pt/sage/sage-5.11/spkg/build/gf2x-1.1/src'
Error: Failed to tune gf2x.
real2m12.919s
user0m58.140s
sys 0m9.160s
---snip---
sage-5.11 does not start.
Kind regards,
Pascal
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I'm trying to install Sage from latest binaries to an Ubuntu 10.04
partition (sure it's an old version but the machine is not mine and I can't
upgrade). In order to run Sage, I typed ./sage from the command line and
readily got the following error message:
File
"/home/po/mon_sage/sage-5.10
Le samedi 16 mars 2013 22:56:28 UTC+1, Simon King a écrit :
>
>
> Does the "digits()" method do what you want?
>
Yes, exactly what I was looking for, many thanks!!
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Hi,
How to perform base conversion with Sage ? Remember that Python has limited
capability to convert to an arbitrary base. For instance, Python, by
default, doesn't allow to convert to base 6. According to
https://groups.google.com/forum/?hl=fr&fromgroups=#!newtopic/sage-support/sage-support/
Le vendredi 15 mars 2013 14:38:25 UTC+1, Jason Grout a écrit :
>
>
>
> Thanks for catching the error! I've changed the trac ticket to reflect
> your modifications.
>
> Thanks,
>
You are more than welcome!
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> Or you can directly use scipy to do it:
>
> from scipy.linalg import circulant
> matrix(circulant([1,2,3]))
>
>
Why I didn't think of it!
>
>
> FYI, you might find our chapter in the Handbook of Linear Algebra to be
> a good resource: http://sage.math.washington.edu/home/jason/sage-HLA
Le vendredi 15 mars 2013 08:44:21 UTC+1, Charles Bouillaguet a écrit :
>
>
>
> So am I. However, it's in the pipeline (
> http://trac.sagemath.org/sage_trac/ticket/13703)
>
>
Thanks for the link. The code for circulant matrix generation :
def hankel(R,c,r): entries=c+r[1:]; return matrix(R, l
Le vendredi 15 mars 2013 02:15:35 UTC+1, David Joyner a écrit :
>
>
> Is this what you want?
> http://www.sagemath.org/doc/reference/sage/combinat/matrices/latin.html
>
>
>
Not exactly : a call back_circulant(n) returns the circulant matrix
associated to the list range(n). I need a more genera
Does Sage provide support for building the circulant matrix associated to a
given list ?
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