OK, so unless they aren't in sympy/integrals/, it looks like only the
algorithms from chapters 1, 2, and 10 are implemented so far. So do you think
I can make a GSoC project out of implementing algorithms form the rest of the
book? I guess this question is mostly addressed to Mateusz, who owns
It would be great if you could provide a concrete test case (with your
expected result) to work on. You are welcome to open a new issue for
this in our issue tracker.
I'll try I've simplified my actual problem to get a shorter answer.
The equations come from circuits and the result we're l
On 12 Mrz., 16:44, Dan Schult wrote:
> Thanks very much for the explanation. It still seems I
> have to intervene to tell it to collect the terms with "r".
> I have found that I can include a list of terms like "r" and
> collect will still work and then cancel can work on that.
>
> But does anyon
