April 2, 2026
Thread wars: Loom vs Zoom
Order and Tension
Weavers vs Coders: 180 Threads, One Mistake, and a Comment-Section Meltdown
TLDR: A weaver rebuilt a 180-thread warp, fixed a swap mistake, and used AdaCAD to design a crackle pattern. Commenters split between celebrating craft-as-computing and calling it hype, with memes about 'real multi-threading' and history lessons about Jacquard looms showing why threads and code share roots
A weaver rebounds from a “warping catastrophe” to set up 180 threads, tame the tension, and fix a tiny swap mistake—then drops a floor-loom sim in AdaCAD and the internet loses its mind. The post itself is a calm tour of warp threads (the long ones), weft (the side-to-side), and eight-shaft trickery, but the comments? Absolute fireworks. Craft fans cheered, calling it real multi-threading and debugging with your hands, while skeptics snapped that comparing looms to laptops is clickbait. History buffs charged in with the “Jacquard loom walked so computers could run” reminder, linking to Ada Lovelace and the Jacquard loom.
Key Points
- •The author rebuilt the project warp with 180 ends in two halves of 90, using a continuous thread, a cross to preserve order, and tie groups of ten.
- •Maintaining the precise order at the cross and equalizing tension during beaming were essential steps to prepare the warp on the loom.
- •Threading on an eight-shaft loom was organized in batches of ten using string heddles and a hook tool, guided by a binary grid of shaft assignments.
- •A threading error with two swapped threads was corrected during a test weave by pinning and weaving them into place.
- •AdaCAD was used to design a crackle weave threading, simulate weaving “as drawn in,” and generate a mirrored, symmetrical threading from a motif-based operation.