@Martin Albrecht:
- Is there a reasonable way to fix this in the interface?
Hi, the 'trivial' way to fix it, is to implement a Python function for
SinguleElement called invariant_ring which calls the Singular function,
parses the output and returns a tuple. If you call A.invariant_ring the
Hi David,
On Nov 24, 10:38 pm, David Joyner [EMAIL PROTECTED] wrote:
The commands at
http://www.singular.uni-kl.de/Manual/latest/sing_1083.htm#SEC1142
are a good example to start.
In my previous post, i explained how one might use invariant_ring (for
getting a Hironaka decomposition) or
On Nov 25, 2007 3:27 AM, Martin Albrecht [EMAIL PROTECTED] wrote:
@Martin Albrecht:
- Is there a reasonable way to fix this in the interface?
Hi, the 'trivial' way to fix it, is to implement a Python function for
SinguleElement called invariant_ring which calls the Singular function,
On Nov 25, 2007 4:29 PM, William Stein [EMAIL PROTECTED] wrote:
On Nov 25, 2007 3:27 AM, Martin Albrecht [EMAIL PROTECTED] wrote:
@Martin Albrecht:
- Is there a reasonable way to fix this in the interface?
Hi, the 'trivial' way to fix it, is to implement a Python function for
Dear David,
On Nov 24, 10:38 pm, David Joyner [EMAIL PROTECTED] wrote:
snip
sage: R = singular.ring(0, '(x,y,z)', 'dp')
sage: A = singular.matrix(3,3,'0,1,0,-1,0,0,0,0,-1')
sage: singular.eval('LIB finvar.lib;')
Now, I'm stuck. Everything I try returns an error.
For example, I expected
