Hello Thomas,
Can you give an example of the kind of operations you would like to do with
the vector module? Maybe we can think of ideas those things could be
implemented in the vector module and plan it that way. As Jason mentioned,
the documentation for the current stuff will be up on Sphnix
If I have a sympy expression that contains general functions, say F1,
F2, etc. and partial derivatives of the functions what is the best way
to determine the coefficients of the functions and derivatives assuming
the expression is a linear function of F1, F2, etc. and the partial
derivatives an
On 08/13/2014 04:40 PM, Alan Bromborsky wrote:
If I have a sympy expression that contains general functions, say F1,
F2, etc. and partial derivatives of the functions what is the best way
to determine the coefficients of the functions and derivatives
assuming the expression is a linear function
On Sun, Aug 10, 2014 at 8:58 PM, Stewart Wadsworth <
stewart.wadswo...@gmail.com> wrote:
> Aaron,
>
> Thanks for the tip. _eval_evalf made it a lot simpler.
>
> The problem I'm having now is I'm trying to do some multiple inheritance
> where I inherit from Symbol and another class that I've writte
Hello,
I have been watching the lectures of Susskind's "Theoretical Minimum"
course, and using Sympy with IPython notebook to take notes, and work
through some of the examples.
Sympy is serious overkill for this purpose, but overall it has been working
well.
A couple of questions:
- What
You can subclass a printer and have it do what you want. You can see here:
https://github.com/sympy/sympy/blob/master/sympy/physics/vector/printing.py#L145
where we subclass the latex printer and get the \dot{} notation for
derivatives, for example. There is also an example here:
http://docs.sym
Oh, you should use
sympy.physics.vector.init_printing()
If you want the dot notation in latex in your notebooks.
Jason
moorepants.info
+01 530-601-9791
On Wed, Aug 13, 2014 at 10:23 PM, Jason Moore wrote:
> You can subclass a printer and have it do what you want. You can see here:
>
>
> htt
Hi,
Since Euler-Lagrange equations are useful outside of physics, that's why
there's a method in the calculus module. But, like Jason said, you'll probably
want to use the one in the physics module to take advantage of the other
features.
Cheers,
Tim.
On 2014-08-14, at 1:13 AM, Rathmann wro
