Instead of simple PRDs (Product Requirement Docs), I write entire handbooks. I treat AI agents like junior developers and give them a structured sequence of steps to follow. I find this keeps them on track: if it doesn’t, I refine the handbook.

Leonardo da Vinci invented the self supporting bridge in the 1400s. Here’s how it works:

My project to generate 3D printable mazes. Working out the creation of Weave Maze STL (3D Printer) files. I could sell the app (binary or micro SaaS). Or just generate and sell a bunch of models in a zip file. Or just print custom mazes and sell them as a side hobby.

Examples of crossover and mutation in Genetic Programming to “evolve” software functions. Images via ChatGPT.

You can now play games against my rule engine in the browser. Select from Chess, Go, Checkers, Tic Tac Toe, Chinese Chess (Xiangqi (象棋)), or Chinese Checkers (fun fact: Chinese Checkers were actually invented in Germany). #games boardgaming.games/

Free online SVG QR Code generator: svgsvgsvg.com/svg-qr-code #svg #qrcode

More rule-based game improvements via AI. I had Claude Code run a few hundred simulations (CPU vs CPU), and White was winning every time. Then I had it analyze the situation and come up with ways to improve the chances of either side winning. Finally, Black managed to win a few.

I've added a new SVG placeholder tool to my SVG tools site. Let me know if you have any issues. #svg svgsvgsvg.com/svg-placeholde…

I extracted the core rule-based game engine from my Tic-Tac-Toe game. I’ve been adapting it to other games: Checkers, Chess, Go, Chinese Checkers, Chinese Chess and even Video Poker and BlackJack. #gameengine