How does it work on iPhone 15 pro
The iPhone 15 Pro and iPhone 15 Pro Max offer a groundbreaking spatial video capture feature, introduced with iOS 17.2. This new capability allows users to capture moments in three dimensions, enriching the viewing experience with remarkable depth when relived on Apple Vision Pro. The spatial videos are captured using the advanced Main and Ultra Wide cameras in 1080p at 30 frames per second in standard dynamic range. To ensure the best quality, the devices employ advanced computational videography techniques and HEVC compression, making it possible to create stunning spatial memories in a compact file size oai_citation:1,Apple introduces spatial video capture on iPhone 15 Pro – Apple oai_citation:2,Record spatial videos for Apple Vision Pro with your iPhone camera – Apple Support.
Capturing spatial videos on the iPhone 15 Pro models is straightforward and similar to recording regular videos. Users need to enable spatial video capture in the settings, open the Camera app in Video mode, switch the device to landscape orientation, tap the spatial video icon, and then start recording. The process combines inputs from the Main and Ultra Wide cameras, adjusting the field of view from the Ultra Wide camera to match that of the Main camera, saving it all into a single video file. For optimal results, it is recommended to keep the iPhone steady and record in balanced lighting conditions oai_citation:3,Apple introduces spatial video capture on iPhone 15 Pro – Apple.
On devices other than the Apple Vision Pro, spatial videos will appear as standard 2D videos and can be shared and watched just like any other video. However, when viewed on Apple Vision Pro, these videos offer a life-sized, immersive viewing experience that showcases brilliant color and spectacular detail, effectively transporting the viewer back to the captured moment oai_citation:4,Apple introduces spatial video capture on iPhone 15 Pro – Apple.
Spatial video refers to video content that incorporates spatial information, allowing viewers to interact with or navigate through the video environment in a three-dimensional (3D) space. This technology enables a more immersive viewing experience compared to traditional, flat video formats. Here are some key aspects of spatial video:
- 3D Environment Interaction: Viewers can move around within the video, looking at different angles or focusing on different parts of the scene. This is often used in virtual reality (VR) or augmented reality (AR) applications.
- Depth Information: Unlike traditional videos that capture and display images in two dimensions (width and height), spatial videos also capture depth information, which adds a third dimension. This allows for the recreation of real-world spaces in a digital format.
- 360-Degree Video: While not all spatial videos are 360-degree videos, many spatial video applications use 360-degree video technology to capture a full spherical view of an environment. Viewers can then navigate this environment by rotating the view in any direction.
- Applications: Spatial video is used in various fields, including entertainment, education, real estate, and training simulations. For instance, in a VR educational application, a student might explore a historically accurate 3D reconstruction of an ancient city. In real estate, potential buyers can take virtual tours of properties.
- Creation and Playback: Creating spatial video content requires specialized equipment to capture depth and 360-degree views, such as 360-degree cameras and depth sensors. Playback requires platforms or devices capable of processing and displaying this content, such as VR headsets, AR devices, or software that supports 360-degree and 3D video.
Spatial video is part of a broader trend towards more immersive and interactive media experiences, leveraging advancements in camera technology, software, and display devices to create new ways for people to experience digital content.