Hi...
I'm very new to Sage, and I've run into some trouble. I have the following
system of equations, which come from a model of a simple protein
phosphorylation network:
s00,s01,s10,s11,k,p = var('s00 s01 s10 s11 k p')
eq1 = 0.55*k*s00 + 0.6*k*s01 + 0.6*k*s10 + 0.6*p*s01 + 0.6*p*s10 +
0.55*p*s1
Hi everyone,
I noticed that a thread was developed for this sort of thing (http://
groups.google.com/group/sage-support/browse_thread/thread/
d50dc3bc2bdbeab0/34798c0585fc034f?lnk=gst&q=nicolas&fwc=1#), but I'm a
newbie, and a lot of it went over my head.
Is there a simple to create a subclass of
Hi everybody,
I am trying to install a Python module in Sage that uses autotools as
its build system. I would like to install it in my local Sage, so I type:
>>> ./configure --prefix=$HOME/sage-4.7/local
PYTHON=$HOME/sage-4.7/local/bin/python
>>> make
>>> make install
which returns:
>>> /bi
On Wed, Jul 20, 2011 at 8:00 AM, Maarten Derickx
wrote:
> I just found out that getting the transformation matrix is possible using
> some more low level part of the sage interface (i.e. use the ntl wrapper
> directly).
>
> sage: B=ntl.mat_ZZ(5,5,range(25))
> sage: B.LLL(return_U=True)
> (2, 1250,
Hi,
I've been googling around to find a way to set up pydev and sage, and
have had nothing but the worst of luck.
sage 4.7 is located in /home/steven/sage-4.7, and I've created a
"sage_python" python interpreter who's location is "/home/steven/
sage-4.7/local/bin/python".
I've set the following
I just found out that getting the transformation matrix is possible using
some more low level part of the sage interface (i.e. use the ntl wrapper
directly).
sage: B=ntl.mat_ZZ(5,5,range(25))
sage: B.LLL(return_U=True)
(2, 1250, [
[1 -2 1 0 0]
[2 -3 0 1 0]
[3 -4 0 0 1]
[1 0 0 0 0]
[-3 1 0 0 0]
