texturing

Build PBR texture workflows from UV layouts through painting and baking.

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

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you go from unwrapped 3D geometry to production-ready texture assets by teaching UV mapping, texture painting, PBR material setup, and shader basics.

Core Features & Use Cases

  • UV Mapping Techniques: learn UV coordinates, seams, islands, texel density, and common unwrapping strategies to minimize distortion.
  • Texture Painting Workflows: paint with layered, masked workflows using base/normal/roughness/metallic/AO/emission/height maps.
  • PBR Materials & Shader Basics: understand physically based principles, map roles, and shader/node graph concepts to match real-world lighting.
  • Substance Painter/Designer Pipelines: apply smart materials, non-destructive layer stacks, baking, atlasing, and export best practices.
  • Texture Atlasing & Optimization: combine textures efficiently, pack channels, generate mipmaps, and choose formats per platform (mobile/console/PC/VR/web).

Quick Start

Ask for a step-by-step texturing plan to produce a PBR texture set (albedo, normal, roughness, metallic, AO, and emission) for a character model using UVs with consistent texel density.

Frequently Asked Questions about texturing

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

FAQPage Schema
How do I create a PBR texture set from UV unwrapped geometry?

To create PBR textures from UVs, you build a layered workflow generating albedo, normal, roughness, metallic, AO, and emission maps. This involves painting in layers, baking mesh details, and configuring shader-ready materials for your target engine.

What is the best way to plan UV seams and islands to minimize texture distortion?

Planning UV seams and islands requires strategically cutting your mesh to hide seams and grouping flat surfaces. Consistent texel density across UV islands ensures uniform texture resolution and minimizes visible stretching or distortion.

How do I optimize PBR textures for different platforms like mobile, console, and VR?

Texture optimization involves combining textures efficiently through atlasing, packing channels, generating mipmaps, and choosing appropriate texture formats. These techniques reduce memory overhead for mobile, console, PC, VR, and web platforms.

Can I use Substance Painter and Designer pipelines for non-destructive texture painting?

Substance Painter and Designer pipelines support non-destructive texture painting through smart materials and layer stacks. You can bake mesh details and apply masked workflows to generate production-grade PBR materials.

What are the roles of different PBR material maps like albedo, roughness, and metallic?

PBR material maps define surface properties: albedo provides base color, roughness controls light scatter, and metallic determines conductivity. Understanding these map roles and shader node graph concepts ensures materials match real-world lighting behavior.

Do I need to understand shader basics to export PBR materials to common game engines?

Understanding shader basics and node graph concepts is necessary to correctly export and import PBR materials into common game engines. Proper export configurations ensure map types like normal and height are correctly interpreted by the engine's shader.