Although I haven't worked in Sympy for a while, I was eagerly waiting for
1.0. Congratulations everyone! :)
Saurabh Jha
On Mar 10, 2016 9:03 AM, "AMiT Kumar" <dtu.a...@gmail.com> wrote:
> That's a great news. Kudos SymPy Development Team!
>
>
> Amit Kumar
>
> O
On Wed, Feb 18, 2015 at 11:31 PM, Aaron Meurer asmeu...@gmail.com wrote:
If you wanted to make any edits, now is the time. I am finishing up my
edits now and am going to submit what I have. I will also check again on
Friday to see if anyone made any changes and submit again if there are
(also
Hi Johanan,
Welcome. Please have a look at this document to get started.
https://github.com/sympy/sympy/wiki/introduction-to-contributing
Don't hesitate to ask for further clarification either on mailing list or
at gitter.
Thanks,
Saurabh
On Tue, Feb 10, 2015 at 7:46 PM, Johanan Wahlang
Hi Adithya,
I suggest try to think of some subset that you can implement quickly (say
in a week) and open a pull request. Implementing it will give you more
ideas and our communication will be an order of magnitude better.
If you are looking for inspiration, you might start fixing EasyToFix
Hi Akash,
If you are interested in contributing, please have a look at this document.
https://github.com/sympy/sympy/wiki/introduction-to-contributing
Thank you,
Saurabh
On Thu, Jan 8, 2015 at 2:49 AM, Akash Agrawall akash.wan...@gmail.com
wrote:
Hi,
I am a third year student studying
On Wed, Jan 7, 2015 at 9:08 PM, Asish Panda asishrock...@gmail.com wrote:
I am Asish Panda, currently a sophomore in International Institute of
International Technology Bhubaneswar, India and pursuing B.Tech in
Electronics and Telecommunication Engineering. I would like to contribute
to
I agree with the concerns here. +1
Saurabh
On 08-Jan-2015 10:45 pm, Sudhanshu Mishra mrsu...@gmail.com wrote:
Aaron (and others!), if you agree, I am going to write them to stop
spamming sympy contributors with this.
+1
According to the current exchange rates it is less likely but it may
You might be onto something. I would suggest do some work in this direction
and discuss that on mailing list.
Saurabh
On 07-Jan-2015 8:43 pm, Joachim Durchholz j...@durchholz.org wrote:
Am 07.01.2015 um 15:07 schrieb Anas Belkhadir:
to be executable with out using command line to install and
Yeah, I also get these tips while my commits get merged in scikit-learn.
Not sure what to do with them :-/
Saurabh
On Wed, Dec 31, 2014 at 5:02 PM, Sudhanshu Mishra mrsu...@gmail.com wrote:
This is strange. Is anybody else getting these mails?
-- Forwarded message --
From:
Hi Tushar,
The link you found is of CSympy. There is also a Sympy project (written in
Python)
https://github.com/sympy/sympy
As regards to getting started in contributing, please have a look at this
https://github.com/sympy/sympy/wiki/introduction-to-contributing
As for GSOC, you can start
Please have a look at this to get started
https://github.com/sympy/sympy/wiki/introduction-to-contributing
Thank you,
Saurabh
On Sat, Dec 13, 2014 at 1:12 PM, Shantanu Singh shantanusingh...@gmail.com
wrote:
Hi everyone, I am Shantanu Singh pursuing B.Tech in Computer Science from
India.
Hi Shyam,
Welcome. Please have a look at this document-
https://github.com/sympy/sympy/wiki/introduction-to-contributing
Saurabh
On Thu, Nov 20, 2014 at 2:46 PM, shyam gupta shyam2ta...@gmail.com wrote:
hey i am shyam tayal ,doing b.tech from computer science, i am python
programmer,,, i
This looks good. However I am not sure if this would be really useful in
Sympy given the amount of effort it will take to implement this thing.
Saurabh
On Wed, Oct 22, 2014 at 1:14 AM, Aaron Meurer asmeu...@gmail.com wrote:
I tried it out. The recognition is actually quite good, at least for
That's very nice. We can now redirect people who are interested in
contributing to this page. Thanks for your effort Jason!
Saurabh
On Mon, Oct 13, 2014 at 1:10 AM, Jason Moore moorepa...@gmail.com wrote:
Sorry I shortened the link:
Hi Abhilash,
Given that you are in high school, I think you can contribute to polys
module.You can also have a look at calculusand integral modules (yes, they
are different). I think physics module might be approachable to you but I
am not sure about it
You can get started by solving easy bugs
Hi Alan,
I am not sure if this is what you are looking for but here it goes-
For Python2 interpreter and Python types - ./bin/test
For Python3 interpreter and Python types - python3 ./bin/test
For Python2 interpreter and GMPY types - ./bin/test -t gmpy
For Python3 interpreter and GMPY types -
If you have all the versions of Python installed on your system, you can
run the tests for all of them easily be issuing following command:
$ ./bin/test
$ ./bin/doctest
I think you need to run each of these with python3 and Gmpy types. I'm not
sure if Alan's new contributions are taking
Hi Rachit,
First of all, you need to set up your development environment according to [1].
After that, have a look at easy to fix issues[2]. Solve them to get a
familiarity of codebase.
If you encounter any difficulties, feel free to post it here in mailing list.
Thank you,
Saurabh
[1]
I think we can make regular expressions that will match Integers, floating
points etc. Something along the lines of this
for int - re.compile('^\d+$')
for float - re.compile('^\d+\.\d+$')
What do you think about it?
Saurabh
On Saturday, June 21, 2014 11:07:52 AM UTC+5:30, Saurabh Jha wrote
I think that makes sense. I think this functionality is already implemented
in Polys module in some form. I am not able to pin point it.
First, it' unnecessarily slow.
Just check whether f == round(f) for floats.
Second, the question whether a float is integral or not borders on
Hey all,
I am looking for a function that can give me the domain of a number taking
number as argument. For example,
find_domain(2)
ZZ
find_domain(2/3)
QQ
I wonder if this thing is already implemented in Polys module or elsewhere.
If not, I think this should not be very difficult to
Adding to to what Sergey replied, you also need to set up your environment
according to [1]
[1] https://github.com/sympy/sympy/wiki/Development-workflow
On Tuesday, February 11, 2014 4:39:20 PM UTC+5:30, Aditya Shah wrote:
Hi,
I am Aditya Shah and I am currently pursuing Bachelors in
Merry Christmas to all folks! :)
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Apart from that, you may need to set up your environment according to our
development work flow wiki page if you haven't already done so. [1]
[1] https://github.com/sympy/sympy/wiki/Development-workflow
On Wed, Dec 11, 2013 at 9:46 PM, Ondřej Čertík ondrej.cer...@gmail.comwrote:
Hi
Hi,
Welcome. For newbie bugs please see [1]. You need to setup your
environment. Please see [2] for instructions.
Best
Saurabh
[1] http://code.google.com/p/sympy/issues/list?q=label:EasyToFix
[2] https://github.com/sympy/sympy/wiki/Development-workflow
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Hi Harsh,
Please have a look at our Development Workflow page[1] to get started. If
you have already gone through this, submit a pull request so that we can
review it and check it in. Start small and just push your preliminary ideas
first so that we can discuss and refine it.
-Saurabh
[1]
Hi,
I am done with level 0 of matrices. Aaron has told me to squash the commits
of [1] but I am not able to get it to work. Please help me here because I
think the code is in good shape now. I would also request someone to please
have a look at [2].
-Saurabh
[1]
, September 5, 2013 10:53:20 PM UTC+5:30, Ondřej Čertík wrote:
On Thu, Sep 5, 2013 at 11:14 AM, Saurabh Jha
saurab...@gmail.comjavascript:
wrote:
Hi,
I am done with level 0 of matrices. Aaron has told me to squash the
commits
of [1] but I am not able to get it to work. Please help me
of unnecessary conflicts. If you want just one
commit, it's easier to just get the diff and apply it manually. Unless
you know of a better way.
Aaron Meurer
On Thu, Sep 5, 2013 at 11:34 AM, Ondřej Čertík
ondrej...@gmail.comjavascript:
wrote:
On Thu, Sep 5, 2013 at 11:27 AM, Saurabh Jha
Hi,
I am pretty much done with the level 0 of sparse[1] and dense matrices[2].
The only problems remaining are the solvers of sparse matrices and merge
conflicts.
I have very few references for sparse solvers right now. I am trying to use
the earlier work of sherjil's in this domain, but I am
, Aaron Meurer wrote:
What is the output of git remote -v?
Aaron Meurer
On Wed, Aug 14, 2013 at 9:12 PM, Saurabh Jha
saurab...@gmail.comjavascript:
wrote:
I am not able to get git pull to work. It says it's already
up-to-date,
which I suspect it's not. Thus I am not able to get git
conflicts currently. The tests pass in my local
computer but there seems to be some problem. Can anyone please help me here?
-Saurabh
On Saturday, August 10, 2013 12:19:57 AM UTC+5:30, Saurabh Jha wrote:
Hi,
My work is almost done as far as dense matrix is concerned[1]. I have now
divided all
I am not able to get git pull to work. It says it's already up-to-date,
which I suspect it's not. Thus I am not able to get git rebase and git
merge to work. Can anyone suggest some workaround for this?
Thanks,
-Saurabh
On Thursday, August 15, 2013 12:49:05 AM UTC+5:30, Saurabh Jha wrote
should be used as in the tests. Each each is forced
to have a type
best,
-Saurabh
[1] https://github.com/sympy/sympy/pull/2248
On Monday, July 15, 2013 1:22:50 PM UTC+5:30, Saurabh Jha wrote:
I have managed to implement a function to calculate rref of a matrix. It's
not using any
I have managed to implement a function to calculate rref of a matrix. It's
not using any particular reference, but it does seems to work. Please have
a look[1]. I am now working on the final pieces of dense matrix, LU and QR
decompositions, inverse and determinant(relatively easy because of
Thank you, it's installed now. :)
-Saurabh
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I have just rewritten and add a few functions for row operations in my
current PR. The diff looks quite messy just have a look at [1]. This is
rewritten although it is largely the same.
Here is the summary of profile results. I am now using gmpy ground types.
for i in range(1000, 3000):
Should I add the backend stuff (CSR, DOK representation) in docs[1]. The
thing is they are not used right now in main sparse module, so I am not
sure about this. I am going to add other things though [2]
-Saurabh
[1] https://github.com/sympy/sympy/pull/2169
[2]
I have posted some new profiles in [1]. Please have a look.
[1]
http://sympymatrix.blogspot.in/2013/07/some-improved-profiles-of-dense-matrix.html
On Sunday, July 7, 2013 5:15:48 AM UTC+5:30, Ronan Lamy wrote:
2013/7/6 Saurabh Jha saurab...@gmail.com javascript:
Hi,
I have been working
Hi,
I have been working on the dense matrix for the last few days. The PR is [1]
I have written some Profile results in [2]. Here I draw some conclusions.
There is an absolute need of a more efficient data structure to store and
use dense matrices. The current implementation with all of the
Hi,
I have now started to work on the level 0 of dense matrix. Please see the
commit[1].
As I can see, the advantages of having domains is the reduced number of
sympify calls. This was also one of the cliche Aaron pointed out in [2]. He
pointed out that sympify may not be a viable solution
Okay, I want to contribute to release notes. But I am not sure if we can
fix the issue of automation of release process in such a short time. Please
tell me how can I help. I'll clone the doc repo now.
-Saurabh
On Friday, June 28, 2013 8:46:48 PM UTC+5:30, Aaron Meurer wrote:
We are
Hi,
I opened a new PR[1] today. I have made a commit today pushing add and sub
functions supporting domains. No tests are added for now (I hope to use
previous add and sub tests). I have a clear direction for spr*spr and will
commit that tomorrow. The last commit is only for getting others to
Hi,
I have written my progress in second week in [1].
Thank you,
-Saurabh
[1] http://sympymatrix.blogspot.in/2013/06/week-2.html
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Hi,
I have implemented a function for the product of a dense vector and
sparse matrix, please see the last commit of [1]. I have tried to shot two
things--
1. This is the first function in which I have tried to add support of
domains, I am not sure if it is done the right way.
2. I have
Hi,
This topic is extensively discussed earlier in mailing list. What I
have here [0] is essentially correct though inefficient implementation
of addition and subtraction operations for sparse matrix. This is the
time where I need to think about adding domains support to matrices. I
can think of
if this is the right way to look at this problem.
-Saurabh
On Jun 19, 9:50 pm, David Joyner wdjoy...@gmail.com wrote:
On Wed, Jun 19, 2013 at 9:25 AM, Saurabh Jha saurabh.j...@gmail.com wrote:
Hi,
This topic is extensively discussed earlier in mailing list. What I
have here [0] is essentially correct though
Hi,
I(with the help of Chris) have recently merged in two functions that
convert Dictionary of Keys(DOK) representation to Compressed Row
Format(CSR) format and vice versa. [1].
Since I don't actually know much about the applications of sparse
matrices in domains like Computer Science, Physics,
I discussed this issue with Aaron a few days before. He thinks that
there is a problem with bot. Unfortunately, I was unable to help since
I don't know anything about this system.
-Saurabh
On Jun 18, 3:01 pm, Stefan Krastanov krastanov.ste...@gmail.com
wrote:
The last post is from some time
I feel that text that is more left justified and has font size around
14 px would be easier to read on screen. What do you feel about it. I
don't know if it acceptable in a python-type doc.
-Saurabh
On Jun 17, 9:22 am, Aaron Meurer asmeu...@gmail.com wrote:
OK, new design question.
Since the discussion is going on, I would like to raise a few issues
about sympy live. I wanted to see if these are feasible?--
1. Can we make Sympy live as fast as it is in personal computers. I
don't know much about internals but can we write the speed critical
backend parts in C to make it
Hi,
As some of you know, I am working on matrix module nowadays. I have
written about my progress in previous week in [1]. Unfortunately, I
cannot get in on sympy planet because my current PR is from my master
branch. After that PR is merged, I'll send a PR for my blog feed. FWIW
I have posted it
Can anyone please explain me why we have the different implementations
for row and col in sparse class. Can't we just reuse these methods
from the dense class? Is there the exploitation of sparsity in these
methods?
-Saurabh
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in [0], the inherited methods would be better since
we can also use negative indices then.
-Saurabh Jha
[0] https://github.com/sympy/sympy/pull/2152
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What if I have a billion by billion matrix with a single nonzero element?
Aaron Meurer
I think you are right. In that case, I will just make the
implementation that was in an earlier commit in my current PR with
lists converted to matrices.
-Saurabh Jha
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, and thus we have would need
to check all the zeroes non matter what the situation is.
-Saurabh Jha
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I think I am getting it but just to be sure, is it intended to be a
fix that will go along with current method(based on inheritance of
methods) or a replacement.
On Jun 4, 9:05 pm, Chris Smith smi...@gmail.com wrote:
This is why it's better to work with smat -- you can load it up with the
Hi,
Is anyone familiar with arithmetic of compressed sparse row(CSR) or
compressed sparse column(CSC) formats of sparse matrices? Can anyone
please suggest some references for the same?
-Saurabh
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To
. In __init__, I think we also don't need the else branch. That
should be in the normal matrices only, not sparse.
I think we should all discuss the adequacy of the above codes.
-Saurabh Jha
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and it should be the job of module to
determine it's appropriate representation.
-Saurabh Jha
On Jun 4, 5:11 am, Chris Smith smi...@gmail.com wrote:
Yes, the callable could create only a few non-zero entries. And only the
non-zero entries are retained in the SparseMatrix so it is reasonable
- Should I mention sparse matrices?
I think you can mention some basics of sparse matrices without causing
any confusion. Is there any other reason why do you not want to
include it?
-Saurabh Jha
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Hi,
I had proposed a proposal this year on Linear Algebra Module[1]. This
proposal is of high priority in sympy and I want to implement it.
Before starting head on to implement it, I wanted to discuss with
community about the soundness of the proposed architecture. Any
suggestions for
to refute the claim is to re-implement polys in a more
object-oriented style, which is most likely not going to happen (it is a
huge amount of work).
On 14.05.2013 14:23, Saurabh Jha wrote:
Hi,
I recently had a discussion with Ronan on irc on the polys module and
he made the point
Hi Nishant,
Welcome. First of all you have to setup the environment according to
[1]. If you are searching for ideas to work on, [2] will help you get
you started. I suppose projects on android are somewhat vague, so I
encourage you to discuss this thing on the irc or here on the mailing
list.
Hi,
I recently had a discussion with Ronan on irc on the polys module and
he made the point that using functions instead of classes do not lead
to increase in speed as pointed out in [1].
He made the following points--
the benchmarks are flawed because
1) they are too short (good
Hi,
I got it what the level 3 is all about. It's about getting a public
API for the polys module by using global functions instead of using
class methods.
Thanks,
-Saurabh Jha
On May 13, 8:18 am, Aaron Meurer asmeu...@gmail.com wrote:
The highest level is the user interface (i.e., Poly
?
-Saurabh Jha
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Visit
not sure if Demo section is done right. Any
comments are most welcome.
Sincerely,
-Saurabh Jha
On May 1, 6:26 am, Saurabh Jha saurabh.j...@gmail.com wrote:
Hi,
I have made refinements ofproposal, adding more details and
pseudocode. I would appreciate any feedback from community
members.https
Hi Amit,
I think you should explain in more detail the algorithms you are going
to implement. Don't just state that you are going to implement these
algorithms. Include pseudocode of these algorithms along with
references.
Cheers,
-Saurabh Jha
On May 2, 12:11 am, Amit Jamadagni bitsjamada
figure it out?
Thank you,
Sincerely
-Saurabh Jha
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Hi,
I have made refinements of proposal, adding more details and
pseudocode. I would appreciate any feedback from community members.
https://google-melange.appspot.com/gsoc/proposal/review/google/gsoc2013/saurabh_jha/11001
Sincerely,
-Saurabh Jha
On Apr 27, 2:55 pm, Saurabh Jha saurabh.j
I think that's a great idea. The only problem can be that different
people here are in different time zones. But still, I think it's a
great idea for runtime communication along with irc
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Hi Saurav,
You may find this discussion helpful
http://groups.google.com/group/sympy/browse_thread/thread/fbbb7effcaf92fe4/c6f6d9c1a4543507?lnk=gstq=Karr+algorithm+Saurabh+Jha#c6f6d9c1a4543507
Also, I would advice to get started with fulfilling patch requirement,
check application template
Hi
I have uploaded my proposal at wiki as well as google melange.
https://github.com/sympy/sympy/wiki/GSOC-2013-Application-Saurabh-Jha:-Linear-Algebra-Module
https://google-melange.appspot.com/gsoc/proposal/review/google/gsoc2013/saurabh_jha/11001
I think the application is still pretty vague
wrote:
On 04/23/2013 12:32 AM, Aaron Meurer wrote:
Is this the same thing as the matrix derivative described in the
matrix cookbook (see
https://code.google.com/p/sympy/issues/detail?id=2759)? If so, then
the answer is no.
Aaron Meurer
On Sun, Apr 21, 2013 at 7:28 AM, Saurabh Jha
am sorry for a really basic doubt but I need some feedback on
this issue from people more knowledgeable about python than me.
-Saurabh Jha
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) ]
[]
[]
[∂f/∂A(n1)..∂f/∂A(nn)]
Note: with ∇Af(A), I meant taking gradient of f(A) with respect to
matrix A and with ∂f/∂A(11), I meant taking derivative of function f
with respect to element A(11) of matrix A.
-Saurabh Jha
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You
Hi,
My name is Saurabh Jha. I am a third year student at an Indian
University. My major is Computer Science and Engineering. I am
interested in Google Summer of Code 2013 and more specifically want to
work on matrix module of sympy. I saw the ideas list and found two
points concerned
Hi,
I want to extend some GSOC project but I was not able to see the directions
for work. Can someone please give me some pointers here so that I can get
started?
Thanks,
-Saurabh JHa
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Hie,
I saw the GSOC 2013 ideas page, listed in wiki and linear algebra
module seems interesting to me. I suppose this is the area which can
be improved. Can someone tell me if it's a good idea? What is the
current progress in this module and what needs to get done.
Thanks,
-Saurabh Jha
On Oct
I am trying to make some way through it. I am trying to implement a
function that takes as input summation(f(x), (x, 1, k)) or something
like that and returns f(x+1), because that's the output needed. This
function will then replace finite_diff of sympy/sympy/series/kauers.py
Saurabh Jha
On Sep
,
- Saurabh Jha
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Hi,
As many of you have already noticed, while running the tests, this
test fails. I would love to help in solving this problem but I am not
able to find previous discussion on this topic. Has anyone pondered
about this problem before?
Your's
-Saurabh Jha
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with this? I don't want to change the branch.
Here's my commit
https://github.com/SaurabhJha/sympy/commit/301a2ce91eb1f7413201e7df4d6d20f2ad51d410
Your's
-Saurabh Jha
On Aug 3, 2:36 pm, Chris Smith smi...@gmail.com wrote:
On Fri, Aug 3, 2012 at 1:23 PM, Saurabh Jha saurabh.j...@gmail.com wrote:
Hi
I am extremely sorry for my last naive post. I immediately discovered it,
and tried to deleted that post, so that no one is distracted by it. It
seems it wasen't deleted
Apologies,
-Saurabh Jha
On Friday, 3 August 2012 22:55:40 UTC+5:30, scolobb wrote:
On Fri, Aug 3, 2012 at 8:08 PM
/sympy/sympy/info/refs
what to do
-Saurabh Jha
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For more
it out
-Saurabh Jha
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, 7:59 am, Aaron Meurer asmeu...@gmail.com wrote:
It's hard to tell without seeing the code. What you wrote should work.
Aaron Meurer
On Jul 7, 2012, at 5:44 AM, Saurabh Jha saurabh.j...@gmail.com wrote:
Hi,
I implemented a Delta() function as a part of my project
Hi,
I noticed that the expansions like (x+y)**2 etc. when evaluated do not
return expanded form, like (x**2+ y**2 2*x*y) in sympy. Can someone
please tell me if the issue is raised before and give me the link in
the issues list as I am unable to find it in issue tracker.
Thank you,
-Saurabh
where to start. Should I implement the sub-
functions first and send them as patches or something else.
http://www.google-melange.com/gsoc/proposal/review/google/gsoc2012/saurabh_jha/1
Regards,
-Saurabh Jha
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make sympy better? Can I make this idea more concrete? Or should I
look for other ways to contribute.
Regards,
-Saurabh Jha
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with just
defining sin and defining all others on the basis of it...
Regards.
-Saurabh Jha
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eligible for summer of code 2012?
Thanks and regards,
-Saurabh Jha
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Hi,
I made some changes and tried to push the commits, but it returned an
error--
error: The requested URL returned error: 403 while accessing
https://github.com/sympy/sympy/info/refs
Please help me to fix this, so that I can fulfill my patch
requirement.
Regards,
Saurabh Jha
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You received
Hi,
Based on various feedbacks, I have tried to improve my proposal and
made it more concrete.
My proposal can be found at
https://github.com/sympy/sympy/wiki/Gsoc-2012-application--saurabh-jha--implementing-algorithm-to-find-the-limits-of-series
More comments to this proposal are most welcome
Hi,
Thanks for the suggestions. I have tried to apply your feedback in the
proposal and now it's like this-
https://github.com/sympy/sympy/wiki/GSOC-2012-implementing-algorithm-to-find-the-limits-of-series
Any more suggestions please
Regards,
-Saurabh Jha
On Apr 2, 12:53 am, Tom Bachmann
Hi,
My proposal can be found on the SymPy wiki at :
https://github.com/sympy/sympy/wiki/GSoC-2012-Application--Saurabh-Jha--Implementing-Algorithm-for-Series-Expansion
Can you please review the same and provide feedback?
Thanks and Regards,
-Saurabh Jha
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You received this message because
Hi,
I saw that the calculation of limits of series is currently done using
Gruntz algorithm. Can the implementation of the Kauers algorithm
described in paper Computing Limits of Sequences be a good project
for the summer of code 2012?
Regards,
-Saurabh Jha
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You received this message because
Hi,
I have an idea for a summer of code project. Can we implement Manuel
Kauers' algorithm for computing limits of sequences, and then use it
in the implementation of new definite integration algorithm based on
finding limits of Riemann sums?
Regards,
-Saurabh Jha
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You received this message
Hi,
I read this algorithm from a calculus textbook Thomas' Calculus 12th
Edition. It's in chapter 5, Integration.
-Saurabh Jha
On Mar 27, 12:55 am, someone someb...@bluewin.ch wrote:
Hi,
Can you provide a reference for this algorithm? I'm not familiar
with it.
As far as I could find
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