:
>
> Nisoli Isaia wrote:
> > I was planning in doing a Cython implementation of Forward automatic
> > differentiation and
> > Taylor arithmetics as in
> > https://press.princeton.edu/titles/9488.html
> > to use to implement a library for Sage with rigorous qu
Thank you!
I think I could start by exposing these ARB functions to SAGE,
so that the interface is more complete, and then try to do the same
for Real Interval.
Best wishes
Isaia
On Monday, April 22, 2019 at 4:59:36 AM UTC-3, Marc Mezzarobba wrote:
>
> Nisoli Isaia wrote:
> > P.=
On Saturday, April 20, 2019 at 5:36:46 AM UTC-3, Marc Mezzarobba wrote:
>
> Nisoli Isaia wrote:
> > I was planning in doing a Cython implementation of Forward automatic
> > differentiation and
> > Taylor arithmetics as in
> > https://press.princeton.ed
Dear all,
I was planning in doing a Cython implementation of Forward automatic
differentiation and
Taylor arithmetics as in
https://press.princeton.edu/titles/9488.html
to use to implement a library for Sage with rigorous quadrature and
integration of ODE.
I'm trying to understand which
Dear all,
after upgrading to the last docker image of cocalc,
cython complains with a missing "cypari.h" header.
_projects_38d5792a_e2ea_4974_a00f_8fe2468b2337_dynamic_cython_spyx_1.c:441:20:
fatal error: cypari.h: No such file or directory #include "cypari.h"
Before cython worked with load()
I'm thinking in implementing cython classes for mpfr_t and mpfi_t
dense/sparse matrices,
imitating the dense/sparse matrices for the mpq_t type.
Would it be of interest for the community?
Is there any previous work on the issue, ongoing discussion on the topic?
Best wishes
Isaia
--
You
I opened a ticket due to the following issue:
It seems like this simple cython code is faster 30% faster than the
implemented matrix vector product for generic sparse matrices.
I run some (many) tests with matrices with RIF coefficients and all seem to
point in this direction.
Is it possible
