Interactive Guide to Cooperative Auctions
Interactive simulations explain cooperative auctions for rent splitting and resource allocation.

Pretty Fourier demos via Claude Code, but it's a design portfolio, not a reusable tool.
Educators, science communicators, content creators exploring AI-assisted design
3Blue1Brown animations · Explorable Explanations · Observable notebooks
Recently an amazingly beautiful explainer was shared on HN: https://explainers.blog/posts/why-is-the-sky-blue/
I loved it so much that I wished more topics were explained that way. So, I decided to stress-test today's frontier models (Opus 4.6 in Claude Code) to generate similar explainer on any given topic WITH (almost) one shot and minimal nudging.
I'm launching with four topics: Fourier transformation, scaling laws in bio, cellular automata and LLMs.
I would let you be the judge, but I'm quite liking them.
Some things I learned:
- Prompting CC to test what it builds using headless chromium is essential - There are subtle bugs in explanations (like in one animation human lifespan is 40 years) - Asking CC to verify its plan via codex works really well
I do want to reiterate that the pages generated were mostly one-shot, which amazed me given how detailed the pages + animations are.
Interactive simulations explain cooperative auctions for rent splitting and resource allocation.
Running gnuplot entirely client-side is the selling point — you get real gnuplot scripting and instant previews without a backend. The examples gallery and interactive parameter controls (e.g. temperature sliders, harmonics/orders) show it’s built for exploration and teaching, not just one-off charts. It’s not trying to out-Plotly Plotly; it instead gives existing gnuplot users a ridiculously convenient, portable playground.
Interactive outlier slider proves why rotation beats naive quantization.
Infinite procedural art via function composition; mesmerizing to explore, surprisingly deep.
Turns Claude Code into a video director that renders pixel-perfect MP4s.
Finally makes Claude Code's black box execution visible with real-time node graphs.