[sympy] Re: GSoC 2018: Completing Solvers

I have started a wiki page [here](https://github.com/sympy/sympy/wiki/Implementing-transolve-in-solveset). I will be updating it time to time. Thanks! On Sunday, March 11, 2018 at 6:01:00 PM UTC+5:30, Amit Kumar wrote: > > Hi Yathartha, > > Thanks for your interest in working on solveset. I am

[sympy] Re: GSOC 2018:Project Idea

I am looking forward for some inputs over the idea.Whether this would be enough for google summer of code? and are implementations going over this idea? Thanks for reading. On Saturday, March 10, 2018 at 11:17:16 AM UTC+5:30, aaris...@iiitd.ac.in wrote: > > Hello All, > > I am Aarish Chhabra,

[sympy] Re: GSoC 2018: Completing Solvers

Sure I will look into the way `_tsolve` solves and try to conclude how it will be implemented in solveset, meanwhile can you have look at #13045 , I have tried to

[sympy] Re: How to differentiate with dependent variables

Manoj, you have to initialize y as a function of x rather than a Symbol >>> var('x') >>> y = Function('y')(x) >>> eqn = x**2 + y >>> diff(eqn, x) 2*x + Derivative(y(x), x) -- You received this message because you are subscribed to the Google Groups "sympy" group. To unsubscribe from this

Re: [sympy] GSOC Continuum mechanics 2D beam solving system

Hi Subhash, I will suggest starting writing the proposal, and adding each piece of functionality piece by piece. It will help you think about the API more carefully and also give you an idea of the timeline. It's important to make a proposal that fits well with the GSoC timeline. On 11 March

Re: [sympy] GSOC Continuum mechanics 2D beam solving system

One more thing that I think can be implemented by Singularity function is Influence Line Diagram(ILD) . After implementing plotting for shear force and bending moment plotting of ILD can also be added. We can implement a function compute_ild that takes position of a beam as argument and

[sympy] Re: GSoC 2018: Completing Solvers

Hi Yathartha, Thanks for your interest in working on solveset. I am glad to hear that. The things you have mentioned are completely worth well over a summer. I would definitely focus a lot on transolve. It is the most crucial part of solvers. To go about it take a look at the _tsolve function in

[sympy] How to differentiate with dependent variables

from sympy import * var('x y') eqn=x**2+y print(eqn.diff(x)) # 2*x but required 2*x+y' -- You received this message because you are subscribed to the Google Groups "sympy" group. To unsubscribe from this group and stop receiving emails from it, send an email to