thanks, that did it for me...
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On Tue, Apr 22, 2008 at 7:59 AM, Kai <[EMAIL PROTECTED]> wrote:
>
> Ok, I forgot to mention that i'd like to plot the real and imaginary
> parts or the absolute value of the function. With your help i got this
> far:
>
>
> sage: E = pari(['1', 'I'])
>
> sage: f = lambda a,b: E.ellwp(a+b*I)
>
Ok, I forgot to mention that i'd like to plot the real and imaginary
parts or the absolute value of the function. With your help i got this
far:
sage: E = pari(['1', 'I'])
sage: f = lambda a,b: E.ellwp(a+b*I)
sage: g= lambda a,b: real(E.ellwp(a+b*I))
sage: P = plot3d(g,(0.1,0.9),(0.1,0.9), adapti
I'm not sure what 3d plot you want. However, if I read the documentation
at the link you provided correctly then
sage: E = pari(['1', 'I'])
sage: E.ellwp(1+I)
-1/2*I
says p(1+i)=-i/2 for the elliptic curve associated to Z+iZ.
Maybe you want to plot the real and imaginary parts of
sage: f = lamb
