Hi Jared,

Glad to have you! -And thanks for your fixes and feedback so far. I've been 
using SymPy in my own PhD project (modeling of chemical systems)
for the past couple of years and have found it to be very useful. Looking 
forward to continue working with you.

Since you mention that you work with both dynamical systems and nonlinear 
optimization (I'm guessing your looking at them using numerical methods?) 
I thought I could mention that I've written the following packages for 
using SymPy expressions together with numerical solvers:

- pyodesys <https://github.com/bjodah/pyodesys>
- pyneqsys <https://github.com/bjodah/pyneqsys>

if nothing else they might serve as a reference / source of ideas.

Best regards,
Björn Dahlgren (@bjodah)

On Thursday, 7 June 2018 01:07:24 UTC+2, Jared Lumpe wrote:
>
> Hi all,
>
> My name is Jared Lumpe and I am a PhD student in bioinformatics at the 
> University of California in San Francisco. One of my primary interests is 
> in building mathematical models for biological systems.
>
> Most of my math and algorithmic interests and knowledge are based in 
> machine learning, nonlinear optimization, and dynamical systems. Beyond 
> calculus/differential equations I am mostly self-taught. Python has been my 
> primary language for 3+ years and I think I could be considered to be at an 
> advanced level. I have been using Sympy extensively for the last few months 
> but have little experience with computer algebra systems before that.
>
> The main contributions I would like to make to Sympy are in the code 
> generation module.
>
> Thank you!
>

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