experiences with resolutions up to 8K.

Vibescape 2.0 represents a significant enhancement to immersive environments, leveraging cutting-edge technologies like photogrammetry and real-time rendering to create an engaging experience on Apple Vision Pro. By integrating spatial audio and motion tracking, the environment offers users a deeply immersive meditation practice, scalable across various devices through advanced computational techniques.

Apple has recently introduced new sample applications for RealityKit and visionOS, enhancing its capabilities in creating immersive AR experiences. These apps leverage cutting-edge technology to simulate particles and physics, offering developers powerful tools to create dynamic, interactive environments. The release underscores Apple's commitment to advancing AR development, with a focus on realistic simulations that integrate seamlessly into the visionOS framework. This expansion allows for more complex and lifelike applications across various industries, from gaming to healthcare.

The post highlights the importance of open source by announcing the release of the **BeautifulThings app template** for the Apple Vision Pro. This template enables users to load, display, and interact with 3D models on the device. The app is described as "open sourcing" the template, suggesting that it will be freely available for developers and hobbyists to use, modify, and extend. This move aligns with the spirit of open source collaboration, allowing the community to contribute to the development and improvement of the tool. The GitHub link provided in the bio of @beautiful___xyz likely points to the actual repository where the template can be downloaded or forked. The app's functionality is centered around 3D visualization, making it a valuable resource for augmented reality (AR) developers working on projects involving 3D models and spatial computing. ---

The Apple Vision Pro is revolutionizing creativity by offering an intuitive platform for real-time spatial interactions, enabling users to explore and manipulate 3D environments with unprecedented ease. This device leverages cutting-edge technology such as LiDAR, machine learning, and spatial mapping to provide tools that bridge the physical and digital worlds, fostering innovation across various creative domains like construction, architecture, and entertainment.

The Apple Vision Pro allows for high-quality recording and capturing of footage using Reality Composer Pro. Users can achieve crisp, non-foveated 4K video at 30 FPS, wirelessly transferring the footage to a MacBook. However, while the AVP itself runs at 30 FPS, this does not involve passthrough POV (point-of-view), which may require additional setup or configuration in Reality Composer Pro to ensure smooth and accurate representation of the visual experience.

The Apple Vision Pro represents a significant leap in technology, akin to the transformative impact of the iPhone in 2008. It is poised to revolutionize computing and augmented reality experiences. Early adoption opportunities for developers and founders are highlighted as the wave begins, with potential peaks within five years. The Vision Pro integrates advanced features like spatial computing and AI, positioning it as a cornerstone for future applications.

The Apple Vision Pro has had a mixed first year, with notable achievements in spatial computing and integration with Shortcuts, though challenges like high pricing and software issues have been noted. Looking ahead, 2025 is expected to bring significant upgrades, promising improved functionality and user experience.

The Vision Pro is positioned as an animator’s dream, offering a seamless frame-by-frame traversal of character animation. It combines high performance with intuitive tools, making it an ideal choice for creative professionals who value efficiency in their workflows. ---