macos-metal

Develop native macOS graphics pipelines using Swift and Metal.

116|9|Updated Feb 18, 2026
One-click install
npx skills add https://github.com/elophanto/EloPhanto --skill macos-metal
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: macos-metal
Source: https://github.com/elophanto/EloPhanto/tree/main/skills/macos-metal
Command: npx skills add https://github.com/elophanto/EloPhanto --skill macos-metal

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Native macOS and Vision Pro graphics development often requires bridging Swift with Metal to achieve high-performance, GPU-accelerated rendering for immersive spatial experiences.

Core Features & Use Cases

  • Instanced rendering: scale to tens of thousands of nodes with stable frame rates.
  • Vision Pro integration: enable spatial computing, gaze tracking, and stereo streaming.
  • GPU-accelerated graph layouts: support force-directed and hierarchical layouts with efficient edge rendering.

Quick Start

Launch the macos-metal skill to initialize a Vision Pro–enabled GPU-accelerated renderer with instanced node rendering and force-directed graph layouts.

Frequently Asked Questions about macos-metal

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build a GPU-accelerated force-directed graph layout in Metal?

GPU-accelerated force-directed graph layouts in Metal are built by developing native Swift rendering pipelines that support efficient edge rendering and scale to tens of thousands of nodes with stable frame rates.

How does instanced rendering work for macOS graphics pipelines?

Instanced rendering in macOS graphics pipelines works by using Metal to draw tens of thousands of nodes simultaneously, maintaining stable frame rates while ensuring memory-safe resource management.

Can I use Metal for Vision Pro spatial computing and stereo streaming?

Yes, Metal enables Vision Pro spatial computing and stereo streaming by integrating gaze tracking and spatial experiences via RemoteImmersiveSpace in native Swift applications.

What's the best way to achieve high-performance rendering for macOS graph visualization?

High-performance rendering for macOS graph visualization is best achieved through Metal pipelines that support GPU-accelerated force-directed and hierarchical layouts with efficient edge rendering.

Do I need Swift to manage resources when building Metal rendering pipelines?

Yes, bridging Swift with Metal is required to develop native macOS graphics pipelines, ensuring memory-safe resource management and GPU-accelerated rendering for spatial experiences.