2 % DISPLAY 2D WAVELETS OF cplxdual2D.M
10 w = cplxdual2D(x, J, Faf, af);
11 w{J}{1}{2}{2}(N/2,N/2+0*N) = 1;
12 w{J}{1}{1}{3}(N/2,N/2+1*N) = 1;
13 w{J}{1}{2}{1}(N/2,N/2+2*N) = 1;
14 w{J}{1}{1}{1}(N/2,N/2+3*N) = 1;
15 w{J}{1}{2}{3}(N/2,N/2+4*N) = 1;
16 w{J}{1}{1}{2}(N/2,N/2+5*N) = 1;
17 w{J}{2}{2}{2}(N/2+N,N/2+0*N) = 1;
18 w{J}{2}{1}{3}(N/2+N,N/2+1*N) = 1;
19 w{J}{2}{2}{1}(N/2+N,N/2+2*N) = 1;
20 w{J}{2}{1}{1}(N/2+N,N/2+3*N) = 1;
21 w{J}{2}{2}{3}(N/2+N,N/2+4*N) = 1;
22 w{J}{2}{1}{2}(N/2+N,N/2+5*N) = 1;
23 y = icplxdual2D(w, J, Fsf, sf);
24 y = [y; sqrt(y(1:L,:).^2+y(L+[1:L],:).^2)];
28 title('2D Dual-Tree Complex Wavelets')
32 print -djpeg95 cplxdual2D_plots