On Thu, Feb 16, 2012 at 7:47 PM, Chris Smith wrote:
> The docstring notes:
>
> * when the system is linear
>
> * with a solution
>
> >>> solve([x - 3], x)
> {x: 3}
> >>> solve((x + 5*y - 2, -3*x + 6*y - 15), x, y)
> {x: -3, y: 1}
> >>> solve((x + 5*y - 2, -3*x
Can it be accessed from a matplotlib install or is it in their git only?
Aaron Meurer
On Sun, Jan 22, 2012 at 6:24 AM, krastanov.ste...@gmail.com
wrote:
> Actually the function is only 50 lines and does not depend on
> python-nose itself (but it fails to import from matplotlib if
> python-nose i
For a multi-equation system, yes.
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It can if certain unit-testing modules are installed. The function
that I would like to use does not depend on these modules itself, but
nonetheless the import fails because of other statements in the same
.py file.
Anyway, the use of this function supposes the presence of reference
images. I beli
It seems to me that the assumption system is a better place to put all
this. I may be wrong but I was left with the impression that it is
meant to replace all the is_something stuff.
On 18 February 2012 07:37, Nathan Alison wrote:
> It would be nice if we could have variables take an interval as
Interval arithmetic seems to be more powerful than either of the current
assumptions systems in the case of real variables. I've heard people
mention this topic on the listhost before. Is there any past
attempt/knowledge on this subject?
On Sat, Feb 18, 2012 at 9:51 AM, krastanov.ste...@gmail.com
This pull request by raoulb seems good to me and needs a final review and
push
https://github.com/sympy/sympy/pull/1052
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My hopes are that the new assumptions will be able to handle interval
arithmetic, or actually any kind of set arithmetic. Trying to get the
old assumptions to do it would be unfruitful and a waste of time,
since the design doesn't really allow for it at all.
My vision is that we should be able to
There is a guide at the botton of the pull request on how to get it
(click on "help" after "comment on this pull request"). Or here's a
little guide of my own
- Navigate to the user's repo who has the pull request. In this case,
you would use https://github.com/vperic/sympy/.
- Click on the copy
Hi,
Just to follow the messages below. The "SymPy for smartphones &
tablets" web site :
http://www.robertocolistete.net/Python/SymPy/
also has SymPy installation instructions on Android (as well as on
iOS, Maemo 4, Maemo 5, MeeGo 1.2 Harmattan and Symbian).
The "timeit.pyc" trick is
Hi.
I didn't find any apps called "iPython" in the iOS app store. Perhaps
this is what is now called "Python for iOS" (this even shows "import
sympy" in one of the screenshots, which is cool).
I don't know if you want to mention it, but if you jailbreak iOS,
installing SymPy is really easy (just
Hi,
The author of the former "iPython" wrote me about it yesterday. I
am updating the site today.
Yes, the new name is 'Python for iOS'.
Well, I can put a little observation about Python with Cydia on
iOS. But I want to compare vanilla mobile OS, without much hackering
like
Ok, the site :
http://www.robertocolistete.net/Python/SymPy/
is now updated with the new name, 'Python for iOS' and price (US$2.99).
Regards, Roberto
Em 18-02-2012 20:32, Aaron Meurer escreveu:
Hi.
I didn't find any apps called "iPython" in the iOS app store. Perhaps
this is wh
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