← Back to context Comment by duskdozer 17 hours ago The difference is that LLM output is very nondeterministic. 3 comments duskdozer Reply wtetzner 4 hours ago And because of that, we check in the generated code, not the high-level abstraction. So to understand your program, you have to read the output, not the input. w4yai 16 hours ago It depends. Temperature is a variable. If you really need determinism, you could build a LLM for that. Non-determinism can be a good feature though. duskdozer 12 hours ago How would you do that? If it's possible, it seems strange that someone hasn't done it already.
wtetzner 4 hours ago And because of that, we check in the generated code, not the high-level abstraction. So to understand your program, you have to read the output, not the input.
w4yai 16 hours ago It depends. Temperature is a variable. If you really need determinism, you could build a LLM for that. Non-determinism can be a good feature though. duskdozer 12 hours ago How would you do that? If it's possible, it seems strange that someone hasn't done it already.
duskdozer 12 hours ago How would you do that? If it's possible, it seems strange that someone hasn't done it already.
And because of that, we check in the generated code, not the high-level abstraction. So to understand your program, you have to read the output, not the input.
It depends. Temperature is a variable. If you really need determinism, you could build a LLM for that. Non-determinism can be a good feature though.
How would you do that? If it's possible, it seems strange that someone hasn't done it already.