Can it help with both 2D and 3D games?

Yes, it includes specific strategies for both, ranging from 2D sprite batching and TileMaps to 3D occlusion culling, baked lighting, and LOD management.

Can it help identify memory leaks?

Yes, it provides patterns for proper resource management, using queue_free() correctly, and monitoring static vs dynamic memory via Godot's Performance monitors.

How does this skill help with Godot performance?

It provides expert patterns and implementation logic for profiling and fixing common issues like excessive draw calls, inefficient node lookups, and script-heavy bottlenecks.

Does it support Godot 4 features?

Yes, it covers modern Godot 4 techniques including SDFGI, GPU particle optimization, and updated physics callback handling.

How do I use it for mobile optimization?

The skill offers specific guidance on texture compression (VRAM vs ETC2), reducing particle counts, and platform detection to scale graphics settings dynamically.

Godot Performance Optimization

Name: Godot Performance Optimization
Author: Zate

byZate

•

Game Development

Optimizes Godot engine games by identifying performance bottlenecks and implementing advanced profiling and coding techniques.

About

This skill empowers Claude to act as an expert Godot performance consultant, helping developers profile their games, reduce frame times, and optimize memory usage. It provides actionable guidance on reducing draw calls, implementing object pooling, managing Level of Detail (LOD), and fixing inefficient script patterns like excessive _process() calls or node lookups. Whether you are building 2D or 3D games, this skill helps ensure your project runs smoothly across desktop, mobile, and web platforms by applying industry-standard optimization patterns.

Key Features

Implementation of Object Pooling and Level of Detail (LOD) systems
Advanced profiling and frame time analysis
Rendering and draw call reduction strategies
Optimization of GDScript performance and node lookup patterns
Platform-specific optimizations for Mobile and Web
2 GitHub stars

Use Cases

Converting inefficient loop-based logic into signal-driven or timer-based systems
Debugging low FPS or stuttering in 2D and 3D Godot games
Setting up efficient collision layers and spatial partitioning to reduce physics overhead

About

Key Features

Implementation of Object Pooling and Level of Detail (LOD) systems
Advanced profiling and frame time analysis
Rendering and draw call reduction strategies
Optimization of GDScript performance and node lookup patterns
Platform-specific optimizations for Mobile and Web
2 GitHub stars

Use Cases

Converting inefficient loop-based logic into signal-driven or timer-based systems
Debugging low FPS or stuttering in 2D and 3D Godot games
Setting up efficient collision layers and spatial partitioning to reduce physics overhead