The simplest way is to just call pprint manually.
Aaron Meurer
On Monday, August 15, 2016, SAMPAD SAHA wrote:
> How to enable pretty printing in the docstrings?
>
> Regards
> Sampad Kumar Saha
> Mathematics and Computing
> I.I.T. Kharagpur
>
>
>
> --
> You received this
How to enable pretty printing in the docstrings?
Regards
Sampad Kumar Saha
Mathematics and Computing
I.I.T. Kharagpur
--
You received this message because you are subscribed to the Google Groups
"sympy" group.
To unsubscribe from this group and stop receiving emails from it, send an email
to
The SymPy tag is open for documentation on the StackOverflow
Documentation beta https://stackoverflow.com/documentation/sympy
Might be worth checking out. StackOverflow Documentation looks like it
could be an interesting platform for helping people with SymPy.
Aaron Meurer
--
You received this
On Mon, Aug 15, 2016 at 2:30 PM, Aaron Meurer wrote:
> Would it be difficult to make it so that the upload script also posts
> to Twitter when there is a new post? Right now
> https://twitter.com/planetsympy is using twitterfeed.com, but it's not
> the greatest. There is an
Would it be difficult to make it so that the upload script also posts
to Twitter when there is a new post? Right now
https://twitter.com/planetsympy is using twitterfeed.com, but it's not
the greatest. There is an update delay, and the post title doesn't
have the author of the post (see
Hi,
I have refactored how planet.sympy.org is updated using these PR and
repositories:
https://github.com/sympy/planet-sympy/pull/46
https://github.com/sympy/planet-sympy/pull/47
https://gitlab.com/certik/planet-sympy-updater
It's described in the README's how it works, but roughly, the
There is a special toolkit, sympy.physics.mechanics (and for beam bending
specifically, the new sympy.physics.continuum_mechanics).
This trick seems mostly harmless, since SymPy treats DiracDelta outside of
integration symbolically (i.e., DiracDelta(x) = 0 if x != 0 and oo if x =
0). As I noted
Nuno,
You can only select one set of independent generalized coordinates for
things to work out. You seem to be setting two sets, both the cartesian and
the angular coordinates. You may need to refer to a dynamics text to see
how to go about selecting generalized coordinates.
Jason
I'm getting this error with
>>> sympy.release.__version__
'1.0'
>>> import sympy
>>> v,b = sympy.symbols('v b')
>>>* sympy.solveset(v/sympy.sqrt(-v**2 + 1) - b, v)*
Traceback (most recent call last):
File "", line 1, in
File