asset-optimization

Optimize real-time 3D assets by reducing polygons, generating LODs, and compressing textures.

17|5|Updated Feb 6, 2026
One-click install
npx skills add https://github.com/MonumentalSystems/Atlas-Agent-Teams --skill asset-optimization-monumentalsystems
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: asset-optimization
Source: https://github.com/MonumentalSystems/Atlas-Agent-Teams/tree/main/teams/3d-design/skills/asset-optimization
Command: npx skills add https://github.com/MonumentalSystems/Atlas-Agent-Teams --skill asset-optimization-monumentalsystems

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you optimize 3D assets so they render faster in real-time by reducing geometry, generating efficient LODs, compressing textures, and minimizing draw calls.

Core Features & Use Cases

  • Polygon reduction & retopology: Apply decimation and retopology to lower triangle counts while preserving silhouette and deformation-friendly topology.
  • LOD (Level of Detail) creation: Design LOD0–LOD3+ levels with sensible transition distances and smooth switching to avoid popping.
  • Texture compression & budget control: Select platform-appropriate formats (ASTC/ETC2/BC7/etc.), reduce texture resolution, use atlasing and channel packing, and generate mipmaps.
  • Draw call optimization: Reduce rendering overhead using batching strategies, GPU instancing, material merging, and texture atlasing.
  • Real-time rendering considerations: Tune mesh complexity for mobile, console, PC, VR, and AR targets via profiling-first workflows.

Quick Start

Ask the AI to optimize your real-time 3D asset for performance by producing a step-by-step plan for polygon reduction, LOD generation, texture compression targets, and draw-call reduction tailored to your target platform.

Frequently Asked Questions about asset-optimization

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I reduce polygon count for 3D assets without ruining the silhouette?

Polygon reduction is achieved through decimation and retopology to lower triangle counts while preserving the visual silhouette and maintaining deformation-friendly topology required for real-time rendering.

What is the best way to generate LODs and configure transition distances?

LOD generation involves designing LOD0 through LOD3+ levels with sensible transition distances and smooth switching mechanisms to avoid visual popping during real-time rendering.

How do I compress textures and control memory budgets for mobile or VR targets?

Texture compression controls memory by selecting platform-appropriate formats like ASTC or BC7, reducing resolution, applying atlasing and channel packing, and generating mipmaps.

How do I reduce draw calls in a real-time 3D rendering pipeline?

Draw call reduction minimizes rendering overhead through batching strategies, GPU instancing, material merging, and texture atlasing to significantly lower the CPU cost per frame.

Can I use this 3D optimization workflow for both AR and console platforms?

Yes, this workflow tunes mesh complexity and texture budgets specifically for mobile, console, PC, VR, and AR targets by applying profiling-first workflows to meet platform frame rate goals.

Why does my real-time 3D asset experience frame rate drops on high-density meshes?

Frame rate drops occur when high polygon counts and excessive draw calls overload the GPU; applying retopology, generating LODs, and compressing textures resolves these runtime bottlenecks.