that i can test further ?
Ciao,
Thierry
On Thu, May 28, 2015 at 02:21:01PM -0700, Michal Bejger wrote:
Dear Sage Devs,
I have a question related to the limited length of a TeX expression
rendered by MathJax in the notebook - the variable responsible
for it is MAXBUFFER [1
+1 to this. What is the best course of action? Opening a ticket?
Best regards,
Michał
On Friday, May 29, 2015 at 6:41:36 AM UTC+2, Andrey Novoseltsev wrote:
On Thursday, 28 May 2015 16:45:20 UTC-6, kcrisman wrote:
On Thursday, May 28, 2015 at 5:21:01 PM UTC-4, Michal Bejger wrote
Dear Sage Devs,
I have a question related to the limited length of a TeX expression
rendered by MathJax in the notebook - the variable responsible
for it is MAXBUFFER [1], and its default value is 5*1024 (5KB),
which in most cases is quite all right but sometimes, for example
when printing
Dear all,
I was wondering about a way to get a custom derivative output,
that is more readable for an end-user. For example, in pynac.pyx,
py_print_fderivative() returns the operator as
ostr = ''.join(['D[', ', '.join([repr(int(x)) for x in params]), ']'])
whereas it would be nice to
On Monday, July 8, 2013 4:31:43 PM UTC+2, Dox wrote:
I'm trying to reproduce the examples in the page, starting with
Schwarzschild spacetime
So far I'm getting the following:
* When defining a `Chart`, say `X`, t
from manifolds.all import *
M = Manifold(4, 'M', r'M'); M
X = Chart(M,
