Hi,
I have a couple of suggestions for the benchmarks.
> I would suggest something along the following lines for the MVPoly
> benchmark:
>
> Have a matrix of test cases:
>
> *number of indeterminates:
> - small (3 indeterminates)
> - medium (10 indeterminates)
> - large (25 indeterminates)
William Stein wrote:
> Hi,
>
> I've put sage-2.2.alpha3 here:
>
>http://sage.math.washington.edu/home/was/pkgs/
>
> Any build feedback will be appreciated (except on sage.math -- I'm
> already building there...)
>
real60m19.773s
user50m27.940s
sys 7m7.225s
To install gap, gp,
Aric,
I've been working in a few different directions lately:
1- I'm working on a C implementation of the base class structure,
which will vastly speed up many algorithms. I'm not sure whether you
want to keep everything in Python or not, but Python is great at
interfacing C.
2- I'm reading Brend
Hi,
I've put sage-2.2.alpha3 here:
http://sage.math.washington.edu/home/was/pkgs/
Any build feedback will be appreciated (except on sage.math -- I'm
already building there...)
--
William Stein
Associate Professor of Mathematics
University of Washington
--~--~-~--~~---
Hello,
I did exchange a couple emails with Martin Albrecht over the last
couple days about the benchmarks he did comparing multivariate
polynomial arithmetic in Singular and Magma. I then did run some of
the benchmarks with CoCoALib 0.97CVS and I had some suggestions on how
to do things different
On 2/26/07, Robert Bradshaw <[EMAIL PROTECTED]> wrote:
>
> Shouldn't the error on a quad double be way smaller than this? I'm
> not sure what specific numbers you're operating on, but if your
> answers are on the order of 10^0, then shouldn't you have around 63
> decimal digits of accuracy, rather
On Tuesday 27 February 2007 7:19 am, Jaap Spies wrote:
> William Stein wrote:
> > make the official release of 2.2. I'll hopefully make an alpha release
> > sometime tonight, which people can build and test out.
>
> On FC 5:
>
>
William Stein wrote:
> make the official release of 2.2. I'll hopefully make an alpha release
> sometime tonight, which people can build and test out.
On FC 5:
--
All tests passed!
Total time for all tests: 911.3 seconds
[EMAI
On Monday 26 February 2007 7:18 pm, Robert Bradshaw wrote:
> Shouldn't the error on a quad double be way smaller than this? I'm
> not sure what specific numbers you're operating on, but if your
> answers are on the order of 10^0, then shouldn't you have around 63
> decimal digits of accuracy, rath
Thanks. I've put these in sage-2.2.
On 2/27/07, Carl Hansen <[EMAIL PROTECTED]> wrote:
>
> compiling /sage_c_lib-2.1.4
>
> the problem:
> In file included from
> /opt2/local/sage-2.1.4/local/include/python2.5/Python.h:8,
> from src/stdsage.h:35,
> from src/interrupt.c:13:
> /opt2/local/sage-2.1.
compiling /sage_c_lib-2.1.4
the problem:
In file included from
/opt2/local/sage-2.1.4/local/include/python2.5/Python.h:8,
from src/stdsage.h:35,
from src/interrupt.c:13:
/opt2/local/sage-2.1.4/local/include/python2.5/pyconfig.h:917:1:
warning: "_FILE_OFFSET_BITS" redefined
In file included from
11 matches
Mail list logo