(New page: == MATLAB Code == <pre> % Mark Frankosky (mfrankos@purdue.edu) % ECE 301 HW 1.2 % This file will read in the .wav file 'jpforward.wav' and play it back % with a sample frequency of 44100...) |
|||
| Line 1: | Line 1: | ||
| + | == Sound Files == | ||
| + | Here are the links to the sound files for the song played backwards at 44100Hz, 22050Hz, and 11025Hz. The code also plays it foward, but i didnt feel like making a sound file for that seeing how its on the main homework page. | ||
| + | |||
| + | [[Media:Example_ECE301Fall2008mboutin.ogg]] | ||
| + | |||
== MATLAB Code == | == MATLAB Code == | ||
<pre> | <pre> | ||
| Line 29: | Line 34: | ||
fprintf('backwards at 11025 Hz...\n'); | fprintf('backwards at 11025 Hz...\n'); | ||
wavplay(wavBackwards, Fs3); | wavplay(wavBackwards, Fs3); | ||
| + | </pre> | ||
Revision as of 14:59, 4 September 2008
Sound Files
Here are the links to the sound files for the song played backwards at 44100Hz, 22050Hz, and 11025Hz. The code also plays it foward, but i didnt feel like making a sound file for that seeing how its on the main homework page.
Media:Example_ECE301Fall2008mboutin.ogg
MATLAB Code
% Mark Frankosky (mfrankos@purdue.edu)
% ECE 301 HW 1.2
% This file will read in the .wav file 'jpforward.wav' and play it back
% with a sample frequency of 44100 Hz, and then flip the file
% and play taht back at a sample frequecy of 44100Hz, 22050Hz, and 11025Hz
% respectively
%
% For this to work locally you will need the file 'jpforward.wav' stored in
% the same directory taht you will run the code from.
Fname = 'jpforward.wav';
Fs1 = 44100;
Fs2 = 22050;
Fs3 = 11025;
Fs4 = 8000;
wavFoward = wavread(Fname);
wavBackwards = flipud(wavFoward);
fprintf('Foward at 44100 Hz...\n');
wavplay(wavFoward,Fs1);
fprintf('Backwards at 44100 Hz...\n');
wavplay(wavBackwards, Fs1);
fprintf('Backwards at 22050 Hz...\n');
wavplay(wavBackwards, Fs2);
fprintf('backwards at 11025 Hz...\n');
wavplay(wavBackwards, Fs3);
