[sage-support] sage reference manual addition?

2008-04-05 Thread David Joyner
Hi: I wonder if there is a procedure to requesting that a module be added to the SAage reference manual? For example, under coding theory, it now has linear code.py http://www.sagemath.org/hg/sage-main/file/cc1e12a492fc/sage/coding/linear_code.py and code_bounds.py

[sage-support] Re: sage reference manual addition?

2008-04-05 Thread mabshoff
On Apr 5, 2:51 pm, David Joyner [EMAIL PROTECTED] wrote: Hi David, Hi: I wonder if there is a procedure to requesting that a module be added to the SAage reference manual? We don't have any special way to do this. For example, under coding theory, it now has linear

[sage-support] Re: sage reference manual addition?

2008-04-05 Thread Martin Albrecht
On Saturday 05 April 2008, David Joyner wrote: I tried following the README in the devel/doc/ref section and am having latex compilation problems. First, in mwrank somewhere there is a \Sha which latex has trouble with. Second, in sage.rings.polynomial.pbori there is a \Sage, \var{other} and

[sage-support] Re: A Cayley graph error

2008-04-05 Thread Bogdan
(1) Exception (click to the left for traceback): ... AttributeError: 'SymbolicVariable' object has no attribute 'vertices' (2) Windows XP (3) 2.10.3 Please do let me know if you have any questions. Thanks for your time and help. Bogdan On Apr 5, 12:19 pm, William Stein [EMAIL PROTECTED]

[sage-support] Re: A Cayley graph error

2008-04-05 Thread William Stein
What did you type in? On 4/5/08, Bogdan [EMAIL PROTECTED] wrote: (1) Exception (click to the left for traceback): ... AttributeError: 'SymbolicVariable' object has no attribute 'vertices' (2) Windows XP (3) 2.10.3 Please do let me know if you have any questions. Thanks for your time

[sage-support] Re: a question/suggestion

2008-04-05 Thread William Stein
On Sat, Apr 5, 2008 at 9:49 AM, Bogdan [EMAIL PROTECTED] wrote: I want to recommend SAGE to my students of an introductory abstract algebra. One of the things I explain is Cayley graphs of groups of small order. (Many of them can easily done by hand, of course, and we do this in class.)