Converting Symbolics.jl Objects to SymPy.jl Objects

• Symbolics.jl

  13 1,288 9.4 Julia

  Symbolic programming for the next generation of numerical software

  

I am working on a project which involves calculating the inverse for matrices with symbolic entries. I am using Symbolics.jl to create the symbolic entries. While Symbolics.jl has been great for computing things like determinants and simplifying their results very quickly, there is a lack of finer-grain expression manipulation commands in the module, and thus I would like to convert my symbolic.jl objects to ones readable with SymPy.jl.

• SymPy.jl

  5 254 6.9 Julia

  Julia interface to SymPy via PyCall

  

I am working on a project which involves calculating the inverse for matrices with symbolic entries. I am using Symbolics.jl to create the symbolic entries. While Symbolics.jl has been great for computing things like determinants and simplifying their results very quickly, there is a lack of finer-grain expression manipulation commands in the module, and thus I would like to convert my symbolic.jl objects to ones readable with SymPy.jl.

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• Latexify.jl

  2 531 6.9 Julia

  Convert julia objects to LaTeX equations, arrays or other environments.

My current solution to this is to use Latexify.jl, great module name btw, to convert the objects to latex, then perform some dodgy string manipulation on the latex, specifically turning it into a form readable by the Python module latex2sympy2 which has a function latex2sympy which can properly convert it. I've written a function to_sympy() which properly converts the Num and Matrix{NUM} types:

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