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"delta = 0.00005;
 
o = (0:delta:0.05);
 
O = (0:delta:0.5);
 
c2 = sin(2*pi*262*(0:delta:1));
 
d1 = sin(2*pi*294*(0:delta:.5));
 
e1 = sin(2*pi*330*(0:delta:.5));
 
f2 = sin(2*pi*349*(0:delta:.75));
 
f1 = sin(2*pi*349*(0:delta:.50));
 
f = sin(2*pi*349*(0:delta:.25));
 
g = sin(2*pi*392*(0:delta:.25));
 
g1 = sin(2*pi*392*(0:delta:0.5));
 
g2 = sin(2*pi*392*(0:delta:0.5));
 
a1 = sin(2*pi*440*(0:delta:.50));
 
a = sin(2*pi*440*(0:delta:0.25));
 
a2 = sin(2*pi*440*(0:delta:1));
 
bb1 = sin(2*pi*466*(0:delta:.50));
 
bb = sin(2*pi*466*(0:delta:0.25));
 
  
notes1=[c2,d1,e1,f2,o,g,a1,o,a1,bb1,o,bb,o,bb,f1,g,o,g,a2,O,a2,o,a1,g1,f2,g,a1,o,a,o,a,g1,d1,f,e1,f,g1,g1];
 
sound (notes1,1/delta);
 
wavwrite(notes1,1/delta,32,'song1.wav');
 
 
delta = 0.000005;
 
o = (0:delta:0.025);
 
O = (0:delta:0.25);
 
c2 = sin(2*pi*262*(0:delta:.5));
 
d1 = sin(2*pi*294*(0:delta:.25));
 
e1 = sin(2*pi*330*(0:delta:.25));
 
f2 = sin(2*pi*349*(0:delta:.5));
 
f1 = sin(2*pi*349*(0:delta:.250));
 
f = sin(2*pi*349*(0:delta:.125));
 
g = sin(2*pi*392*(0:delta:.125));
 
g1 = sin(2*pi*392*(0:delta:0.25));
 
g2 = sin(2*pi*392*(0:delta:0.5));
 
a1 = sin(2*pi*440*(0:delta:.250));
 
a = sin(2*pi*440*(0:delta:0.125));
 
a2 = sin(2*pi*440*(0:delta:.5));
 
bb1 = sin(2*pi*466*(0:delta:.250));
 
bb = sin(2*pi*466*(0:delta:0.125));
 
 
notes2=[c2,d1,e1,f2,o,g,a1,o,a1,bb1,o,bb,o,bb,f1,g,o,g,a2,O,a2,o,a1,g1,f2,g,a1,o,a,o,a,g1,d1,f,e1,f,g1,g1];
 
sound (notes2,1/delta);
 
wavwrite(notes2,1/delta,32,'song2.wav');
 
 
 
delta = 0.00005;
 
o = (0:delta:0.05);
 
O = (0:delta:0.5);
 
c2 = sin(4*pi*262*(0:delta:1));
 
d1 = sin(4*pi*294*(0:delta:.5));
 
e1 = sin(4*pi*330*(0:delta:.5));
 
f2 = sin(4*pi*349*(0:delta:.75));
 
f1 = sin(4*pi*349*(0:delta:.50));
 
f = sin(4*pi*349*(0:delta:.25));
 
g = sin(4*pi*392*(0:delta:.25));
 
g1 = sin(4*pi*392*(0:delta:0.5));
 
g2 = sin(4*pi*392*(0:delta:0.5));
 
a1 = sin(4*pi*440*(0:delta:.50));
 
a = sin(4*pi*440*(0:delta:0.25));
 
a2 = sin(4*pi*440*(0:delta:1));
 
bb1 = sin(4*pi*466*(0:delta:.50));
 
bb = sin(4*pi*466*(0:delta:0.25));
 
 
notes3=[c2,d1,e1,f2,o,g,a1,o,a1,bb1,o,bb,o,bb,f1,g,o,g,a2,O,a2,o,a1,g1,f2,g,a1,o,a,o,a,g1,d1,f,e1,f,g1,g1];
 
sound (notes3,1/delta);
 
wavwrite(notes3,1/delta,32,'song3.wav');
 
 
list1 = [notes1,notes2,notes3];
 
 
wavwrite(list1,1/delta,32,'list.wav');
 
wavwrite([notes1,notes2,notes3],1/delta,32,'list2.wav');
 
"
 

Revision as of 11:10, 1 September 2008

Alumni Liaison

BSEE 2004, current Ph.D. student researching signal and image processing.

Landis Huffman