On Feb 5, 7:16 pm, kcrisman wrote:
> More to the point, Maxima doesn't know about any 'special' things you
> define like that. Our basic differentiation is handled by Ginac/
> Pynac, which does not have Taylor series (does it?). So unfortunately
> I don't know that this is something one can (ye
On Feb 6, 4:12 am, Burcin Erocal wrote:
> On Sat, 5 Feb 2011 18:16:54 -0800 (PST)
>
> kcrisman wrote:
>
> > > Now browse into taylor?? source, and you see that sage call the
> > > taylor function in maxima.
>
> > > The taylor function in maxima seems very long to follow in
> > > ...maxima.../sr
On Sat, 5 Feb 2011 18:16:54 -0800 (PST)
kcrisman wrote:
>
> > Now browse into taylor?? source, and you see that sage call the
> > taylor function in maxima.
> >
> > The taylor function in maxima seems very long to follow in
> > ...maxima.../src/hayat.lisp.
>
> More to the point, Maxima doesn't
> Now browse into taylor?? source, and you see that sage call the taylor
> function in maxima.
>
> The taylor function in maxima seems very long to follow in
> ...maxima.../src/hayat.lisp.
More to the point, Maxima doesn't know about any 'special' things you
define like that. Our basic different
Hi all,
I still have not found a solution to this problem. Can anyone help?
Thanks,
Chris
On Jan 26, 5:24 pm, "C. Kelly" wrote:
> Hi all,
>
> I define the following one-parameter functions and their derivatives
>
> x,y,l,L = var('x,y,l,L')
>
> d5 = function('d5',nargs=1)
>
> def d3partderiv(sel
