Can this skill analyze physics-related performance issues?

It reviews Rigidbody counts, collider complexity (Mesh vs. Simple), and collision matrix configurations to minimize the CPU cost of physics simulations.

How does it handle lighting and shadow optimizations?

The skill evaluates light types and shadow-casting settings, recommending baked lighting over real-time for performance-critical platforms like mobile.

Does it support mobile-specific performance targets?

Yes, it includes predefined performance budgets for Mobile Low, Mid, and High targets, focusing on ASTC compression, baked lighting, and low GameObject counts.

How does the Unity Scene Optimizer improve game FPS?

It identifies rendering bottlenecks such as excessive draw calls and unoptimized textures, then suggests batching, material consolidation, and LOD strategies to reduce load.

What is the difference between this skill and the unity-performance agent?

This skill focuses on static scene configuration and asset audits, whereas the unity-performance agent is better suited for runtime profiling and script-level troubleshooting.

Unity Scene Optimizer

Name: Unity Scene Optimizer
Author: zsutxz

byzsutxz

游戏开发

Analyzes Unity scenes to identify performance bottlenecks and provides actionable optimization recommendations for rendering, physics, and memory.

关于

The Unity Scene Optimizer is a specialized Claude Code skill designed to streamline game performance tuning by auditing scene hierarchies, rendering settings, and asset configurations. It evaluates critical metrics such as draw calls, vertex counts, and texture memory against platform-specific targets for Mobile, PC, and Console. By providing prioritized recommendations for batching, lighting, and physics, it helps developers achieve stable frame rates and efficient resource usage while ensuring scenes adhere to industry best practices.

主要功能

GameObject hierarchy and LOD group evaluation to reduce CPU overhead
Automated rendering analysis for draw calls and batching opportunities
Texture and material audit for memory, compression, and atlas optimization
Physics and collider complexity assessment for improved simulation performance
0 GitHub stars
Lighting and shadow configuration review for baked vs. real-time balance

使用场景

Troubleshooting sudden frame rate drops in complex VR or desktop environments
Preparing a mobile game for launch by meeting strict performance budgets and hardware targets
Standardizing scene organization and asset settings during the pre-production phase

关于

主要功能

GameObject hierarchy and LOD group evaluation to reduce CPU overhead
Automated rendering analysis for draw calls and batching opportunities
Texture and material audit for memory, compression, and atlas optimization
Physics and collider complexity assessment for improved simulation performance
0 GitHub stars
Lighting and shadow configuration review for baked vs. real-time balance

使用场景

Troubleshooting sudden frame rate drops in complex VR or desktop environments
Preparing a mobile game for launch by meeting strict performance budgets and hardware targets
Standardizing scene organization and asset settings during the pre-production phase