The Mental Game of Python - Raymond Hettinger on HackerTube: recommended by 3 Hacker News commenters across 3 separate months, 2019–2023.
talk · evergreen
Raymond Hettinger's PyBay 2019 talk on the mental habits behind effective programming, drawn from coaching, teaching and StackOverflow. He covers problem decomposition, chunking, managing working memory and getting unstuck.
HN recommends it as a Python talk with lessons that apply to any programming, especially chunking to manage complexity.
“Here's a good recent one by Raymond Hettinger on making things easier for yourself when programming”
3 Hacker News comments link this video. Each one links back to its thread.
My favorite talk of this year is Raymond Hettinger talking about mental gymnastics which helps you to structure your problems into ones that which you can solve. The mental game of Python: ▶ this video
in “Ask HN: Best Talks of 2019?” · View on HN
Great question, I personally recommend: 1. Simple Made Easy by Rich Hickey (video [link] ) 2. Thinking in Systems by Donella Meadows (pdf [link] ) 3. Raymond Hettinger’s content about CHUNKING is classic for this (one example video ▶ this video ) 4. The classic tome on Abstraction is Gödel, Escher, Bach: an Eternal Golden Braid, by Doug Hofstadter ( [link] ) 5. Finally, I’ll cut myself at lucky number five by pointing you toward Jüergen (You-Again!) Schmidhuber’s fascinating webpage: [link] Honorable mention to Margaret Hamilton’s T-Maps and F-Maps. Use a hierarchical numbered outline. Zoom in and out of the fractal network. Remember your working memory holds seven (7) concepts, plus or minus two (2) … so chunk size around five (5) or less is ideal for cognitive accessibility.
in “Ask HN: Best resources on abstracting and dealing with complexity” · View on HN
For programming, yes, especially if you're a beginner. But for more conceptual aspects of software engineering and system design, or tutorials on new technologies, videos can sometimes be useful. Here's a good recent one by Raymond Hettinger on making things easier for yourself when programming, such as ways of reducing how many things you'll need to keep in working memory at once. It actually does directly involve a lot of pure code so it's maybe not the best example of what I described, but it's mostly focused on cognition and is generalizable to programming in any language, or possibly doing any kind of demanding mental work in any field. "The Mental Game of Python" - ▶ this video
in “List of YouTube channels for improving web development and programming skills” · View on HN