Right, they run tests too. A compiler is like a quick test before tests. How are you going to cut out that check and let the LLM "write it faster" is beyond me. The compiler catches errors across codebases that today's LLM can't economically or reliably put into context to perform similar checks. They're totally different tools, today.
Also, you can just compile less frequently.
But hey, if LLMs are what drove this person from Haskell to Lisp then all the power to them!
Pi and sigma bonds fall out of thinking of it from a physical/symmetrical/statistical perspective. There's not too much hand waving in the modeling of atomic and molecular orbitals.
Totally. My experience as well. After some time with codex you're like come on Claude can you just stfu! Haha. I now almost always instruct Claude with specific length requirements when I ask questions. Otherwise, it just blathers and blathers in the most annoying of ways. "Oppressive" is spot on in my opinion
If you can afford it and you have something to justify the expense, I would get both. they're interesting to run side by side, you can hand things off from one to the other. Pretty neat. Unfortunately now I just want to have both :(
you don't need to be, you can learn Rust or whatever way-better-than Python language as you use it with an LLM! it's an amazing process.