Novak has been working on NLP for physics for decades. It might be worth
checking out https://www.cs.utexas.edu/users/novak/ and
https://www.cs.utexas.edu/users/novak/cgi/physdemod.cgi .
/c
On Wednesday, May 13, 2020 at 12:19:54 PM UTC-5, Moses Paul wrote:
>
> So I've been working on an NLP parser for sympy.
> This is how it works,
>
> - The Input is first "cleaned up" and rewritten into a structure that
> is comprehended by a NMT model (seq2seq)
> - The processed input is passed on to the model which then gives a
> specific type of output, which is then "processed".
> - The final result is one that works when used inside
> sympify('Expression')
>
> So Far I've been able to train using data generated from Functions similar
> to Sum, Max, Min i.e functions with a list of inputs and also with
> functions such as Summations and Integrals.
> Since I haven't gone through SymPy's entire codebase, it would be really
> useful if I had sort of a Glossary or an equivalent structure from which I
> can glean information about the various functions SymPy has, like a list of
> single parameter functions, two parameters, multiple parameters and so on.
>
> I haven't been able to find anything so far, help would be much
> appreciated
>
> Cheers
> Moses Paul
>
>
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