On 06/ 7/10 03:46 PM, Mike Witt wrote:
On 06/06/2010 10:43:38 PM, Rob Beezer wrote:
On Jun 6, 9:05 am, Mike Witt msg...@gmail.com wrote:
This does kind of reinforce the concept, which I guess I've
heard expressed before here, that you have to be prepared
to update your sage build very
On 06/ 7/10 06:43 AM, Rob Beezer wrote:
On Jun 6, 9:05 am, Mike Wittmsg...@gmail.com wrote:
This does kind of reinforce the concept, which I guess I've
heard expressed before here, that you have to be prepared
to update your sage build very frequently in order to keep
up with things.
On 06/06/2010 10:43:38 PM, Rob Beezer wrote:
On Jun 6, 9:05 am, Mike Witt msg...@gmail.com wrote:
This does kind of reinforce the concept, which I guess I've
heard expressed before here, that you have to be prepared
to update your sage build very frequently in order to keep
up with things.
On Jun 7, 2010, at 7:46 AM, Mike Witt wrote:
On 06/06/2010 10:43:38 PM, Rob Beezer wrote:
On Jun 6, 9:05 am, Mike Witt msg...@gmail.com wrote:
This does kind of reinforce the concept, which I guess I've
heard expressed before here, that you have to be prepared
to update your sage build very
Yes, there were changes, including the output format, as of 4.4 (about
7 weeks ago).
See eigenmatrix_right totally broken at
http://trac.sagemath.org/sage_trac/ticket/4756
Rob
On Jun 6, 7:27 am, Mike Witt msg...@gmail.com wrote:
Has something changed recently. I'm running v.4.3.5
On 06/06/2010 08:45:53 AM, Rob Beezer wrote:
Yes, there were changes, including the output format, as of 4.4 (about
7 weeks ago).
See eigenmatrix_right totally broken at
http://trac.sagemath.org/sage_trac/ticket/4756
Rob
Ahh, well that explains some things. I had been watching:
On Jun 6, 9:05 am, Mike Witt msg...@gmail.com wrote:
This does kind of reinforce the concept, which I guess I've
heard expressed before here, that you have to be prepared
to update your sage build very frequently in order to keep
up with things.
Exactly. ;-) But with
sage -upgrade
at a
Mike,
Right eigenvectors should be column vectors placed on the right side
of the matrix. The output is a triple for each eigenvalue: eigenvalue
first, then a list of eigenvectors. While the eigenvectors print as
rows, they will behave like columns when you want them to. Indexing
into the
