On Tuesday, August 16, 2022 at 9:04:00 AM UTC+9 Travis Scrimshaw wrote:
> the power series "is" a function (well, formally), we just usually think
> of it as being equal to an "easier" function.
>
No. You know that a power series is an expression. It has variables, but
not domain and codomain.
I will let Martin discuss the naming as I think the is attached to the name
LazyTaylorSeries(Ring). A quick counterpoint to Kwankyu's claim, the power
series "is" a function (well, formally), we just usually think of it as
being equal to an "easier" function.
However, it is meant to be a comple
https://trac.sagemath.org/ticket/34363
Please help by trying out the new instructions
(https://github.com/sagemath/sagetrac-mirror/blob/u/mkoeppe/installation_guide__document_sage_installation_on_windows_via_vs_code_devcontainers/src/doc/en/installation/index.rst#windows)
and comment on the tic
On Mon, 15 Aug 2022 at 09:50, John Cremona wrote:
>
> On Mon, 15 Aug 2022 at 08:21, Kwankyu Lee wrote:
> >
> > If LazyTaylorSeriesRing could be a complete replacement of
> > LazyPowerSeriesRing, then I think we should remove the old
> > LazyPowerSeriesRing
> > and rename LazyTaylorSeriesRing to
On Mon, 15 Aug 2022 at 08:21, Kwankyu Lee wrote:
>
> If LazyTaylorSeriesRing could be a complete replacement of
> LazyPowerSeriesRing, then I think we should remove the old LazyPowerSeriesRing
> and rename LazyTaylorSeriesRing to LazyPowerSeriesRing. Do you mean this?
>
> Mathematically, Taylor s
If LazyTaylorSeriesRing could be a complete replacement of
LazyPowerSeriesRing, then I think we should remove the old
LazyPowerSeriesRing
and rename LazyTaylorSeriesRing to LazyPowerSeriesRing. Do you mean this?
Mathematically, Taylor series means power series derived from a function.
So aTaylo
