Hey i am Shivam and i will be applying to Sympy for Gsoc 2016 , I have been
involved with sympy since december and i got a patch merged , I find Sympy
live interesting and feel like that i will be able to work on this project
in the summer , i have experience in Python/Django
,Angular js ,
I found that use nsimplify() can bypass this problem
c = b = q2*sin(q1)**2 + q2*cos(q1)**2 + nsimplify(0.1)*sin(q1)**2 +
nsimplify(0.1)*cos(q1)**2
simplify(c) will give result q2 + 1/10
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Dear Developers,
This is Rajat Arora from India.I will be applying for the GSOC 2016.I love
to code the numeric computations in python.
I have gone through the sympy gsoc 2016 ideas list. I found the following
topic quite interesting and I would like to contribute in it.
The rows are the ansatz for the holonomic diff.eq. of order 3.
We got this order from step 1. The linear system solves for the p_i
On Thu, Feb 25, 2016, 20:50 shubham tibra wrote:
> I know it's a newbie question but I am stuck at it.
> In the paper mentioned in the ideas
On Thursday, 25 February 2016 06:41:01 UTC+1, Abhishek Verma wrote:
> can you please guide me ,how should i start??
>
Get PyCharm community edition:
https://www.jetbrains.com/pycharm/
Run your script with PyCharm's debugger, it's by far the easiest way to
debug complex Python code.
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I know it's a newbie question but I am stuck at it.
In the paper mentioned in the ideas
page http://www.risc.jku.at/publications/download/risc_2244/DIPLFORM.pdf
the algorithm for addition of holonomic functions is described in Example
1.4.2, page 20. How do we get the linear system as mentioned
I'm not sure how easy of a bug it will be to fix. You'll need to walk
through the heurisch algorithm and figure out why it's creating a term
that isn't a polynomial.
Aaron Meurer
On Thu, Feb 25, 2016 at 12:41 AM, Abhishek Verma
wrote:
> Ohhhk thanks very much Sir
Hi guys!
I think I solved issue #9480 in PR #10650
(https://github.com/sympy/sympy/pull/10650). All tests passed. Could
anybody read the code (my first contribution) and give me feedback?
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I have found a bug in factor() and simplify()
please look at the image below
the correct answer is q2 + 0.1
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