Dreamify AI Pattern Generator vs Texloom Studio

Dreamify AI Pattern Generator is a web tool that turns text prompts into surface patterns for fabric, wrapping paper, wallpaper, packaging, and other product surfaces. Controls include a negative prompt, inference-step setting, random seed, and scheduler. Dreamify recommends Kandinsky for decorative, color-focused work, and its guidance favors evenly distributed motifs, edge-to-edge coverage, no focal point, and three or four colors. The generator page says it is free to use without signing up. Images can be downloaded or shared, and Dreamify says creations are watermark-free, owned by their makers, and usable however the maker chooses. Raw diffusion output is not guaranteed to tile seamlessly, so Dreamify recommends a separate seamless-tiling tool before fabric use. Vector export is unavailable. Pricing includes Sparkles packs at $4, paid once for 200 images and $8, paid once for 400 images, plus monthly plans at 5.00, 15.00, and 25.00 USD.

Texloom Studio is a textile design platform for building seamless patterns, matching colours, and preparing files for print. Its tools include pattern generation, style and colour transfer, texture removal, upscaling, vectorization, recoloring, and color separation. Designers can start from PSD, PNG, JPEG, or TIFF files, then export PNG, JPG, TIFF, WebP, SVG, PDF, and PSD at resolutions up to 600 DPI. Production exports include CMYK TIFF and layered PSD, and repeat options are block, half-brick, and half-drop. The colour library lists 2,736 colours with permanent TX codes. The Free plan costs nothing and includes 100 starting credits; 27 tool pages are available without signup. Paid plans add monthly credits and result download windows from 24 hours to 30 days. Texloom runs in a web browser and as a Chrome extension, which can send a right-clicked image to its tools and save picked palettes to Recolor Studio. The extension cannot pick colours outside Chrome or capture some Chrome pages. Texloom says designs are not used to train AI models.