close all

Fs = 44100;
bits = 16;

x = [0:25*480 - 1];
y1 = sin(2*pi*440/Fs*x);
y2 = sin(2*pi*450/Fs*x);

y = y1 + y2;

% 2 Sines Close Together - Full Quantization
%[Fs, xr, bits, x] = encode(y, '', 0, 0, -1, 'sinClose_before.wav','sinClose_full_after.wav');

% 2 Sines Close Together - Narrow Quantization
[Fs, xr, bits, x] = encode(y, '', 0, 0, 0, '','sinClose_narrow_after.wav');

% 2 Sines Close Together - 8-bit Quantization
[Fs, xr, bits, x] = encode(y, '', 0, 0, 8, '','sinClose_8_after.wav');

% 2 Sines Close Together - 16-bit Quantization
[Fs, xr, bits, x] = encode(y, '', 0, 0, 16, '','sinClose_16_after.wav');

% 2 Sines Close Together - ATH Quantization
%[Fs, xr, bits, x] = encode(y, '', 0, 0, 99, '','sinClose_ATH_after.wav');