spatial-metal

To build a Metal rendering pipeline for Vision Pro that maintains 90fps stereo output, configure spatial rendering with instanced rendering and compute shaders. This approach batches draw calls and utilizes GPU pipelines to meet strict frame rate and depth streaming requirements.

The best way to handle spatial rendering and stereo frame streaming for visionOS is by utilizing Compositor Services and RemoteImmersiveSpace. These frameworks manage stereoscopic frame delivery to deliver immersive AR and VR experiences efficiently.

Yes, you can use Metal compute shaders for real-time physics simulations in macOS spatial applications. The pipeline supports GPU-based simulations and layout calculations to process real-time 3D scene physics alongside high-performance rendering.

Metal supports instanced rendering for drawing many objects with per-instance data in spatial environments. This technique scales object drawing efficiently, reducing overhead to maintain high frame rates for immersive 3D visualization.

You need Compositor Services and RemoteImmersiveSpace for visionOS spatial rendering to stream stereo frames directly to the device. They provide the necessary system integration to achieve deterministic spatial output and strict 90fps performance.

Targeting strict 90fps stereo performance with Metal GPU pipelines on Vision Pro requires careful memory management and efficient batching. Limitations arise from GPU utilization targets, demanding optimized instanced rendering and compute pipelines to avoid frame drops.