Before revision: matlab/scilab/octave code Here is the program used to generate the paradoxical melody: n=10; length=20; harmon=10; df=0.1; t=(1:length*44100)/44100; y=0; for i = 0:n, for j = 1:harmon, y=y+sin(2*3.1415927*(55+i*df)*j*t); end; end; sound(y/(n*harmon),44100)
After revision: ;Referencematlab/scilab/octave code Here is the program used to generate the paradoxical melody: n=10; length=20; harmon=10; df=0.1; t=(1:length*44100)/44100; y=0; for i = 0:n, for j = 1:harmon, y=y+sin(2*3.1415927*(55+i*df)*j*t); end; end; sound(y/(n*harmon),44100)