function [clean] = method2(corrupt, noise, cleanphrase)
% use these functions first
% noise=wavread('noise');
% corrupt=wavread('corrupt');
% cleanphrase=wavread('cleanphrase');


[N, trash]=size(corrupt);

noise=noise(1:N);
corruptFFT=fft(corrupt);
noiseFFT=fft(noise);

DELTAF=1/(N*1/11025);
FREQ=0:DELTAF:11025/2;
FREQ=FREQ';

figure(1)
plot(FREQ(1:N/2), abs(noiseFFT(1:N/2)));
figure(2)
plot(FREQ(1:N/2), abs(corruptFFT(1:N/2)));
superClean=zeros(N,1);
for n = 1:N/2
  if (FREQ(n)>387 & FREQ(n)<399) | (FREQ(n)>780 & FREQ(n)<790) | (FREQ(n)>1173 & FREQ(n)<1183) | (FREQ(n)>1567 & FREQ(n)<1574)
      superClean(n)=0.001*corruptFFT(n);
  else
      superClean(n)=corruptFFT(n);
  end
end

clean = real(ifft(superClean));
figure(3)
plot(FREQ(1:N/2), abs(superClean(1:N/2)));


SOUNDSC(real(clean), 11025);
pause
SOUNDSC(corrupt, 11025);
pause
SOUNDSC(cleanphrase, 11025);