[sage-support] Re: Plotting complex functions in imaginary and real parts

2017-06-27 Thread Fjordforsk A/S
Thanks Dima! mandag 26. juni 2017 16.30.20 UTC+2 skrev Dima Pasechnik følgende: > > the following works for me: > sage: var('x y'); > : cmsel = [colormaps['gnuplot2'](i) for i in sxrange(0,1,0.02)] > : plot3d(lambda > x,y:((1/(sqrt((2**2)*pi)))*(x+I*y)*exp(-((0.25)*((x+I*y)**2.imag_pa

[sage-support] Re: Plotting complex functions in imaginary and real parts

2017-06-26 Thread Dima Pasechnik
the following works for me: sage: var('x y'); : cmsel = [colormaps['gnuplot2'](i) for i in sxrange(0,1,0.02)] : plot3d(lambda x,y:((1/(sqrt((2**2)*pi)))*(x+I*y)*exp(-((0.25)*((x+I*y)**2.imag_part(),(x,-3*pi,3*pi),(y,0,2),adaptive=True, : color=cmsel) Note that I removed "math." pr

[sage-support] Re: Plotting complex functions in imaginary and real parts

2017-06-26 Thread Fjordforsk A/S
Note, that when brackets are corrected it gives the following result: TypeError Traceback (most recent call last) in () > 1 plot3d(lambda x,y:(Integer(1)/(math.sqrt((Integer(2)**Integer(2))*pi)))*(x+I*y)*exp(-((RealNumber('0.25'))*((x+I*y)**Integer(2.imag_