It's a hard problem in general. I think making a LattE optional
package would help here. I have dim memories that perhaps Mike Hansen
tried to make one once...ah yes:
http://sage.math.washington.edu/home/mhansen/latte-1.2-mk-0.9.spkg
...but I'm not sure what shape that's in.
A good paper descr
On 05/03/2010 12:59 PM, Nathann Cohen wrote:
I'm sure of the best way. You could just write your own
little function that checks the conditions for each
(i,j) in a big rectangle. Also, you might be able to use Sage's
MixedIntegerLinearProgram functionality.
And here is how :
p = MixedIntegerLi
> I'm sure of the best way. You could just write your own
> little function that checks the conditions for each
> (i,j) in a big rectangle. Also, you might be able to use Sage's
> MixedIntegerLinearProgram functionality.
And here is how :
p = MixedIntegerLinearProgram()
x = p.new_variable()
p.add
On 05/03/2010 09:51 AM, Burcin Erocal wrote:
On Mon, 3 May 2010 10:18:42 -0400
David Joyner wrote:
I think Sage calls Maxima and Maxima is getting i (your variable)
and I (sqrt(-1)) mixed up. I guess this is a bug, but it might be
known already.
It's reported here:
http://trac.sagemath.org/
