Hi guys,
I have this code and upon execution Matlab says that Imaginary parts of complex X and/or Y arguments were ignored. How can I plot the function without ignoring imaginary parts? I tried "plot(t, real(squeeze(shifted(:,61,61))),imag(squeeze(shifted(:,61,61))), '.-');" but Matlab said "Data must be a single matrix Y or a list of pairs X,Y" Tried a few other things but they did not work either.
Here is the full code before any modifications and attempts.
c = 0.3;
z = 5;
w_o = 2*pi*c;
w = -6*w_o:0.1:6*w_o;
dw = w(2)-w(1);
kx = -6:0.1:6;
dkx=kx(2)-kx(1);
ky = kx;
dky = ky(2)-ky(1);
delta =pi;
deltaW = 3*pi;
deltaK = 1;
nw = length(w);
dt = pi/w(end);
t =[(-nw/2+1:nw/2)]*dt;
nkx = length(kx);
dx = pi/kx(end);
x =[(-nkx/2+1:nkx/2)]*dx;
nky = length(ky);
dy = pi/ky(end);
y = [(-nky/2+1:nky/2)]*dy;
[Kx, W, Ky] = meshgrid(kx, w, ky);
[X, T, Y] = meshgrid(x, t, y);
input = exp(-((W-w_o).^2)/deltaW.^2).*exp(-(Kx.^2+Ky.^2)/(deltaK.^2)).*exp(1*i.*sqrt((W/c).^2-(Kx.^2+Ky.^2)).*z(j));
fourier = fftn(fftshift(input));
shifted = fftshift(fourier);
figure(6);
plot(t, squeeze(shifted(:,61,61)), '.-');
