(Sounds of Purdue)
(Sounds of Purdue)
 
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== Sounds of Purdue ==
 
== Sounds of Purdue ==
  
[[Media:PUsong_ECE301Fall2008mboutin.wav]]
+
I was unable to upload the .wav files in working condition. The code does work in MATLAB, but when I save and upload the file on kiwi, the file only plays the last note of the song.

Latest revision as of 09:32, 5 September 2008

%Nathan Najdek
%00164-10728
%ECE 301 Prof. Boutin
%Sep. 4, 2008

%Frequencies of the notes played in the first part of song.
A = 220;
B = 246.94;
Db = 277.18;
D = 293.66;
E = 329.62;
F = 349.22;
Gb = 369.99;
G = 391.99;
del = .0005;

%Chrous notes for first part of Purdue Fight song
PU_song = [A, B, Db, D, E, Gb, Gb, G, G, G, D, E, F, Gb]; 

%First part of Purdue Fight Sont
stop = 0.4;
t = [0:del:stop];
for i = 1:length(PU_song)
  lyric = sin(2*pi*t*PU_song(i));
  sound(lyric, 1/del);
end

pause(1);
%Fight Song played twice as fast
stop = stop/2;
t = 0:del:stop;
for i = 1:length(PU_song)
  lyric = sin(2*pi*t*PU_song(i));
  sound(lyric, 1/del);
end

pause(1);
%Fight Song with twice as high pitch
stop = 0.4;
t = 0:del:stop;
for i = 1:length(PU_song)
  lyric = sin(4*pi* t*PU_song(i));
  sound(lyric, 1/del);
end

Sounds of Purdue

I was unable to upload the .wav files in working condition. The code does work in MATLAB, but when I save and upload the file on kiwi, the file only plays the last note of the song.

Alumni Liaison

Ph.D. on Applied Mathematics in Aug 2007. Involved on applications of image super-resolution to electron microscopy

Francisco Blanco-Silva