What I suggested installs the small groups package and a few other things,
but it looks like it doesn't install the FGA package. To install other
packages, install them basically like you said originally (although check
the directions for each package): unpack it in
/Applications/Sage-6.1.1.a
Hi, I did what you suggested, and it seemed to install the small groups
package...
However, is that pretty much all it installs? It looks like it only
installed the small groups package and something called "tomlib".
In particular, it didn't seem to install the "FGA" package for computing
with
On Monday, April 7, 2014 3:44:40 PM UTC-7, Will wrote:
>
> Firstly, I'm using a mac (mavericks), and I'm getting the small groups
> package from:
> http://www.icm.tu-bs.de/ag_algebra/software/small/#small
>
I think that the recommended way to install the GAP small groups package in
Sage is to d
Firstly, I'm using a mac (mavericks), and I'm getting the small groups
package from:
http://www.icm.tu-bs.de/ag_algebra/software/small/#small
It downloads to a tar.gz file while unzips to a folder called "small".
I tried putting it in
"/Applications/Sage-6.1.1.app/Contents/Resources/sage/local/
On Apr 7, 2014 11:45 AM, "Michael Yurko" wrote:
>
> Thanks for the reply. I'll look into the display hook a bit then. I've
been using SMC for a few days now and have been very impressed. I guess
this is the first "regression" that I have encountered.
>
Thanks!! This was an on-purpose design decis
My steps created matrices. The group PGL is implemented as a group of
permutations.
I can make my question more accurate:
I have a (symmetric) set of 2x2 matrices S over Fq. How can I find the
spectrum of the Cayley graph of PGL(2,q) with respect to the set of
generators S?
On Monday, April
Thanks for the reply. I'll look into the display hook a bit then. I've been
using SMC for a few days now and have been very impressed. I guess this is the
first "regression" that I have encountered.
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On Mon, Apr 7, 2014 at 11:36 AM, Oren Becker wrote:
> I would like to compute the spectrum of a certain Cayley graph on PGL(2,q),
> for a certain prime power q.
>
> I created the generators of the graph as elements of GL(2,q).
>
Why don't you redo your steps but change this step to use PGL inste
You should use on of the following two commands:
A1.=FFpr.quotient(ep)
A1.=PolynomialQuotientRing(FFpr,ep)
Le lundi 7 avril 2014 16:33:00 UTC+2, Irene a écrit :
>
> I am programming an example about elliptic curves but I need to define a
> couple of field extensions to make there some operatio
On Monday, April 7, 2014 12:16:58 PM UTC-4, William wrote:
>
> On Sun, Apr 6, 2014 at 11:36 PM, Michael Yurko
> >
> wrote:
> > I've recently started using sagemath cloud as opposed to a local
> instance of the notebook. One big difference I've noticed is that in the
> cloud version, all inte
On Sun, Apr 6, 2014 at 11:36 PM, Michael Yurko wrote:
> I've recently started using sagemath cloud as opposed to a local instance of
> the notebook. One big difference I've noticed is that in the cloud version,
> all intermediate output is being printed. However, this is quite annooying
> when
I would like to compute the spectrum of a certain Cayley graph on PGL(2,q), for
a certain prime power q.
I created the generators of the graph as elements of GL(2,q).
Now, how do I get the spectrum of the Cayley graph on PGL(2,q)? I thought to
first create the Cayley graph using PGL.cayley_grap
Than you for the responses William and Andrew. William's idea does sound
reasonable, I assumed Mathematica does something similar. The reason I
needed this functionality was actually to verify something I computed using
Mathematica (for my peace of mind). For now I will look at the primecount
I've recently started using sagemath cloud as opposed to a local instance of
the notebook. One big difference I've noticed is that in the cloud version, all
intermediate output is being printed. However, this is quite annooying when
trying to make a plot with matplotlib since writing something l
I am programming an example about elliptic curves but I need to define a couple
of field extensions to make there some operations and Sage consider them as
rings, then it doesn't allow me to compute divisions.
What can I do?
Here is the code:
p=371
Fp=GF(p)
E=EllipticCurve([Fp(3),Fp(5)])
j=E
On Mon 07 Apr 2014 03:34:40 PM SGT, P Purkayastha wrote:
It depends on how Sage presents the latex in the HTML code. Mathjax
does not parse all latex code. It only parses those that are in a
special or .
One way to get Sage to pass on the latex within the specific or
is to make the string a "
It depends on how Sage presents the latex in the HTML code. Mathjax
does not parse all latex code. It only parses those that are in a
special or .
One way to get Sage to pass on the latex within the specific or
is to make the string a "LatexExpr" string.
On Mon 07 Apr 2014 03:07:06 PM SG
I don't know so much about cell display in SAGE cloud...but I guess...
there are step s:
1. cell content in ASCII raw text is processed by Tex
2. tex content is then displayed by Mathjax
I am sure about Mathjax because I can mouse right button click on the
displayed matrix in my browser (curr
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