El lunes, 17 de abril de 2017, 7:17:38 (UTC+2), Aidan escribió:
>
> Marcelo,
>
> Could you be persuaded to turn this into the beginnings of a standalone
>> document detailing the inner workings of symbolic functions? I think that
>> would be a great addition to the documentation.
>>
>
> I didn'
Marcelo,
Could you be persuaded to turn this into the beginnings of a standalone
> document detailing the inner workings of symbolic functions? I think that
> would be a great addition to the documentation.
>
I didn't realize Paul was talking about me, and for some reason missed
Eric's quote.
Hi,
adding meaningful examples is always a good idea. I see two possibilities
to add this for the integrate function:
- (harder) : modify the integrate function with an additional elif
statement to handle integrate(polynomial,polytope)
- (easier) : add a "seealso::" section in the doc of the i
El viernes, 31 de marzo de 2017, 4:30:03 (UTC-6), Erik Bray escribió:
>
> On Fri, Mar 31, 2017 at 12:10 PM, Eric Gourgoulhon
> > wrote:
> >
> > Le vendredi 31 mars 2017 10:51:29 UTC+2, Erik Bray a écrit :
> >>
> >>
> >> I would still suggest they use Docker...
> >>
> >
> > OK, I've answe
The token is a security measure so no other (local) user can run arbitrary
code in your notebook. It is printed during startup (see below). Usually,
jupyter will launch its own browser so the token is used automatically...
$ sage -n
┌──
this is to suggest adding this example (or a better one) in the global
integrate method or somewhere else (the integrate method at
multi_polynomial_libsingular.pyx? the problem is that that one seems to be
for indefinite integrals only?) :
{{{
For polynomial functions, if the integration regio
