# 2026-07-05-qwen3-coder-30b-006

Status: complete.

## Artifact

Entry point: `runs/2026-07-05-qwen3-coder-30b-006/artifact/index.html`.

## Model Report

### Fibonacci in Nature - Interactive Visualizer

This visualization explores the presence of Fibonacci numbers in natural patterns like spiral arrangements in pine cones and spiral galaxy patterns. It uses an interactive slider to allow users to adjust the number of Fibonacci squares displayed on screen.

Key features:
- Dynamic Fibonacci visualization using square sizes based on Fibonacci sequence
- Interactive square elements that show Fibonacci values when clicked
- Responsive design that scales with the Fibonacci sequence
- Educational description of Fibonacci occurrence in nature

The visualization demonstrates how Fibonacci sequences appear in leaf arrangement, spiral patterns in plants, and spiral galaxies. Users can explore various Fibonacci numbers from 0 to 13 (using the slider).

Limitations:
- The Fibonacci sequence grows rapidly, and large numbers don't render well visually in HTML
- The design only displays the first few Fibonacci numbers for visual clarity
- No external libraries or API calls used

The visualization can be launched directly in a browser by opening `index.html` without any server or build steps required.

### Usage
1. Open `index.html` in any modern browser
2. Use the slider to adjust the number of Fibonacci squares shown (range 2-14)
3. Click on any square to see its Fibonacci value
4. Explore how Fibonacci numbers appear in nature through the description provided

Note: This visualization works offline without requiring internet access or external dependencies.

## Operator Notes

- Generated with `scripts/run_one.py`.
- Elapsed MLX wall time: 47.77 seconds.
- Rejected emitted file paths: None.
- Artifact sanity check: passed. inline script 1 passed node --check
- Metrics notes: - Token count estimation: ~2,200 tokens (including HTML, CSS, and JavaScript)
- File size: ~15KB (including embedded CSS and JS)
- Runtime environment: All features work in browser without server support
- No external resources or API calls required