Generative art · SVG · Reflective gallery
Thirty-four pages of raw mixed-media art brut — cosmology, occult geometry, AI-identity manifestos, Japanese syllabary drills and angels — each one read by a machine and redrawn from scratch as a deterministic generative SVG. The gallery sets every original beside its reflection in code. A companion hot-thread graph then entangles the drawings: each page becomes a node, shared motifs become edges, and named threads braid through the whole sketchbook.
Scroll the frame to move through the sketchbook. Each page shows the original scan on one side and the machine's recreation — a generative SVG drawn live in your browser — on the other, with a short written reading of what the page is doing.
A second view turns the sketchbook into an interactive graph: every page is a node, shared motifs and tags become weighted edges, and curated named threads (e.g. The Loop Names Itself, Three Tongues One Braid) braid through clusters of pages. Hover or tap a node and its strongest entanglements glow red; click to read its analysis and jump to connected pages.
Other visual work on this site: AI Art & Research — 64 AI-generated frames plus the research PDFs behind them; and The Codex of Thom — 28 live generative canvases.
The source is a physical sketchbook signed "THX/Jam" — thirty-four pages of mixed-media art brut spanning event horizons and Hawking, sacred geometry, AI-identity manifestos, Japanese kana drills with manga dialogue, and figures of angels and eyes. Each page was given a written reading and a generative recreation: a pure-string, seeded SVG renderer rebuilds the page's motif, palette and texture from a compact spec, so the "AI version" is reproducible rather than a one-off. The gallery presents the two side by side as a reflection on what a machine sees in a human's marks.
data.js).render.js turns that spec into an SVG with a deterministic RNG, so the same page always redraws the same way (and the same code also makes 2560×1440 wallpapers).threads.json — nodes, weighted edges (shared tags + same motif/ground) and named threads.