After observing what has been already done, i would like to develop 2d
beams more and then start working on 3d beam class. If time permits, i
would also like to develop the truss class as well.
Here's my to do list:
- Adding more functions to 2D beam class for various properties
-
there will be some classes which will help to solve classical physics
problem with mathematical solutions and graphical representation of
everything.
let me know how to start with?
how to contribute?
is any improvement needed then please suggest.
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Greetings everyone,
I am a third-year student at Birla Institute of Technology and Science,
Pilani pursuing a dual major in M.Sc Mathematics and B.E. Computer Science.
I have done the course on Abstract Algebra and have thoroughly studied it
from Gallian's Contemporary Abstract Algebra. I have
Greetings everyone, my name is David Santistevan. I'm a second year
Computer Science student about to enter third year of college. I've worked
with Python for the last 3 years with some experience beyond regular class
projects, such as some hackathon participations and a collaboration project
Hello everyone,
I am Muskan Gupta, a 2nd-year undergraduate pursuing computer science
engineering from Guru Nanak Dev University.
I have worked with python,c++ and java coding languages but have a better
experience and interest in python. Furthermore, I have great interest and
understanding
If you are not aware, you should follow the group theory channel on
gitter https://gitter.im/sympy/GroupTheory
Aaron Meurer
On Tue, Mar 17, 2020 at 11:32 AM Sumit Bisht wrote:
>
> Greetings everyone,
>
> I am a third-year student at Birla Institute of Technology and Science,
> Pilani pursuing
So, I have made a rough layout of the main function that will be used to
solve ODEs with the methods like
neq_nth_order_linear_constant_coeff_homogeneous/nonhomogeneous,
neq_nth_linear_symmetric_coeff_homogeneous/nonhomogeneous, special case
non-linear solvers, etc.
Some notations used:
The best place to start is to look at this project from last year.
https://github.com/sympy/sympy/wiki/GSoC-2019-Proposal-Shubham-Kumar-Jha-:-Improving-Assumptions
and pick up where it left off (see
https://github.com/sympy/sympy/wiki/GSoC-2019-Report-Shubham-Kumar-Jha:-Improving-Assumptions
and
Hello everyone,
I am Muskan Gupta, a 2nd-year undergraduate pursuing computer science
engineering from Guru Nanak Dev University.
I have worked with python,c++ and java coding languages but have a better
experience and interest in python. Furthermore, I have great interest and
understanding
Hi all,
Not sure if sympy can do this, but wondering...
I am integrating some quantities over area in Y-Z domain. In general, most
part of the integrand is constant across the area. However, there sometimes
are factors such as y, z, y**2, z**2. I would like to simply denote them as:
Being an engineering student with a passion for physics,especially
mechanics, i think this project idea would be a great fit for me, and help
me expanding my python skill set as well
Looking into the idea, it says there is no previous work on the topic so i
am slightly confused here as it also
dear sir,
i have read past application as per your guidance please guide me more
about classical equations module what to be done about kane's method
whether we should apply any alternative method or apply new Techniques to
make code base faster , relying on the existing principle of method
That sounds reasonable.
Note that we can't start raising NotImplementedError yet. You will
need to think about how to introduce the new code gradually while
still ensuring that dsolve falls back on the old code for cases not
yet handled by the new code.
On Tue, 17 Mar 2020 at 17:51, Milan Jolly
Hi,
As far as I know, the "Probability" project is available for GSoC, 2020.
Please let me know of any questions regarding GSoC projects related to
`stats` module.
Best wishes.
On Tue, Mar 17, 2020 at 1:06 AM Basilis Kalos
wrote:
> Hi all
>
>
> The first project that i’m most interested to
I have created the first draft of my proposal for "Optimising
floating-point expressions",
https://docs.google.com/document/d/12eBRsCbZkBfh4pj2MAaurdMWx6nd1MTYxXTmlRKriJ8/edit?usp=sharing
Mentors, please suggest changes.
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