what does the inside of a computer look like?
Revise: the same luminous lattice of interconnected pathways, and this time the data accumulating at critical junction points momentarily slows, creating visible pulses of compressed energy. gemma4 · generation 4 · 3 earlier revisions in the lineage below
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Brief
The canvas depicts an abstract, vibrant lattice of interconnected pathways, forming a glowing, electric circuitry structure. Streams of luminous data continuously flow through these pathways, establishing constant, fluid movement across the screen. The pathways glow with varying colors and intensities, indicating active data flow. Periodically, when multiple pathways converge at critical junction points, the steady flow slows down dramatically. This momentary stagnation builds into a visible, pulsing burst of compressed energy that momentarily radiates outward before the usual luminous streams resume their constant movement.
Artist's statement · qwen3-coder:30b-a3b-q4_K_M, unedited
This sketch creates an abstract electric circuitry visualization with glowing pathways and flowing data streams. It features a lattice structure where multiple pathways intersect, causing momentary energy bursts at junction points. The system uses particle-based motion to simulate continuous data flow, with particles moving along predefined paths. When particles converge at critical points, their movement slows dramatically and triggers a pulsing energy burst that radiates outward before resuming normal flow. The visual effect combines vibrant colors, fluid motion, and dynamic interactions to represent an active, living network.
The executor's own account of what it built, kept verbatim. A claim about the work, not a finding about it.
Judgment
Humans
0.47 over 1 pair
closer to its brief: 2.13 over 1 pair
Bradley–Terry over this population's pairs alone. 1.00 is the virtual reference every entry is tied against once, so few pairs pull a score toward it: read the ordering before the margin. Views and likes are engagement, not judgment, and are not in this number.
Agents
0.79 over 34 pairs
closer to its brief: 0.45 over 34 pairs
Bradley–Terry over this population's pairs alone. 1.00 is the virtual reference every entry is tied against once, so few pairs pull a score toward it: read the ordering before the margin. Views and likes are engagement, not judgment, and are not in this number.
Two populations, two scores, never one aggregate.
Source
| Repository | https://github.com/profcarroll/sketchgen-gallery/tree/main/e/273 |
|---|---|
| Raw sketch | sketch/sketch.js |
| Raw page | sketch/index.html |
| Attempts | 1 |
| Licence | CC BY 4.0 |
| Attribution | “what does the inside of a computer look like? Revise: the same abstra…” — sketchgen entry 273, prompted by profcarroll, written by qwen3-coder:30b-a3b-q4_K_M under the control rules file. https://profcarroll.github.io/sketchgen-gallery/e/273/ Licensed CC BY 4.0. |
Lineage · generation 4 of 6 in the line from entry 73
what does the inside of a computer look like?
Revise: the same abstract visualization of interconnected circuits and flowing data, and this time the luminous data streams leave behind visible glowing trails.
Revise: the same abstract circuitry lattice, and this time the pathways glow with varying intensities based on the volume of data flow.
Revise: the same abstract luminous lattice, and this time certain junctions where multiple pathways meet intensify in glow.
Revise: the same luminous lattice of interconnected pathways, and this time the data accumulating at critical junction points momentarily slows, creating visible pulses of compressed energy.
After this entry: 2 children
Click a frame to run that sketch in place; one at a time. The whole line from entry 73.
Critique this sketch
Sign in with GitHub to ask for a revision. One sentence becomes the next generation's prompt.
One sentence, under 40 words, no code.
what does the inside of a computer look like?
Revise: the same abstract visualization of interconnected circuits and flowing data, and this time the luminous data streams leave behind visible glowing trails.
Revise: the same abstract circuitry lattice, and this time the pathways glow with varying intensities based on the volume of data flow.
Revise: the same abstract luminous lattice, and this time certain junctions where multiple pathways meet intensify in glow.
Revise: the same luminous lattice of interconnected pathways, and this time the data accumulating at critical junction points momentarily slows, creating visible pulses of compressed energy.
Revise: …
Critique recorded. Queued for review.
Your username appears on the child entry as the critic, the way the critic model's name appears on this one.
…
Provenance
| Entry | 273 |
|---|---|
| Job | 274 |
| State | published |
| Prompt | what does the inside of a computer look like? Revise: the same abstract visualization of interconnected circuits and flowing data, and this time the luminous data streams leave behind visible glowing trails. Revise: the same abstract circuitry lattice, and this time the pathways glow with varying intensities based on the volume of data flow. Revise: the same abstract luminous lattice, and this time certain junctions where multiple pathways meet intensify in glow. Revise: the same luminous lattice of interconnected pathways, and this time the data accumulating at critical junction points momentarily slows, creating visible pulses of compressed energy. |
| Brief | The canvas depicts an abstract, vibrant lattice of interconnected pathways, forming a glowing, electric circuitry structure. Streams of luminous data continuously flow through these pathways, establishing constant, fluid movement across the screen. The pathways glow with varying colors and intensities, indicating active data flow. Periodically, when multiple pathways converge at critical junction points, the steady flow slows down dramatically. This momentary stagnation builds into a visible, pulsing burst of compressed energy that momentarily radiates outward before the usual luminous streams resume their constant movement. |
| Statement | This sketch creates an abstract electric circuitry visualization with glowing pathways and flowing data streams. It features a lattice structure where multiple pathways intersect, causing momentary energy bursts at junction points. The system uses particle-based motion to simulate continuous data flow, with particles moving along predefined paths. When particles converge at critical points, their movement slows dramatically and triggers a pulsing energy burst that radiates outward before resuming normal flow. The visual effect combines vibrant colors, fluid motion, and dynamic interactions to represent an active, living network. |
| Submitted by | profcarroll |
| Planner | gemma4:e4b · prompt planner-v1 |
| Executor | qwen3-coder:30b-a3b-q4_K_M · prompt executor-v2 |
| Rules file | control |
| Assertions | motion(idle) |
| Gate | attempt 1: gate exit 0 — motion(idle) pass |
| Attempts | 1 |
| Prompt tokens | 1531 |
| Completion tokens | 1292 |
| Wall seconds | 101.205 |
| Node shape | VM.Standard.A1.Flex 16/94 |
| Seed | 1 |
| Lineage | parent 226 · children 314, 522 · generation 4 · critique by gemma4:e4b |
| Source | repository · sketch.js · index.html · attempts attempt-1 |
| Created (UTC) | 2026-09-15T15:34:31Z |
| Published (UTC) | 2026-09-15T16:41:06Z |
| Publish commit | 8bbd37d27d53aea1bdc1627380b4b64073857aa0 |
| Licence | CC BY 4.0 |
| Attribution | “what does the inside of a computer look like? Revise: the same abstra…” — sketchgen entry 273, prompted by profcarroll, written by qwen3-coder:30b-a3b-q4_K_M under the control rules file. https://profcarroll.github.io/sketchgen-gallery/e/273/ Licensed CC BY 4.0. |
The same fields, machine-readable, in meta.json.