Design automation
Designs no one has drawn before.
Finished textile designs from a prompt, a live trend, or your brand’s own context — in your house’s look, not generic AI.
Design automation
The design comes first. Before any engine runs, Mathical 1.0 draws the design from your brief. It composes it from real, named parts — motif, colour, scale, layout, border, zone — so the same inputs give the same design, and you can steer any one axis without disturbing the rest. Because every choice is explicit, the design is one an engine can turn into a machine file.
What it does
From a prompt
Describe it in a line — “peacock buti, olive on cream, dense border” — and get a finished design.
From a live trend
Turn what’s moving, caught from real signals, into a design you can actually make.
From your context
Your catalogue, palette and motifs steer every result, so it comes back as yours.
Beyond the obvious
Explores directions a human wouldn’t reach for — still on-brand, still makeable.
Every design, its machine’s own file
Each engine turns every design into the file its machine runs.
Describe a print. Get a seamless repeat, separated and sized for your printer’s RIP.
Writes RIP-ready TIFF and PDF/X-4, with spot channels and a job ticket.
Embroidery
Describe a motif or bring your artwork. Get the stitch file your embroidery machine runs.
Writes DST, PES, JEF, EXP and VP3, native to each machine.
Weave
Describe a woven design. Get the card and setup sheet your loom runs, built from real weaves.
Writes jacquard cards, dobby lifting plans and WIF, with a loom setup sheet.
Knit
Describe a knit design. Get the program your flat-bed or circular machine knits.
Writes knitout, Shima Seiki and Stoll programs for flat-bed and circular machines.
Quilt
Describe a quilting design. Get one continuous path your longarm stitches without a jump.
Writes HQF, QLI, IQP, CQP, PAT, SSD and DXF.
Pattern cut
Name a garment and a size. Get every piece drafted, graded and ready to cut.
Writes AAMA and ASTM DXF, HPGL and PLT, with grade rules.
Schiffli
Describe a lace or an all-over. Get the program your schiffli runs across every needle.
Writes Saurer, Hiraoka and Lässer programs.
Embellish
Describe an embellishment. Get every stone, sequin and bead placed for your setter or karigar.
Writes stone-setter DST and DXF, hotfix templates and karigar sheets.
How it works
01
Describe it in a line.
“Peacock buti, olive on cream, dense border” is enough to start. Or bring a sketch, a logo or a scan.
02
Or start from a trend.
Pick a rising trend and its colours and motifs carry into the design.
03
Your house’s look steers it.
Your catalogue, palette and motifs shape every result, so it comes back as yours.
04
Hand it to an engine.
Choose print, embroidery, weave, knit, quilt, pattern cut, schiffli or embellish, and get the file that machine runs.
Running a production floor?
Frequently asked questions
Is this generic AI imagery?
What can I start from?
Will the designs look like my brand?
Do I need design or CAD skills?
The rest of the pipeline
Machine-file automation
Pick the machine; Patterns writes the exact production file it runs — across all eight techniques, no digitising, no redraw.
Learn moreTextile & fashion
The whole pipeline for apparel, sarees, home textiles and craft — design, refine and produce, with no handoff that loses the design.
Learn moreRefine & scaling
Branch into variations by context and trend, then refine by prompt and live sliders — the design updates as you move them.
Learn moreTrend intelligence
Real-time fashion trends from real signals — direction, momentum, and the exact colours and fabrics stores are stocking — turned into a ready-to-use prompt.
Learn moreFrom a line of text to a design you can make
Free to start. Pro and Max plans available.