OK, thanks!
tirsdag 3. januar 2017 14.07.18 UTC+1 skrev Dima Pasechnik følgende:
>
> if you remove 'adaptive=True' then it works---so probably you're hitting a
> bug in computing the best box to plot, or something like this.
>
> On Tuesday, January 3, 2017 at 12:39:05 PM UTC, Fjordforsk A/S wrote
if you remove 'adaptive=True' then it works---so probably you're hitting a
bug in computing the best box to plot, or something like this.
On Tuesday, January 3, 2017 at 12:39:05 PM UTC, Fjordforsk A/S wrote:
>
> I compared Wolfram Alpha online and SAGE just to see, and it gives a
> strange resul
I compared Wolfram Alpha online and SAGE just to see, and it gives a
strange result:
Wolfram plots the function as given :
https://www.wolframalpha.com/input/?i=plot+(1%2Bx*(e%5E(x%2Bt%2B1)%2Be%5E(2*x%2B2*t%2B2)-(x%5E2*(I*x-t)%2F(2x%2Bt%2B2))*e%5E(3*x%2B3*t%2B3))
while SAGE with command: plot3
Thanks!
tirsdag 3. januar 2017 13.24.58 UTC+1 skrev Dima Pasechnik følgende:
>
>
>
> On Tuesday, January 3, 2017 at 12:02:41 PM UTC, Fjordforsk A/S wrote:
>>
>> Hello, I get an idle response from SAGE when trying to plot this:
>>
>> var('x t');
>> cmsel = [colormaps['gnuplot2'](i) for i in sxran
On Tuesday, January 3, 2017 at 12:02:41 PM UTC, Fjordforsk A/S wrote:
>
> Hello, I get an idle response from SAGE when trying to plot this:
>
> var('x t');
> cmsel = [colormaps['gnuplot2'](i) for i in sxrange(0,1,0.02)]
> plot3d(lambda
> x,t:(1+x*(e^(x+t+1)+e^(2*x+2*t+2)-(x^2*(I*x^2-t)/(x^3+t^2+
