> C code admits many assembly interpretations and the assembly you get will vary depending on your compiler and parameters.
There's your own example defining how code is deterministic. Despite being compiled to different assembly interpretations, the code does the same thing.
All compilations do what I intended to do when I wrote the C code. But each compilation does the intended thing in a different way.
The point I’m making is that determinism isn’t the key difference between compilers and LLMs. The key difference is that LLMs do not give semantic guarantees. I don’t care if they give the same output on the same input, just as I don’t care very much which C compiler I use.
In my mind the most salient difference between code and natural language is that code has a formal semantics.
I’m still not entirely sure what people mean when they call a formal/natural language deterministic. As we’ve discussed, it can’t possibly mean that it has a single valid interpretation, since this is untrue of C code. If it means that code has a _precise set_ of interpretations, then I wouldn’t use the word deterministic for that.
There's your own example defining how code is deterministic. Despite being compiled to different assembly interpretations, the code does the same thing.