On 3 Set, 23:40, Marshall Hampton hampto...@gmail.com wrote:
Here's a slightly different workaround that doesn't require any lambda
expressions:
var('z,z0,x,y')
f=abs(1/(z-z0)).subs({z:x+I*y,z0:1/2+i})
ff = fast_callable(f,vars=[x,y],domain=CDF)
plot3d(ff,(x,-2,2),(y,-2,2))
-Marshall
Hi,
On Sat, Sep 4, 2010 at 7:01 PM, sps debernasave...@libero.it wrote:
But what is fast_callable function ? Where can I find adaguate
documentation?
See this page in the reference manual
Yes, complex_plot is similar to a Mathematica function of the same
type.
To plot such a function the way you are indicating, we need to have
the fast_float/fast_callable functions which do (very fast, as the
name indicates) evaluation of functions to be plotted to work with
complex input. This
Am Freitag, den 03.09.2010, 07:58 -0700 schrieb kcrisman:
Yes, complex_plot is similar to a Mathematica function of the same
type.
To plot such a function the way you are indicating, we need to have
the fast_float/fast_callable functions which do (very fast, as the
name indicates)
On Sep 3, 11:56 am, Eckhard Kosin e...@mathematik-service-kosin.de
wrote:
Am Freitag, den 03.09.2010, 07:58 -0700 schrieb kcrisman: Yes, complex_plot
is similar to a Mathematica function of the same
type.
To plot such a function the way you are indicating, we need to have
the
Here's a slightly different workaround that doesn't require any lambda
expressions:
var('z,z0,x,y')
f=abs(1/(z-z0)).subs({z:x+I*y,z0:1/2+i})
ff = fast_callable(f,vars=[x,y],domain=CDF)
plot3d(ff,(x,-2,2),(y,-2,2))
-Marshall
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