Re: [sympy] Implementation of ODE's solution.

Great. The separation ansatz and the Bessel function idea are both good. I believe someone started a PR at some point for Bessel/Airy functions so probably good to look at that as well. For Lie groups the existing code needs substantial improvement. It is largely untested and has many bugs. If

[sympy] Implementation of ODE's solution.

Hello, Everyone Myself Ritu Raj Singh, sophomore of IIT BHU Varanasi.( GitHub profile ) I would like to work on the implementation of ODE's solution this summer in my GSoC. Currently, SymPy only supports many basic types of differential equations, but

[sympy] GSOC project on vector integration

Current status - sympy.vector only implements vector differentiation Hi, I wanted to implement vector integration over lines surfaces and volumes. Below are the attached links and references to implement the idea. 1) https://www.physics.nus.edu.sg/~phylimhs/LineSurfVolInt2.pdf 2)

RE: [sympy] Re: Complex integration for GSoC '19

But can I get assurance that it is not already implemented? I tried googling it but could find nothing. Do you have any idea if my idea is unique or at the end I find it a duplicate one? Sent from Mail for Windows 10 From: Arif Ahmed Sent: 17 March 2019 13:47 To: sympy Subject: [sympy] Re:

Re: [sympy] Re: Complex integration for GSoC '19

Sure On Sun, Mar 17, 2019, 13:47 Arif Ahmed wrote: > Start by taking up a smaller task among the ones you suggested and send a > PR for it. Since time is limited you would need to start writing your > proposal now and hopefully complete it by deadline. > > On Sunday, March 17, 2019 at 11:39:17

[sympy] Re: GSoC 2019 Idea discussion

Thanks for the reply Arif, I did think of coding some helper functions which would be needed while implementing the actual algorithm. Such as generating the Sturm sequence of a polynomial, computing a RUR family, etc. like pretty much every step of the algorithm stated in

[sympy] Re: GSoC 2019 Idea discussion

I think it's more important you start contributing and if you can, send a PR implementing some simpler ideas of what you're proposing. Later on you can build on it. On Sunday, March 17, 2019 at 12:02:41 PM UTC+5:30, pragya...@iiitd.ac.in wrote: > > Greetings, > > > I wanted to suggest a

[sympy] Re: Complex integration for GSoC '19

Start by taking up a smaller task among the ones you suggested and send a PR for it. Since time is limited you would need to start writing your proposal now and hopefully complete it by deadline. On Sunday, March 17, 2019 at 11:39:17 AM UTC+5:30, Vishesh Mangla wrote: > > Hi, > I 'm a sophomore

[sympy] GSoC 2019 Idea discussion

Greetings, I wanted to suggest a project Idea I’d wish to work on during this summer that is- Add support for calculating multivariate limits. Current Status of this Idea in Sympy - Not Implemented yet. (As far as I know) Suggestions - To do so, we could use the

[sympy] Complex integration for GSoC '19

Hi, I 'm a sophomore studying at Birla Institute of Science and Technology, Pilani. I would like to implement the already introduced idea of complex analysis which includes integration using Residue Theorem. The solver would need the contour as an argument since I don't think there's a method