Yes, I've especially used gmpy2 and met the maintainer at a user group,
worked at Mentor Graphics as I recall, and was collaborating with Alex
Martelli on getting Python such a library. Most of my Jupyter Notebooks
exploring high precision are using that. Trig built right in, and complex
There's a three.js renderer for 3D graphics in Sage:
https://doc.sagemath.org/html/en/reference/plot3d/
On Wed, Jan 29, 2020, 5:21 PM Wes Turner wrote:
> You've probably already considered SymPy or Sage (which is installable
> with conda now)?
>
>
>
You've probably already considered SymPy or Sage (which is installable with
conda now)?
https://docs.sympy.org/1.5.1/modules/evalf.html :
>>> N(sqrt(2)*pi, 5)
4.4429
>>> N(sqrt(2)*pi, 50)
4.4428829381583662470158809900606936986146216893757
https://github.com/sympy/sympy/wiki/Dependencies :
>
More concretely, and continuing the arbitrary precision thread, one might
think Python, with its clever duck typing, could take either floating
point, or standard library Decimals, through precisely the same algorithm.
That's so in some cases, but when we get to powering, one can't use the
