Overview
TextileGen and Layometry are both design tools, but they target completely different industries and workflows. TextileGen is an AI-powered workspace for creating and developing textile patterns, while Layometry is a 3D tile layout planner for walls, floors, and tile patterns.
TextileGen focuses on the full textile design process: generating original artwork from text, sketches, or images; extracting patterns from fabric photos; building seamless repeats; developing colorways; and previewing designs on garments and products. It is built for surface pattern designers, fashion designers, and independent creators who need repeat-ready patterns with textile-specific controls.
Layometry, on the other hand, is a planning tool for tile installation. It lets users enter real dimensions to preview walls, floors, and tile layouts in 3D, accounting for cuts, niches, openings, and uneven walls. It includes an AI Builder that converts plain sentences into surfaces and materials, and it exports PDF drawings, CSV cut lists, and JSON project backups. Its primary users are tile professionals, designers/specifiers, and DIY renovators.
Feature Comparison
| Feature | TextileGen | Layometry |
|---|---|---|
| Primary Purpose | AI textile pattern design | 3D tile layout planning |
| Core Workflow | Generate/extract, repeat, recolor, visualize | Measure, configure, review 3D and cuts |
| AI Capabilities | Generates artwork from text/sketches; extracts patterns from photos | AI Builder converts sentences into surfaces and elements |
| Repeat/Pattern Control | Block, half-drop, brick repeats; motif scaling | Straight, running-bond, honeycomb; grid rotation |
| 3D Visualization | Fabric mockups on products (2D) | Accurate 3D view of walls, floors, niches |
| Color/Material Management | Coordinated colorways preserving structure | Accent zones, separate finishes, quantities per material |
| Export Options | High-resolution image export | PDF drawings, CSV cut list, JSON backup |
| Collaboration/Storage | Private by default | Guest browser storage; cloud after sign-in |
| Target Audience | Surface/fashion designers, creators | Tile professionals, designers, DIYers |
| Platform | Web-based | Web-based, mobile adaptive |
Pricing
TextileGen offers a free starting point for designing, with commercial use depending on your plan and the applicable model terms. You can start designing free and explore the workflow before committing. For production use, review the current Terms of Service and pricing details on their website.
Layometry is free during its beta period. You can open the planner without signing up and use guest browser storage. An account is required for cloud projects and for exporting PDF, CSV, or JSON files. This makes it accessible for trying out, with a clear upgrade path for saving and exporting work.
Pros and Cons
TextileGen
Pros:
- Textile-specific tools for repeat control, color preservation, and high-resolution export
- Full workflow from generation to mockup in one workspace
- Pattern extraction from garment photos or fabric references
- Private by default with commercial-ready exports
Cons:
- Limited to textile pattern design; not for spatial or 3D room planning
- Commercial use depends on plan and model terms, which may require review
Layometry
Pros:
- Accurate 3D tile layout planning with cut-aware calculations
- AI Builder turns plain sentences into complete room layouts
- Exports actionable PDF drawings, CSV cut lists, and JSON backups
- Handles complex surfaces like niches, openings, and uneven walls
Cons:
- Focused on tile layout only; no textile or pattern design features
- Exports require signing in; cloud projects need an account
Verdict
TextileGen and Layometry are not direct competitors; they solve different problems. TextileGen is the better choice for surface pattern designers, fashion designers, and independent creators who need to generate, repeat, and recolor textile patterns and see them on products. Layometry is the better choice for tile professionals, designers, and DIY renovators who need to plan accurate 3D tile layouts, inspect cuts, and generate cut lists before installation. Your decision should be based on whether your project involves fabric patterns or spatial tile planning.