unity-optimization

To reduce Unity build size, batch optimize texture, mesh, and audio compression settings. This skill discovers large assets and applies targeted importer setting updates to shrink package size and lower memory usage.

A heavy Unity scene is caused by high triangle counts, excessive material slots, and transparent overdraw. Scene analysis identifies these rendering cost offenders and recommends static flag management and LOD configuration fixes.

Detect duplicate materials in Unity through deterministic scene analysis. This process filters and inspects project resources to pinpoint redundant material slots, allowing you to apply batch-safe cleanup and configuration changes.

Yes, batch updating Unity texture and audio compression is safe. The optimization process requires batch-safe filtering and applies deterministic importer setting updates across project resources to ensure clean performance.

The best way to configure LOD groups for Unity objects is through project cleanup workflows. Analysis identifies static flag management needs and updates LOD group components to improve runtime efficiency and rendering behavior.

Analyze overdraw risks in Unity scenes by inspecting for transparent materials and excessive draw calls. Scene analysis thresholds evaluate rendering behavior and pinpoint transparent overdraw risks for targeted optimization.