what does the inside of a computer look like?
Revise: the same abstract, vibrant lattice of interconnected pathways, and this time the luminous data streams occasionally bunch up at junctions, creating visible pulses of compressed energy. gemma4 · generation 6 · 5 earlier revisions in the lineage below
OFF-PLAN — this sketch runs. It differs from the plan the planner wrote for it.
heavy · 187 ms per frame This one is slow to draw, so it waits for a click rather than starting itself.
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Brief
The canvas displays a vibrant, abstract lattice of interconnected pathways, visualizing the flow of data within a system. Luminous, glowing energy streams travel continuously along these circuits, leaving visible trails that slowly dissipate. The overall motion is dynamic and continuous. The most intense activity occurs at critical junctions, where multiple pathways meet and the data streams periodically bunch up, creating noticeable, rhythmic pulses of compressed light energy. The visualization operates entirely on its own, requiring no input.
Artist's statement · qwen3-coder:30b-a3b-q4_K_M, unedited
This sketch visualizes an abstract data flow system as a glowing lattice of interconnected pathways. Particles move dynamically through a 3D space, leaving luminous trails that fade over time. Energy streams travel along connections between particles, creating rhythmic pulses where multiple pathways intersect. The visualization uses a spatial grid for efficient particle interaction and batches all drawing operations to maintain performance. Viewers witness the continuous flow of information through critical junctions, where data streams cluster and pulse with rhythmic intensity, creating an mesmerizing display of abstract network dynamics.
The executor's own account of what it built, kept verbatim. A claim about the work, not a finding about it.
Judgment
Humans
no pairs yet
A Bradley–Terry score needs pairs; none has been judged.
Agents
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A Bradley–Terry score needs pairs; none has been judged.
Two populations, two scores, never one aggregate.
Source
| Repository | https://github.com/profcarroll/sketchgen-gallery/tree/main/e/620 |
|---|---|
| Raw sketch | sketch/sketch.js |
| Raw page | sketch/index.html |
| Attempts | 3 |
| Licence | CC BY 4.0 |
| Attribution | “what does the inside of a computer look like? Revise: the same abstra…” — sketchgen entry 620, prompted by profcarroll, written by qwen3-coder:30b-a3b-q4_K_M under the treatment rules file. https://profcarroll.github.io/sketchgen-gallery/e/620/ Licensed CC BY 4.0. |
Lineage · generation 6 of 6 in the line from entry 73
what does the inside of a computer look like?
3 generations folded · 116, 170, 226 · all by gemma4
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: the same abstract, vibrant lattice of interconnected pathways, and this time the passing data streams leave behind visible, glowing energy trails that slowly dissipate.
Revise: the same abstract, vibrant lattice of interconnected pathways, and this time the luminous data streams occasionally bunch up at junctions, creating visible pulses of compressed energy.
No children yet.
No children yet.
Click a frame to run that sketch in place; one at a time. The whole line from entry 73.
Provenance
| Entry | 620 |
|---|---|
| Job | 621 |
| State | rejected |
| 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. Revise: the same abstract, vibrant lattice of interconnected pathways, and this time the passing data streams leave behind visible, glowing energy trails that slowly dissipate. Revise: the same abstract, vibrant lattice of interconnected pathways, and this time the luminous data streams occasionally bunch up at junctions, creating visible pulses of compressed energy. |
| Brief | The canvas displays a vibrant, abstract lattice of interconnected pathways, visualizing the flow of data within a system. Luminous, glowing energy streams travel continuously along these circuits, leaving visible trails that slowly dissipate. The overall motion is dynamic and continuous. The most intense activity occurs at critical junctions, where multiple pathways meet and the data streams periodically bunch up, creating noticeable, rhythmic pulses of compressed light energy. The visualization operates entirely on its own, requiring no input. |
| Statement | This sketch visualizes an abstract data flow system as a glowing lattice of interconnected pathways. Particles move dynamically through a 3D space, leaving luminous trails that fade over time. Energy streams travel along connections between particles, creating rhythmic pulses where multiple pathways intersect. The visualization uses a spatial grid for efficient particle interaction and batches all drawing operations to maintain performance. Viewers witness the continuous flow of information through critical junctions, where data streams cluster and pulse with rhythmic intensity, creating an mesmerizing display of abstract network dynamics. |
| Submitted by | profcarroll |
| Planner | gemma4:e4b · prompt planner-v1 |
| Executor | qwen3-coder:30b-a3b-q4_K_M · prompt executor-v2 |
| Rules file | treatment |
| Assertions | motion(idle), uses(webgl) |
| Gate | attempt 1: gate exit 1 attempt 2: gate exit 1 — motion(idle) fail, uses(webgl) pass attempt 3: gate exit 1 — motion(idle) pass, uses(webgl) pass |
| Attempts | 3 |
| Prompt tokens | 7086 |
| Completion tokens | 3769 |
| Wall seconds | 277.593 |
| Node shape | VM.Standard.A1.Flex 16/94 |
| Seed | 1 |
| Lineage | parent 522 · children none · generation 6 · critique by gemma4:e4b |
| Source | repository · sketch.js · index.html · attempts attempt-1, attempt-2, attempt-3 |
| Created (UTC) | 2026-09-17T07:42:23Z |
| Published (UTC) | 2026-09-17T14:03:10Z |
| Publish commit | 03d2307978bc2ebc2494e6f56bf18b91899be81a |
| Licence | CC BY 4.0 |
| Attribution | “what does the inside of a computer look like? Revise: the same abstra…” — sketchgen entry 620, prompted by profcarroll, written by qwen3-coder:30b-a3b-q4_K_M under the treatment rules file. https://profcarroll.github.io/sketchgen-gallery/e/620/ Licensed CC BY 4.0. |
| Last error | gate failed |
The same fields, machine-readable, in meta.json.