Technically we have a Wolfram Mathematica language parser that is able to
get the abstract syntax tree from Wolfram Mathematica expressions. The hard
task is the creation of the pattern matching engine, which is the reason
why integrating MatchPy into SymPy is very important.
On Tuesday, March
Mathics has a license that makes it incompatible with sympy. But
regardless, I think we should find a way to make RUBI work without
having to build a full Wolfram language interpreter.
Aaron Meurer
On Sat, Mar 2, 2024 at 10:10 AM Samith Kavishke
wrote:
>
> Is that means this project is not
Is that means this project is not going to be continued?
On Saturday, March 25, 2023 at 2:12:27 AM UTC+5:30 Oscar wrote:
> There already is mathics which is a Wolfram Language interpreter that
> is based on SymPy. It would seem a bit odd to create a new one.
>
> On Fri, 24 Mar 2023 at 19:48,
Referred in the sense, sympy.rubi repository
On Saturday, March 2, 2024 at 7:04:17 PM UTC+5:30 Samith Kavishke wrote:
> I referred this repository currently it is not well maintained, and it
> throws several issues due to not changing the importing directories as
> well. And it does not have a
I referred this repository currently it is not well maintained, and it
throws several issues due to not changing the importing directories as
well. And it does not have a proper Readme.md file, I will lookin to fix
that file and importing issues at the moment.
Best Regards,
Samith Kavishke.
Hello Jason and Baiyuan,
I have one thought on SymPy's Control library that I would like to share.
The numerical control toolboxes (from Matlab, scipy.signal, control,
etc...) support both continuous systems/transfer functions, i.e. in the
Laplace-transform variable "s" and discrete
Dear SymPy Community,
My name is Sumeet Ghumare, and I am currently pursuing my 3rd engineering
in Artificial Intelligence and Data Science. After going through the list
of projects for GSoC this year, I was particularly interested in SymPy and
its Symbolic Control Systems idea.
I wanted to
The controls package in SymPy should, at least at first, let you solve
linear control systems problems symbolically found in an introductory
control textbook. My recommendation is to try to solve all the problems in
a controls textbook with SymPy (at least the symbolically relevant ones)
and in
Dear SymPy Community,
My name is Baiyuan Qiu, I am graduated with a bachelor of Communication
Engineering and currently studying at the National University of Singapore
for my master's degree. After browsing the project list of this year's
GSoC, I found my interest in SymPy and Symbolic
There already is mathics which is a Wolfram Language interpreter that
is based on SymPy. It would seem a bit odd to create a new one.
On Fri, 24 Mar 2023 at 19:48, Aaron Meurer wrote:
>
> I believe the primary function of this project is to make it easier to
> integrate the RUBI integrator into
I believe the primary function of this project is to make it easier to
integrate the RUBI integrator into SymPy. The project shouldn't
actually depend on Wolfram Mathematica or any proprietary code at all.
The best place to start here would be to look at RUBI and see what the
status of it is. You
Dear Sympy Community,
My name is Zutong Wen, and I am a student from China Agricultural
University. I am writing to express my interest in participating in the
Google Summer of Code (GSOC) program with the Sympy project. Specifically,
I am interested in the "Create a Wolfram Mathematica
Thank you I will correct it.
On 04/02/2017 09:33 AM, szymon.mieszc...@gmail.com wrote:
Thank you for this manuscript and concept.
I wish I started working on proposal so late and I couldn't think on
your idea carefully before deadline.
Python is great language to overloading operator, but we
Thank you for this manuscript and concept.
I wish I started working on proposal so late and I couldn't think on your
idea carefully before deadline.
Python is great language to overloading operator, but we need do it wisely
from structural point of view.
I just add short description in my
Thank you for your comment and suggestion.There are helpful.
Overloading operator is definitely great idea. It would be great to
implement this feature.
Proposal looks good. Only one comment and one suggestion. -
>
> Comment: You need to be very careful when taking the square root of an
>
Proposal looks good. Only one comment and one suggestion. -
Comment: You need to be very careful when taking the square root of an
expression. Check the degree to which assumptions propagate such as if
u and v are declared real does sqrt() know that sqrt(u**2+v**2) is also
real.
Hi,
I just put my proposal on wiki page:
https://github.com/sympy/sympy/wiki/GSoC-2017-Application-Szymon-Mieszczak:-Implementation-of-multiple-types-of-coordinate-systems-for-vectors
If someone review it, I would be grateful.
Szymon
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*I am Rohit Shinde from India. *
I study in the city of Pune in an engineering college. I am interested in
working on a project under sympy for GSoC 2014. This will be the first time
that I am applying for GSoC.
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You received this message because you are subscribed to the Google Groups
So the org application period for GSoC starts February 3, which is
next Monday. The deadline is February 14.
I have the application here,
https://github.com/sympy/sympy/wiki/GSoC-2014-Organization-Application,
which is just a copy of last year's application so far. We need to go
through it and
Disclaimer: just a SymPy user, so I don't speak for the
developers/maintainers.
One of the coolest things about Wolfram Alpha is its natural language
capability. When a user sees a simple text box (e.g., like in Sympy Gamma),
the instinct is probably to put in a natural language query, not
Hi everyone,
My name is Angus and I'm applying for GSOC 2013 under Sympy. Normally I
maintain and develop Mathics http://mathics.org/ (another CAS which uses
Sympy extensively). I hope to work on the assumptions module and fix as
many assumption related issues as possible. Here's a link to my
Hi,
More work on the assumption module is certainly needed and welcomed.
You should learn about the differences between the old and the new
assumption modules and study the other GSoC proposals about
assumptions (they are public on our github wiki). It would also be
useful for you if you look at
Sorry for spamming here but a review on this would be helpful.
https://github.com/sympy/sympy/wiki/GSoC-2013-Application-Amit-%3A-Extensions-to-Matrix-Module
On Fri, May 3, 2013 at 2:28 PM, Stefan Krastanov krastanov.ste...@gmail.com
wrote:
Hi,
More work on the assumption module is
I had a look at the other proposals and realized someone else is apply for
the assumptions project and they seem to be much better prepared than I am,
so I've decided to change projects. My new project is something I have more
experience in:
Something that is on my wish list that is related to parsing is to commit,
with every PR a snapshot of the coverage of the code base as generated with
the coverage tool that we use. Then, when the new tests are run a new
version is generated and a comparison is made to see that no line that was
That's an interesting idea, and I think it definitely has merit. I
recently ran into a similar issue where adding an exact value meant that
some other simplifying code was skipped.
We'd probably have to store this 'snapshot of the coverage' on a server
somewhere/
We could use the diff
I was thinking the snapshot could just be stored in the docs folder (or
similar).
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To
Hello everyone,
My name is Varun Joshi. I'm a Masters student in Mechanical Engineering at
the Ohio State University where I work in the Movement Lab (
http://www.movement.osu.edu). I've been in touch with the PyDy group on
their mailing list and since I will be applying to both groups for GSoC I
I am interested specifically in the code generation idea under PyDy, i.e.
creating output codes which work directly with numerical ODE solvers, and
will definitely be visiting this group more often over the coming months to
get some guidance.
In your proposal you would have to show not only
Thanks Stefan, I'll read up on the pre-existing routines.
Are you applying only to SymPy or also to the Python Foundation? If PyDy
is part of an umbrella org be sure to apply to it.
I am applying to both for sure. I just haven't made the other one public
since they are both basically the same
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.
Great. Let us know of changes.
I have just submitted my application. I believe that I corrected the
appropriate passages. Any feedback will be appreciated.
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Hi,
Some time ago I announced that I would like to work on tensor analysis
as a project for gsoc. In the ensuing discussion I came to appreciate
the need for a vector calculus framework before starting work on the
tensor module.
So here is a (preliminary) proposition for that module:
Hi Stefan,
I saw your proposal and it (symbolic coordinate-free differential
geometry) looks like a really interesting thing to have.
(1) I think it would be good to extend the usage section to give some
non-trivial examples. It does not matter if you make the particulars
of
(1) I think it would be good to extend the usage section to give some
non-trivial examples. It does not matter if you make the particulars
of input/output forms up, just show what you envision your code
should be able to do at the end of the summer, in a best-case
scenario.
I will
On 28.03.2012 17:06, krastanov.ste...@gmail.com wrote:
(1) I think it would be good to extend the usage section to give some
non-trivial examples. It does not matter if you make the particulars
of input/output forms up, just show what you envision your code
should be able to do at
It looks good. Go ahead and submit what you have so far at
google-melange.com, so you don't forget about it (you can edit it up
until the deadline).
I'm a big fan of what you said at
https://groups.google.com/forum/#!msg/sympy/yLHpxsguI0M/4Ng4VhYYah8J,
so as far as I'm concerned, the more of
One thing: can you please add a note about your contributions to
SymPy. See the second to last bullet point in the application
template (https://github.com/sympy/sympy/wiki/gsoc-2012-application-template).
I've made the point bold, because you aren't the only one who forgot
to do this.
Obviously, we know that you've fulfilled your patch requirement, but
it will be nice to see a summary of what you have contributed to
SymPy.
I will add that and recheck for other unanswered questions.
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Let us know if you did miss any other questions, because it probably
means that it was unclear in the template.
Aaron Meurer
On Wed, Mar 28, 2012 at 4:45 PM, krastanov.ste...@gmail.com
krastanov.ste...@gmail.com wrote:
Obviously, we know that you've fulfilled your patch requirement, but
it
Hello.
My name is Dmitry, and I would like to participate in sympy
development in GSOC.
I am a 2nd year student in applied mathematics and physics, studying
in the SSAU, University in Russia.
I am interested in informatics and different programming languages
including Python, with which I am
Hello,
On Sat, Mar 24, 2012 at 6:48 PM, Dmitry Kozlov dkz@gmail.com wrote:
I am interested in informatics and different programming languages
including Python, with which I am quite familiar. I have been using
python for about 3 years in different small applications (ranging from
Ondřej, I was thinking about studying those packages for Mathematica:
Ricci,
MathTensor,
FeynCalc
Were your referring to some other packages that I can look into? I
would like to check the established solution before I start designing
an API and so on.
2012/2/7 Ondřej Čertík
On Tue, Feb 7, 2012 at 1:13 PM, krastanov.ste...@gmail.com
krastanov.ste...@gmail.com wrote:
Ondřej, I was thinking about studying those packages for Mathematica:
Ricci,
MathTensor,
FeynCalc
Were your referring to some other packages that I can look into? I
There is a good list here:
Ondřej, I was thinking about studying those packages for Mathematica:
Ricci,
MathTensor,
FeynCalc
Maybe you want also to look at xAct and related packages?
http://www.xact.es
The code is GPL, maybe this can be a benefit
even given that sympy uses a BSD license.
I have to admit that I
Hi,
Some of you know me as I have a few minor contributions to sympy and I
helped a bit with GCI. I would like to know whether it is possible for
me to apply for a GSoC project this year?
About the project I have in mind: It is the tensor module. It is quite
bare-bones at the moment. I would
Hi Stefan,
As someone who has followed and used many of your minor contributions
(optics, plotting) I'll say that you should definitely apply for a GSoC
project this year. I'm confident that your contributions will be very
useful.
My summer plans are up in the air but I may also end up applying
Stefan,
Getting physics to utilize the tensor module sounds like a great idea. If
you are looking for more things to flesh out a project, I know the spin
module could be greatly improved with a well integrated tensor module,
things like Wigner-Eckart theorem and irreducible spherical tensor
Hi.
This is great. I think we definitely need to improve that module.
You've already completed the patch requirement, so I would spend time
discussing your idea with the community. Once you've got a solid
idea, you can start writing an application (though it's still early,
so don't worry about
Hi,
Thanks for the feedback. I will try to prepare some kind of a
blueprint (at least some imaginary code examples) and then we can
discuss them.
Matt has also sent me https://github.com/sympy/sympy/wiki/Linear-Algebra-Vision
There are some points from it that were not in my vision of the
I should point out that the linear algebra vision page was just something I
started after your e-mail. It reflects my thoughts and not necessarily
those of the community in general.
On Mon, Feb 6, 2012 at 1:30 PM, krastanov.ste...@gmail.com
krastanov.ste...@gmail.com wrote:
Hi,
Thanks for
On Mon, Feb 6, 2012 at 4:04 AM, krastanov.ste...@gmail.com
krastanov.ste...@gmail.com wrote:
Hi,
Some of you know me as I have a few minor contributions to sympy and I
helped a bit with GCI. I would like to know whether it is possible for
me to apply for a GSoC project this year?
About the
Hello people,
Sorry, I couldn't be active in the community in the recent days and for
asking again to review my GSoC proposal[1].
One more thing, one of my patch has been added and I have one open pull
request[2]. The first was only about adding a doc-string but it got pushed.
So do I need to
Hi,
On 5 April 2011 15:53, Effect fedot...@gmail.com wrote:
Hello,
I've created a page on a wiki with my application for GSoC'2011:
https://github.com/sympy/sympy/wiki/GSoC-2011-Application-Pavel-Fedotov:-Multivariate-polynomials-and-factorization
I continue working with my proposal now.
Hello,
I've created a page on a wiki with my application for GSoC'2011:
https://github.com/sympy/sympy/wiki/GSoC-2011-Application-Pavel-Fedotov:-Multivariate-polynomials-and-factorization
I continue working with my proposal now.
So I open to your questions and ready to provide more information.
If you have time, I would love to see this handle non-commutative
objects as well.
Cheers,
Brian
On Tue, Apr 5, 2011 at 6:53 AM, Effect fedot...@gmail.com wrote:
Hello,
I've created a page on a wiki with my application for GSoC'2011:
Hey Andy,
Thanks for informing me about the selection procedure, I will now
definitely try to work upon the matrices and put my best into it.
On Thursday, March 31, 2011, Andy Ray Terrel andy.ter...@gmail.com wrote:
On Wed, Mar 30, 2011 at 9:17 PM, siddharth batra
siddharth.171...@gmail.com
Chris,
Welcome.
I’m a fourth year physics PhD student at UC Davis and I’m quite
interested in a few of your physics based GSoC projects. In
particular, I like the “Spin states and operators for arbitrary spin”
and “Position and momentum basis functions” projects. However,
everything looks
Hey Aaron,
I am a first year student of Indian Institute of Technology, Delhi in
India.I am pursuing a dual degree(B.Tech + M.Tech) in Computer
Science.
I just got to know about GSoC, and SymPy being one of the
participating
organizations.
I wanted to ask you for a topic that you would like
On Wed, Mar 30, 2011 at 4:40 AM, Mateusz Paprocki matt...@gmail.com wrote:
Hi,
On 29 March 2011 15:49, Hector hector1...@gmail.com wrote:
Hello people,
Following is my application for GSoC 2011.
https://github.com/sympy/sympy/wiki/GSoC-2011-Application-Hector1618-:-Complex-Analysis
I
On Wed, Mar 30, 2011 at 9:17 PM, siddharth batra
siddharth.171...@gmail.com wrote:
Hey Aaron,
I am a first year student of Indian Institute of Technology, Delhi in
India.I am pursuing a dual degree(B.Tech + M.Tech) in Computer
Science.
I just got to know about GSoC, and SymPy being one of the
Hey there!
I’m a fourth year physics PhD student at UC Davis and I’m quite
interested in a few of your physics based GSoC projects. In
particular, I like the “Spin states and operators for arbitrary spin”
and “Position and momentum basis functions” projects. However,
everything looks pretty
Hello people,
Following is my application for GSoC 2011.
https://github.com/sympy/sympy/wiki/GSoC-2011-Application-Hector1618-:-Complex-Analysis
I need to work on Benefits and adding external links for reference.
Any suggestions, comments, criticism are always welcome.
Looking forward for
Hi,
On 29 March 2011 15:49, Hector hector1...@gmail.com wrote:
Hello people,
Following is my application for GSoC 2011.
https://github.com/sympy/sympy/wiki/GSoC-2011-Application-Hector1618-:-Complex-Analysis
I need to work on Benefits and adding external links for reference.
Any
Hello
I've published an application for a project and, as your page
suggests, I'm turning to anyone kind enough to help me improve it.
It's currently very unstructured, and I'd appreciate any insight
building a feasible work program which is congruent to development for
SymPy (which I have no
Dear list,
I would like to express my interest in working no the symbolic
integration capabilities of sympy as part of a GSOC project.
My name is Tom Bachmann and I study mathematics (second year) at the
university of cambridge, england. Here is an overview of my computer
programming experience:
Hi.
On Mar 23, 2011, at 6:43 AM, Tom Bachmann wrote:
Dear list,
I would like to express my interest in working no the symbolic
integration capabilities of sympy as part of a GSOC project.
My name is Tom Bachmann and I study mathematics (second year) at the
university of cambridge,
I've shared a document with you:
sympy GSoC application
http://docs.google.com/Doc?docid=0Abxjhunz6VxZZGd0eDdwazhfNDA2NmpwYmgzcHpzhl=eninvite=CNjz_XQ
It's not an attachment -- it's stored online at Google Docs. To open this
document, just click the link above.
Testing if we can collaborate
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