On Thu, 13 Aug 2015, saad khalid wrote:
I'm currently trying to get support from my professors in order for our
school to move from Mathematica to Sage Math. One of them challenged me
to - -
What should we give as an exhange? Wasn't there some discussion about
speed of gamma function on
See http://trac.sagemath.org/ticket/19032 for getting some of this info in
Sage, if not to make access easier.
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On Friday, August 14, 2015 at 1:13:53 AM UTC-5, jori.ma...@uta.fi wrote:
On Thu, 13 Aug 2015, saad khalid wrote:
I'm currently trying to get support from my professors in order for our
school to move from Mathematica to Sage Math. One of them challenged me
to - -
What should we
Hello Saad,
I think that's a python error and is telling us that you have given too
many arguments to the function. I wonder if your brackets are OK. Just from
looking at what you post it looks as if there is a mismatch in the opening
and closing of brackets.
Hth
Adil
On Fri, 14 Aug 2015 15:57
The error ended up being that I had tried to plot it in 3d first, which
required the call q,x = var('q,x'), which messed up my calls to x later. At
least, I think that was the cause. Either way, doing reset() fixed the
problem. The error now is that apparently there's no convergence... it says
Huh... for some reason, now I'm getting a totally different error, I didn't
even change anything. So strange. It's saying:
TypeError: cannot convert 0.500 to an integer
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Hello everyone:
I'm currently trying to get support from my professors in order for our
school to move from Mathematica to Sage Math. One of them challenged me to
simply plot the q-gamma function on sage math, which he does on Mathematica
simply by calling on the QGamma function. Here is some
This is implemented in sympy, which is included with sage, according to google.
I haven't tried it.
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On Aug 13, 2015, 15:38, at 15:38, saad khalid saad1...@gmail.com wrote:
Hello everyone:
I'm currently trying to get support from my professors in order for our
school to
While qgamma isn't a native function, there's a qgamma implementation in
mpmath, one of the libraries included in Sage, so:
from mpmath import qgamma
plot(lambda x: qgamma(4,x), (x, 2, 10))
should give you a plot of gamma_(q=4).
Doug
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On 13/08/15 22:56, D. S. McNeil wrote:
While qgamma isn't a native function, there's a qgamma implementation in
mpmath, one of the libraries included in Sage, so:
from mpmath import qgamma
plot(lambda x: qgamma(4,x), (x, 2, 10))
should give you a plot of gamma_(q=4).
Nice! And in 3d
sage:
While qgamma isn't a native function, there's a qgamma implementation in
mpmath, one of the libraries included in Sage, so:
from mpmath import qgamma
plot(lambda x: qgamma(4,x), (x, 2, 10))
should give you a plot of gamma_(q=4).
Thank you! Though, looking at the documentation, I think
On Fri, Aug 14, 2015 at 12:16 AM, saad khalid saad1...@gmail.com wrote:
While qgamma isn't a native function, there's a qgamma implementation in
mpmath, one of the libraries included in Sage, so:
from mpmath import qgamma
plot(lambda x: qgamma(4,x), (x, 2, 10))
should give you a plot of
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