Can it fix performance issues automatically?

It provides prioritized recommendations and step-by-step implementation guides, allowing Claude to assist you in applying fixes like static batching and LOD setup.

How does this skill help with mobile game performance?

It identifies high draw call counts, uncompressed textures, and complex hierarchies, providing specific budget targets for iOS and Android to maintain stable frame rates.

How is this different from the built-in Unity Profiler?

While the Profiler provides raw data, this skill acts as an intelligent advisor that interprets metrics to suggest actionable architectural and asset-level improvements.

What specific metrics does it analyze?

The skill audits draw calls, triangle counts, texture memory usage, lighting types, shadow-casting lights, and physics collider complexity.

Unity Scene Optimizer

Name: Unity Scene Optimizer
Author: Dev-GOM

byDev-GOM

•

游戏开发

Optimizes Unity scenes by identifying performance bottlenecks in rendering, physics, and asset management to ensure smooth frame rates across all platforms.

关于

The Unity Scene Optimizer is a comprehensive diagnostic tool for Claude Code designed to audit Unity scenes against industry-standard performance metrics. It evaluates rendering efficiency, texture memory, GameObject hierarchy depth, and lighting configurations to pinpoint causes of lag or high resource consumption. By providing platform-specific targets for mobile, desktop, and console, this skill empowers developers to implement data-driven optimizations like draw call batching, LOD groups, and texture atlasing, streamlining the path from prototype to production-ready game.

主要功能

Analyzes draw calls and batching opportunities to reduce GPU overhead
Provides specific performance targets for Mobile, PC, and Console platforms
Identifies deep GameObject hierarchies and suggests object pooling or LODs
Audits texture compression, mipmaps, and memory usage for platform compliance
32 GitHub stars
Evaluates lighting and shadow configurations to balance visual quality and performance

使用场景

Auditing scene hierarchies for architectural bottlenecks during development
Troubleshooting frame rate drops in complex 3D environments
Preparing a project for mobile porting by enforcing strict resource budgets

关于

主要功能

Analyzes draw calls and batching opportunities to reduce GPU overhead
Provides specific performance targets for Mobile, PC, and Console platforms
Identifies deep GameObject hierarchies and suggests object pooling or LODs
Audits texture compression, mipmaps, and memory usage for platform compliance
32 GitHub stars
Evaluates lighting and shadow configurations to balance visual quality and performance

使用场景

Auditing scene hierarchies for architectural bottlenecks during development
Troubleshooting frame rate drops in complex 3D environments
Preparing a project for mobile porting by enforcing strict resource budgets