hello community I am Alok a Comp Sci undergrad and have some experience in
working in python, i am new to open source and came across this library and
i am eager to know about the ways i can contribute to the project can
someone guide me how to begin with projects and issues like these, Thank
UPDATION OF SYMPY WEBSITE DOCS
I have an idea for GSOC 2024 for SymPy. I have seen that a lot of docs and
copyright of website are not updated on SymPy website and which can be
changed.
I am proficient in HTML, CSS, Bootstrap, Javascript, Jupyter Notebooks and
Python.
Looking forward to contr
About Gsoc 2024 .
On Wednesday 24 January 2024 at 14:53:43 UTC+5:30 kasarpr...@gmail.com
wrote:
> What about ?
>
> On Wed, 24 Jan 2024 at 13:09, Alok Babu wrote:
>
>> Is there anything in which I can start contributing ?
>>
>> --
>> You received this messa
Hey everyone! Excited to join this fantastic community! I'm Alok Babu, a
2nd-year IT student at Noida Institute of Engineering and Technology in
Greater Noida. Python and Java are my go-to languages, and I'm thrilled to
be part of this community to learn, contribute, and grow togethe
Is there anything in which I can start contributing ?
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Greetings to all the mentors and contributors!
I am Alok Choudhary pursuing my B.Tech degree in Computer Science and
Engineering at Ajay Kumar Garg Engineering College, Ghaziabad. I am
familiar with the concepts of Python, NumPy and I know how to use Jupyter
Notebooks.
I would like to know
Hello,
My name is Saksham(19), I am a first-year computer science student who has
just ventured into open source. Sympy intrigued me as it is a python based
alternative to MATLAB which has been a little irritating to use in my
college coursework.
I have some experience in python and have built
}$] and a set of reciprocal basis
> vectors defined by [image: $e^{i}\cdot e_{j} = \delta_{i}^{j}$]. Then [image:
> $g^{ij}=e^{i}\cdot e^{j}$].
>
>
>
>
>
> On 12/21/2014 09:12 AM, Kalevi Suominen wrote:
>
>
>
> On Friday, December 19, 2014 8:20:58 AM UTC+2, Alo
Thank you dear,I got that in case of working with metric there is no
difference between covariant and contravarient tensor but if we are not
dealing with metric then ?
On Fri, Dec 19, 2014 at 1:36 PM, Francesco Bonazzi
wrote:
>
> On Friday, December 19, 2014 7:20:58 AM UTC+1, Alok Gahlot
>
> Dear member of the groups , i have a problem i basics ., my question is
> what is the difference in contravariant and covariant tensor
>
and how can we decide to choose tensor in any problem? what is the rule
by which we know that we use covariant or contravariant or mixed tensor ?
--
e and figuring out how it works, and playing with it to see what it
> can and cannot do.
>
> Aaron Meurer
>
> On Fri, Mar 9, 2012 at 9:33 AM, Alok Upadhyay wrote:
>> Thanks Aaron! I have already forked the code-base, I am studying the
>> assumptions system code.
>>
I do know that we don't have any second order logic implemented
> (quantifiers).
>
> I recommend that you start looking at the code, and start looking for
> something you can do to satisfy the patch requirement.
>
> Aaron Meurer
>
> On Thursday, March 1, 2012, Alok wr
rts of the subject and using
such systems from the outside, but getting under-the-hood and writing
such programs would be a first time for me.
Could someone please lay-down the idea in more concrete and acheivable
terms for me, like you have to implement Natural Deduction Rules or
implement Quan
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