---
id: "2113184402155176016"
source: https://x.com/ikeryou/status/2113184402155176016
author: "ikeryou (@ikeryou)"
media: "video, 1928x1220, 19.3s"
model: claude-opus-5-5
generated: 2026-10-22
---
# Unravelling Wireframe Numerals

## Summary
Two extruded numerals built from a cellular wireframe mesh sit on black; as the counter ticks, the edges of the cells split and stretch into loose, tangled threads that loop around and pull back into shape. A striking generative type study where a rigid 3D letterform keeps dissolving into scribbles.

## Style
- Theme: dark
- Mood: experimental, restless, technical, raw
- Tags: kinetic-type, wireframe, 3d-numerals, voronoi-cells, generative, line-art, counter
- Category: Typography, Motion

## Palette
| Role | Hex |
|---|---|
| Black | #000000 |
| Near black | #0B0B0B |
| Shadow grey | #272727 |
| Mid grey | #4E4E4E |
| Light grey | #8D8D8D |
| Line white | #F2F2F2 |

## Typography
- Two large numerals (for example 7 and 8), about 70% of frame height, set in a bold, slightly condensed grotesk with straight terminals, then extruded in 3D. Closest free font: Archivo (800).

## Layout
- 16:10 frame (1928x1220); the two numerals are centred side by side with a small overlap.
- Slight camera tilt so the extrusion depth (about 8% of the glyph height) is visible.

## Elements
- Wireframe mesh: the glyph faces are split into irregular polygon cells (Voronoi-like) drawn as 2px white lines, with matching cells on the back face and connecting edges.
- Threads: when a cell edge detaches it becomes a long wavy line with loops and knots.
- A small cursor appears occasionally; there is no other UI.

## Motion
- The glyphs rotate a few degrees back and forth.
- Every few seconds a numeral starts to unravel: edges detach, stretch and loop for 1.5 to 3s, forming a tangled nest, then contract back into the mesh.
- The counter value changes (78 to 79 and so on) with the new digit forming out of threads.

## Rebuild it
1. Convert numeral outlines to shapes (three.js `TextGeometry` or opentype.js paths) and extrude them.
2. Generate cells by scattering points inside each face and computing a Voronoi diagram (d3-delaunay); turn cell edges into line segments on front and back faces.
3. Render the edges as `Line2` (fat lines) in white on black.
4. To unravel, convert selected edges into verlet ropes (10 to 20 points), apply curl noise forces, then lerp them back to their rest positions.
5. Drive the digit change by morphing between the cell graphs of the old and new numerals.

## Generation prompt
Two large extruded numerals made of white wireframe Voronoi cells on a pure black background, slightly rotated in 3D; parts of the mesh unravel into long tangled looping white threads and then pull back into the letterforms; generative, experimental, high contrast monochrome line art, smooth slow motion.