Does it assist with physics debugging?

Absolutely. It provides checklists and decision trees for common physics issues such as missed contact delegates, tunneling, and incorrect bitmask configurations.

How does it help with game performance?

It includes diagnostic trees for identifying frame rate drops, draw call waste, and memory leaks, alongside patterns for object pooling and texture atlas management.

Which iOS game frameworks does this skill support?

This skill provides comprehensive support for SpriteKit (2D games), RealityKit (modern 3D and AR), and SceneKit (legacy 3D maintenance and migration).

Can I use this for SwiftUI-based games?

Yes, it includes specific patterns for integrating SpriteView and RealityView into SwiftUI, as well as managing data flow between SwiftUI and game scenes.

Is SceneKit still supported in this skill?

Yes, it supports SceneKit for maintenance of existing projects and provides a detailed migration path to transition legacy code to RealityKit.

iOS Game Development (Axiom)

Name: iOS Game Development (Axiom)
Author: CharlesWiltgen

byCharlesWiltgen

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506

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ゲーム開発

Accelerates Apple platform game development with expert patterns for SpriteKit, SceneKit, and RealityKit frameworks.

The Axiom iOS Games skill is a comprehensive development router designed to streamline the creation of 2D and 3D interactive experiences. It provides deep domain expertise in SpriteKit, SceneKit, and RealityKit, offering developers battle-tested architectures like Entity-Component-System (ECS), complex physics configurations, and performance optimization strategies. Whether you are building a casual 2D prototype or a high-fidelity spatial computing app, this skill provides diagnostic decision trees, API references, and migration guides to solve common hurdles like physics tunneling, draw-call bottlenecks, and SwiftUI integration challenges.

主な機能

01Specialized workflows for SpriteKit (2D), RealityKit (Modern 3D/AR), and SceneKit (Legacy 3D)

02Automated performance auditing for draw calls, node counts, and memory leaks

03SceneKit to RealityKit migration mapping and legacy maintenance strategies

04506 GitHub stars

05Diagnostic decision trees for troubleshooting physics, performance, and rendering issues

06Entity-Component-System (ECS) architecture patterns for scalable game logic

ユースケース

01Debugging complex physics interactions and coordinate system confusion in game loops

02Developing high-performance 2D games with SpriteKit and SwiftUI integration

03Building immersive AR and spatial computing experiences using RealityKit

主な機能

01Specialized workflows for SpriteKit (2D), RealityKit (Modern 3D/AR), and SceneKit (Legacy 3D)

02Automated performance auditing for draw calls, node counts, and memory leaks

03SceneKit to RealityKit migration mapping and legacy maintenance strategies

04506 GitHub stars

05Diagnostic decision trees for troubleshooting physics, performance, and rendering issues

06Entity-Component-System (ECS) architecture patterns for scalable game logic

ユースケース

01Debugging complex physics interactions and coordinate system confusion in game loops

02Developing high-performance 2D games with SpriteKit and SwiftUI integration

03Building immersive AR and spatial computing experiences using RealityKit