(New page: == Matlab Code == <pre> %Normal Play y = wavread('jpforward.wav'); wavplay(y,44100); %Reverse Play y2 = y; for I=1:751000 y2(I) = y(size(y,1)-I+1); end %wavplay(y2,44100); wavwrit...) |
(→Matlab Code) |
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+ | [[Media:HW1.2a_Jungu_Choi_ECE301Fall2008mboutin.wav]]<br> | ||
+ | Reversed-slower: | ||
+ | [[Media:HW1.2b_Jungu_Choi_ECE301Fall2008mboutin.wav]]<br> | ||
Latest revision as of 20:51, 4 September 2008
Reversed:
Media:HW1.2a_Jungu_Choi_ECE301Fall2008mboutin.wav
Reversed-slower:
Media:HW1.2b_Jungu_Choi_ECE301Fall2008mboutin.wav
Matlab Code
%Normal Play y = wavread('jpforward.wav'); wavplay(y,44100); %Reverse Play y2 = y; for I=1:751000 y2(I) = y(size(y,1)-I+1); end %wavplay(y2,44100); wavwrite(y2,44100,'HW1.2a_Jungu_Choi.wav'); %wavplay(y2,22050); wavwrite(y2,22050,'HW1.2b_Jungu_Choi.wav'); % Twice Faster %y3 = 1:1:751000/2; %for J=1:751000/2 % y3(J) = y2(2*J); %end %wavplay(y3,44100);