On 11/6/07, John Cremona [EMAIL PROTECTED] wrote:
This is for a 2.8.10 installation so apologies if it has been fixed.
The file examples/latex_embed/E2.sobj contains bad cached data so that
when you run sage example.sage you get a run-time error, even though
example.tex is correct! The
This is for a 2.8.10 installation so apologies if it has been fixed.
The file examples/latex_embed/E2.sobj contains bad cached data so that
when you run sage example.sage you get a run-time error, even though
example.tex is correct! The clue came from looking at the backup
file #example.tex#.
Thanks, and next time I'll make the trac myself (and after SD6 I may
even fix some things myself, you never know).
Anyway I had never seen the latex_embed stuff before -- it's nice!
John
On 06/11/2007, William Stein [EMAIL PROTECTED] wrote:
On 11/6/07, John Cremona [EMAIL PROTECTED] wrote:
I stumbled over #262
http://trac.sagemath.org/sage_trac/ticket/262
again. Here Graeme Taylor proposes his implementation of point counting of
elliptic curves over GF(p^n) with coefficients in GF(p) in Weierstrass form.
He describes the background at:
On Nov 6, 2007, at 11:09 AM, Martin Albrecht wrote:
I stumbled over #262
http://trac.sagemath.org/sage_trac/ticket/262
again. Here Graeme Taylor proposes his implementation of point
counting of
elliptic curves over GF(p^n) with coefficients in GF(p) in
Weierstrass form.
He
You are right of course -- one should always compute the order over
the smallest field of definition and then use the easy formula to get
the order of E(GF(q^d)) from that of E(GF(q)).
While you are at it you should not stop at the smallest field
containing the coefficients of the given curve,
I thought this looked familiar! See my post at
http://pari.math.u-bordeaux.fr/archives/pari-users-0406/msg1.html
John
On 06/11/2007, John Cremona [EMAIL PROTECTED] wrote:
You are right of course -- one should always compute the order over
the smallest field of definition and then use the
On 11/6/07, Robert Bradshaw [EMAIL PROTECTED] wrote:
On Nov 6, 2007, at 1:59 PM, William Stein wrote:
Hi Robert (cc: sage-devel),
Should the new coercion model address this sort of thing?
Yes, it doesn't yet though, but shouldn't be too hard to add--the
construction method of
mabshoff wrote:
Since William just asked me here an update: real work kept me busy
all day, now I am merging patches. The plan is:
If you have any objects please let me know now!
Will go in
#683, #989: Stripping $ from documentation
#995: Generalize polynomial .roots() method by
Since William just asked me here an update: real work kept me busy
all day, now I am merging patches. The plan is:
If you have any objects please let me know now!
Will go in
#683, #989: Stripping $ from documentation
#995: Generalize polynomial .roots() method by adding optional ring=
On Nov 6, 2007, at 2:22 PM, William Stein wrote:
On 11/6/07, Robert Bradshaw [EMAIL PROTECTED] wrote:
On Nov 6, 2007, at 1:59 PM, William Stein wrote:
Hi Robert (cc: sage-devel),
Should the new coercion model address this sort of thing?
Yes, it doesn't yet though, but shouldn't be too
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Hi Martin, Robert, John,
I was not terribly happy with my implementation either, but thought I'd
put it in and keep working on it, or maybe that it would incite others
to fix it :)
I'll be happy to implement the changes suggested by you as soon as
On 11/6/07, Jason Martin [EMAIL PROTECTED] wrote:
The sage mirror I run, modular.math.jmu.edu currently has a full disk,
so it will be down/out-of-date through this weekend when I'll
switch-out the disk with a newer one.
Thanks I've temporarily removed it from the list of mirror sites.
On 11/6/07, mabshoff [EMAIL PROTECTED] wrote:
2.8.12.rc0 is at
http://sage.math.washington.edu/home/mabshoff/sage-2.8.12.rc0.tar
William will take over from here, I am dead tired and will get some
sleep now.
THANKS! Get some sleep. I'm doing a bunch of test builds, and
expect to make
SAGE-2.8.12:
The release managers were Michael Abshoff and William Stein.
Many thanks to all the contributors to sage-2.8.12, which mainly grew
out of bugfixes during Bug Day 5. The main contributors to this release
include:
* Mike Hansen
* Nick Alexander
* Robert Bradshaw
* Craig
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