I think the work is also done on set infrastructure with nonlinsolve,
linsolve, and solve_decompostion there's no further requirement for this
also , if necessary to get more vivid solutions for multivariate should
work on this, as I proposed the 2 ways of it ...
I want to have opinion on
Hello everyone, my name is Jerry and I'm really interested in contributing
to Sympy for GSoC right now. I know I'm a bit late for the proposal
discussion right now but I don't know if our organization would be flexible
about the discussion phase or not? In the timeline, it said that the
Hello,
I am a masters student in Chennai Mathematical Institute (currently in my
first year)
I am interested in taking up the solvers issue,
for my rough project timeline
1st months i will spend on extending transolve to :
- Lambert type equations (PR #14972
Which project you apply for will be up to you, but I would note that
the SymEngine project requires C++ and the Live and Gamma projects
require experience with web development.
Aaron Meurer
On Tue, Mar 10, 2020 at 12:34 PM Sanjiban Sengupta
wrote:
>
> Hello everyone, This is Sanjiban Sengupta,
Hello everyone, This is Sanjiban Sengupta, from India, interested to
contribute to SymPy for GSoC'20, i have gone through the documentations and
usages of SymPy module, and being a Computer Science student found it very
helpful in symbolizing mathematical expressions, thus already having the
Dear Sir,
I Vishakha Narang, an undergraduate student pursuing B.Tech in Computer
Engineering from Cummins College of Engineering.
I have advanced skills in programming languages like C++, Java, Python,
HTML, CSS, XML and beginner level skills in many other languages.
I
Hey Aaron Meurer,
My name is Prakhar Saxena. I am a second year undergraduate student at
Indian Institute of Technology Varanasi. I have a fair experience of coding
in python. I have studied abstract algebra, calculus and mathematical
methods during my first and second year. I would like to
Hi Mohit,
You don't need to resend the previous emails. This discussion is
becoming too detailed though and belongs on the Github issue for
refactoring the ODE module:
https://github.com/sympy/sympy/issues/18348
Oscar
On Tue, 10 Mar 2020 at 15:26, mohit balwani
wrote:
>
> hello,
>
> so should
Any help/views/suggestions on the above discussion would be greatly
appreciated.
Thanks and regards,
Vatsal.
On Tue, 10 Mar 2020, 03:13 Vatsal Srivastava, wrote:
> Typo: we *need not* provide the functor the explicit map, but just the
> field and the set S.
>
> On Tue, 10 Mar 2020, 03:11
Hi Mohit,
I'm replying on the mailing list. I didn't realise we had gone
off-list in the last couple of emails.
This conversation belongs in the issue on github.
Oscar
On Tue, 10 Mar 2020 at 13:29, mohit balwani
wrote:
>
> For pattern matching, I kept in mind that we can extract the elements
I wanted to get an idea on how to carry out the project 'Efficient equation
of motion generation' and hence wanted to find bottlenecks in the codebase,
specifically the mechanics package. And as Mr. Jason Moore pointed out in
an other email thread that things could be sped up by improving
As I mentioned earlier this rough estimate implementation of Newton eurler
methods can take up to 4 weeks so this plan naturally gets extended upto 11
weeks or more please guide more through this topic
but can i work on this topic
On Tue, 10 Mar 2020, 16:02 vinit wadgaonkar, wrote:
> As I
As I mentioned earlier this rough estimate implementation of Newton eurler
methods can take up to 4 weeks so this plan naturally gets extended upto 11
weeks or more please guide more through this topic
but can i work on this topic
On Tue, 10 Mar 2020 at 16:01, vinit wadgaonkar wrote:
> but can
but can i work on this topic
On Tue, 10 Mar 2020 at 09:18, vinit wadgaonkar wrote:
> As I mentioned earlier this rough estimate implementation of Newton eurler
> methods can take up to 4 weeks so this plan naturally gets extended upto 11
> weeks or more please guide more through this topic
>
>
Hi,
currently, there are 28 solvers in the ODE module out of which 6 solvers
have been refactored already.
I have classified the remaining 22 solvers on the basis of their parent
class whether they should inherit SinglePatternODESolver or SingleODESolver
SinglePatternODESolver
1. separable
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