Hi Nguyen,
Sorry I took a lot of time to get back to you.
Please go through this article.
http://thilinaatsympy.wordpress.com/2013/06/21/solving-linear-diophantine-equation/
I am not sure whether we can do the fallowing assumption when solving* 2x +
3y + 4z = 5*.
Lets set x = x and assume y =
Hi,
I've seen the way you solve Linear Diophantine equations. You break a large
problem into smaller ones. Then you add solutions of all the smaller
problems together, yield the solution of the large problem. I think it's
very good. I don't find any bug or drawback. Why do you want to
re-imple
On Tue, Mar 18, 2014 at 1:23 AM, Nguyen Tung wrote:
> Hi,
>
> Do we really need a complete re-implementation? If some areas (like Thue
> equations) haven't been implemented, we'll work on those only.
>
We only need to re-implement the solutions for linear diophantine equations.
Other implementat
Hi,
Do we really need a complete re-implementation? If some areas (like Thue
equations) haven't been implemented, we'll work on those only.
On Thursday, March 13, 2014 3:41:41 PM UTC+2, Nguyen Tung wrote:
>
> Hi,
> My name is Tung. I'm 19 and I'm from Vietnam. I have a question concerning
> Di
On Mon, Mar 17, 2014 at 8:37 PM, Nguyen Tung wrote:
> And another question, I've read the paper you gave me containing the
> algorithm that we want to implement. However, I think I don't really get
> the idea (notations, methods ...). Is there any chance I can still
> implement the module?
>
>
We
On Mon, Mar 17, 2014 at 1:09 AM, Nguyen Tung wrote:
> Hi,
>
> I've worked on the first issue you gave me:
>
> diophantine(x**3-4*x*y**2+y**3-1)
>
> I've found a bug in your classify_diop() that yields an error. In line
> 322, you put a '==' which should be '='. Bu
>
Yes that shoul be corrected.
And another question, I've read the paper you gave me containing the
algorithm that we want to implement. However, I think I don't really get
the idea (notations, methods ...). Is there any chance I can still
implement the module?
On Sunday, March 16, 2014 9:39:20 PM UTC+2, Nguyen Tung wrote:
Hi,
I've worked on the first issue you gave me:
diophantine(x**3-4*x*y**2+y**3-1)
I've found a bug in your classify_diop() that yields an error. In line 322,
you put a '==' which should be '='. But even I fix that, the code gave me
set([]) (which I assume no solution). Then, I tried to solve t
ry for the '$' its actually is to show that this is the
>>>>> command which you should run from the command line..
>>>>> run the command without '$' i.e
>>>>> python setupegg.py install
>>>>> and run only one of t
gt;>>> Also, you will find command starting from '$' or '>>>' everywhere.
>>>> well, dont just type these. these are just to show that it was a teminal
>>>> or
>>>> python shell etc.
>>>>
>>>> -
pegg.py install
>>> and run only one of the above two commands.
>>>
>>> Also, you will find command starting from '$' or '>>>' everywhere. well,
>>> dont just type these. these are just to show that it was a teminal or
>>>
run only one of the above two commands.
>>
>> Also, you will find command starting from '$' or '>>>' everywhere. well,
>> dont just type these. these are just to show that it was a teminal or
>> python shell etc.
>>
>> -- Forwa
Forwarded message ------
> From: Nguyen Tung >
> Date: Sat, Mar 15, 2014 at 6:39 PM
> Subject: Re: [sympy] Re: GSoC 2014 Diophantine equation
> To: sy...@googlegroups.com
>
>
> I'm using Windows, I type exactly what you said and I've cd to the folder
> c
r '>>>' everywhere. well,
dont just type these. these are just to show that it was a teminal or
python shell etc.
-- Forwarded message --
From: Nguyen Tung
Date: Sat, Mar 15, 2014 at 6:39 PM
Subject: Re: [sympy] Re: GSoC 2014 Diophantine equation
To: sympy@goo
I'm using Windows, I type exactly what you said and I've cd to the folder
containing setup.py and setupegg.py. But I got this:
'$' is not recognized as an internal or external command, operable program
or batch file
On Saturday, March 15, 2014 3:01:12 PM UTC+2, SAHIL SHEKHAWAT wrote:
>
> Also,
Also, on windows you can run the same commands from the powershell.
On Sat, Mar 15, 2014 at 6:29 PM, SAHIL SHEKHAWAT wrote:
> I have already given you the commands that you can run from your command
> line, presuming that you are on linux.
> just 'cd' into the folder of sympy. there you will fi
I have already given you the commands that you can run from your command
line, presuming that you are on linux.
just 'cd' into the folder of sympy. there you will find setup.py and
setupegg.py files into that folder. then just run
$ python setup.py install
if you just want to install and
$ pytho
Yes, I did nothing but tried to run the file diophantine.py. As you said, I
haven't installed sympy, so can you show to how to install it step-by-step?
I just right-click the the file setup.py, choose "edit with IDLE" then hit
F5, then setupegg.py, hit F5, but i doesn't fix the problem.
Thanks
Its completely okay to download the source code as zip.
If i understand correctly The problem you are facing maybe that "sympy" is
not on you env path and for that you firstly must run
$ python setup.py install
from the sympy folder that you just have downloaded and if you want to
develop on that v
I downloaded the whole source code by clicking "Download Zip" on this site:
https://github.com/sympy/sympy
When I runned diophantine.py, it turned out a ImportError: No module named
sympy
Can you explain why? Is it because the python version I'm using is 2.7? or
do you know any other ways to
Hi,
Below is the link for `factor_list()` documentation.
http://docs.sympy.org/latest/modules/polys/reference.html?highlight=factor_list#sympy.polys.polytools.Poly.factor_list
You can find documentation on functions, classes and Modules in online
sympy documentation.
http://docs.sympy.org/lates
Hello,
Can you show me the link to factor_list ? I'm trying to read through
diophantine.py. However, I'm new to GitHub.
On Thursday, March 13, 2014 3:41:41 PM UTC+2, Nguyen Tung wrote:
>
> Hi,
> My name is Tung. I'm 19 and I'm from Vietnam. I have a question concerning
> Diophantine equation. I
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