500 clocks in one 6.3 MB HTML file by Opus 5.5

A closer look at 500 clocks in one 6.3 MB HTML file by Opus 5.5

What 500 clocks in one 6.3 MB HTML file shows

This page is a living gallery presenting many clock displays implemented inside cellular automata and related simulated mechanisms. Each piece is an executable pattern: numerals, hands and other indicators are produced by Game of Life patterns, elementary cellular automata (rules like Rule 30 and Rule 110), a simulated loom, and Wireworld circuits, among others. The page explains how each mechanism works and how the display is driven.

What you can actually do on the page

You can watch multiple distinct clock experiments run in your browser: the Game of Life clock where 2×2 block numerals are healed each second, a falling-pattern cascade dyed through numeral-shaped windows, Rule 30 and Rule 110 automaton waterfalls and looms that weave the display, and a Wireworld segment-display driven eight times a second. The page describes the rules used (for example B3/S23 for Life, Wolfram numbering for elementary automata, Wireworld’s four-state rules) and how the clock updates digits at each second or weave row.

Who will enjoy or find this useful

People interested in cellular automata, Conway’s Game of Life, computational art, or the mechanics of unconventional clocks will get the most from this gallery. It is written for readers who want the technical explanation: how numerals are built (blocks on a 3‑cell pitch), how toroidal wrapping and generation rates are used, and how historical devices (Jacquard loom ideas, Wireworld circuits) are adapted into visual clocks.

Questions people ask about 500 clocks in one 6.3 MB HTML file by Opus 5.5

Does the page explain how the clocks are updated?

Yes - each clock’s update rule and the site’s interventions are described (for example Life runs ten generations a second and the numeral area is reset each new second).

Are the numerals actual static drawings?

No - in many clocks the numerals are formed from patterns (blocks, dyed windows, or coloured cells) that evolve under the stated automaton rules and are repaired or recoloured by the clock driver.

500 clocks in one 6.3 MB HTML file by Opus 5.5 was shared on NexURLs by Nexis on November 3, 2026, in Tools.