29 points | by homarp 3 hours ago
9 comments
Interesting work. Is this a wrapper around the AUTOLEAN project (https://github.com/T3S1AMAX/autolean)?
the tricky bit is ensuring your inaccurate plain english statement is captured and formalized correctly as lean.
Interesting, but I don't see any licensing terms, which means I can't touch it in a commercial setting.
Instructions:
"git clone https://github.com/math-ai-org/mathcode.git"
What a luddite! It should be "Claude, write me a math coding agent. Make no mistakes!"
git clone is slightly faster
And doesn’t use as many tokens, at least for now.
A terminal AI coding assistant with a built-in math formalization engine — describe a problem in plain language and it converts it into a Lean 4 theorem and attempts a formal proof.
Could you provide a practical example?
There is one in the quickstart:
mathcode -p "prove that the square of an even number is even"
Interesting work. Is this a wrapper around the AUTOLEAN project (https://github.com/T3S1AMAX/autolean)?
the tricky bit is ensuring your inaccurate plain english statement is captured and formalized correctly as lean.
Interesting, but I don't see any licensing terms, which means I can't touch it in a commercial setting.
Instructions:
"git clone https://github.com/math-ai-org/mathcode.git"
What a luddite! It should be "Claude, write me a math coding agent. Make no mistakes!"
git clone is slightly faster
And doesn’t use as many tokens, at least for now.
A terminal AI coding assistant with a built-in math formalization engine — describe a problem in plain language and it converts it into a Lean 4 theorem and attempts a formal proof.
Could you provide a practical example?
There is one in the quickstart:
https://math-ai-org.github.io/mathcode/#quickstart - if you look very closely, the screenshot at the top actually shows the output (and the solution).