Is it compatible with glTF pipelines?

Yes, it includes specific integration patterns for glTF 2.0, including channel packing for metallic-roughness textures and Draco compression workflows.

How does it handle PBR workflows?

It focuses on the industry-standard Metallic/Roughness workflow, providing guidance on base color, normal, metallic, roughness, and ambient occlusion maps.

Does it cover texture optimization for mobile devices?

Absolutely. The skill includes strategies for aggressive compression, resolution budgets (e.g., 512x512 limits), and file format selection specific to mobile WebGL.

Can this skill help with automation?

Yes, it includes advanced patterns for using the Substance 3D Painter Python API to automate batch exports, resolution overrides, and event-driven plugin creation.

What engines are supported by this skill?

It provides specific workflows and export patterns for Three.js, Babylon.js, Unity, Unreal Engine, and general glTF/GLB standards.

Substance 3D Texturing

Name: Substance 3D Texturing
Author: freshtechbro

byfreshtechbro

•

Desarrollo de Videojuegos

Master PBR material creation and automate texture export workflows for web and real-time 3D engines using Substance 3D Painter.

This skill empowers developers and 3D artists to streamline their texturing pipeline by providing expert guidance on Physically Based Rendering (PBR) workflows within Substance 3D Painter. It covers everything from authoring high-quality metallic/roughness materials to automating complex batch exports via the Substance Python API. Designed for modern web and game development, it specifically focuses on optimizing textures for engines like Three.js and Babylon.js, ensuring high visual fidelity while maintaining performance through smart resolution management and glTF-compliant channel packing.

Características Principales

01WebGL/WebGPU engine optimization for Three.js and Babylon.js

0230 GitHub stars

03Custom export preset configuration for channel packing

04Mobile-specific texture compression and resolution strategies

05Standardized PBR Metallic/Roughness workflow guidance

06Automated batch texture export using Substance Python API

Casos de Uso

01Integrating Substance 3D Painter into a glTF-based production pipeline

02Optimizing 3D materials for performance-sensitive web applications

03Automating texture exports for large 3D asset libraries

Características Principales

01WebGL/WebGPU engine optimization for Three.js and Babylon.js

0230 GitHub stars

03Custom export preset configuration for channel packing

04Mobile-specific texture compression and resolution strategies

05Standardized PBR Metallic/Roughness workflow guidance

06Automated batch texture export using Substance Python API

Casos de Uso

01Integrating Substance 3D Painter into a glTF-based production pipeline

02Optimizing 3D materials for performance-sensitive web applications

03Automating texture exports for large 3D asset libraries