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+ | |||
+ | ---- | ||
== '''SOUND FILE:''' == | == '''SOUND FILE:''' == | ||
+ | |||
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---- | ---- | ||
− | |||
== '''CODE:''' == | == '''CODE:''' == | ||
− | + | ||
+ | |||
+ | |||
%NICK GENTRY | %NICK GENTRY | ||
+ | |||
%ECE301 | %ECE301 | ||
+ | |||
%06/23/09 | %06/23/09 | ||
− | |||
clc | clc | ||
clear | clear | ||
− | + | ||
%The frequencies (Hz) shown below were found on the NYU CS website: | %The frequencies (Hz) shown below were found on the NYU CS website: | ||
%http://www.cs.nyu.edu/courses/fall03/V22.0201-003/notes.htm | %http://www.cs.nyu.edu/courses/fall03/V22.0201-003/notes.htm | ||
− | |||
Clower = 262/2; CSharpLower = 277.18/2; D = 294/2; DSharp = 311/2; E = 330/2; | Clower = 262/2; CSharpLower = 277.18/2; D = 294/2; DSharp = 311/2; E = 330/2; | ||
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a = 1.8; | a = 1.8; | ||
− | + | %Note Lengths defined below: | |
HLF = 0.50*a; QTR = 0.25*a; ETH = 0.125*a; SXT = 0.0625*a; ETHdot = 0.125*1.5*a; SXTdot = 0.0625*1.5*a; | HLF = 0.50*a; QTR = 0.25*a; ETH = 0.125*a; SXT = 0.0625*a; ETHdot = 0.125*1.5*a; SXTdot = 0.0625*1.5*a; | ||
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noteLength = [SXT, ETH, SXT, SXT, SXT, ETH, QTR, QTR, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETHdot, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, SXT, ETH, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, ETH, SXT, ETH, QTR, QTR, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT]; | noteLength = [SXT, ETH, SXT, SXT, SXT, ETH, QTR, QTR, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETHdot, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, SXT, ETH, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, ETH, SXT, ETH, QTR, QTR, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT]; | ||
− | numNotes = length(noteLength); | + | numNotes = length(noteLength); %Number of notes to be played |
+ | |||
+ | delta = 0.0001; %Sampling Rate | ||
+ | x = 1; %Counter Value | ||
+ | count1 = 1; %Used as counter for while loop. | ||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
while x<= numNotes; | while x<= numNotes; | ||
− | t1 = 0:delta:noteLength(x); | + | t1 = 0:delta:noteLength(x); %Helps scale the length of notes |
− | p1 = sin(2*pi*noteOrder(x)*t1); | + | p1 = sin(2*pi*noteOrder(x)*t1); %Sound function |
− | count2 = 1; | + | count2 = 1; %While loop counter |
− | while count2<length(p1); | + | while count2<length(p1); %Builds the array. |
writeArray1(count1) = p1(count2); | writeArray1(count1) = p1(count2); | ||
count1 = count1 + 1; | count1 = count1 + 1; | ||
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end | end | ||
− | x = x + 1; | + | x = x + 1; %Increments the loop counter |
end | end | ||
− | sound(writeArray1, 1/delta); | + | sound(writeArray1, 1/delta); %Plays sound file |
− | wavwrite(writeArray1,'Mario_Nick_Gentry.wav'); | + | |
+ | wavwrite(writeArray1,'Mario_Nick_Gentry.wav'); %Creats a 'wav' file | ||
---- | ---- |
Latest revision as of 13:25, 24 June 2009
SOUND FILE:
WAV FILE: Media:Mario_Nick_Gentry.wav
CODE:
%NICK GENTRY
%ECE301
%06/23/09
clc clear
%The frequencies (Hz) shown below were found on the NYU CS website: %http://www.cs.nyu.edu/courses/fall03/V22.0201-003/notes.htm
Clower = 262/2; CSharpLower = 277.18/2; D = 294/2; DSharp = 311/2; E = 330/2; F = 349/2; FSharp = 370/2; G = 392/2; GSharp = 415/2; A = 440/2; ASharp = 466/2; B = 493.88/2;
C = 262; CSharp = 277.18; D = 294; DSharp = 311; E = 330; F = 349; FSharp = 370; G = 392; GSharp = 415; A = 440; ASharp = 466; B = 493.88; AFlat = 415.30;
Cupper = 262*2; CSharpUpper = 277.18*2; Dupper = 294*2; DSharpUpper = 311*2; Eupper = 330*2; Fupper = 349*2; FSharpUpper = 370*2; Gupper = 392*2; GSharpUpper = 415*2; Aupper = 440*2; ASharpUpper = 466*2; Bupper = 493.88*2;
CdblUpper = 262 * 4; a = 1.8;
%Note Lengths defined below: HLF = 0.50*a; QTR = 0.25*a; ETH = 0.125*a; SXT = 0.0625*a; ETHdot = 0.125*1.5*a; SXTdot = 0.0625*1.5*a;
%This is the array that makes up the notes played in the song:
noteOrder = [ Eupper, Eupper, Eupper, 0, Cupper, Eupper, Gupper, 0, Cupper, G, 0, E, 0, A, B, 0, ASharp, AFlat, G, Eupper, Gupper, Aupper, Fupper, Gupper, 0, Eupper, Cupper, Dupper, B, Cupper, G, 0, E, 0, A, B, 0, ASharp, A, G, Eupper, Gupper, Aupper, Fupper, Gupper, 0, Eupper, Cupper, Dupper, B, 0, Gupper, FSharpUpper, Fupper, D, E, 0, GSharp, A, Cupper, 0, A, Cupper, Dupper, 0, G, FSharpUpper, F, DSharpUpper, E, 0, CdblUpper, CdblUpper, CdblUpper, 0, Gupper, FSharpUpper, Fupper, DSharpUpper, Eupper, 0, GSharp, A, Cupper, 0, A, Cupper, Dupper, 0, DSharpUpper, 0, Dupper, Cupper, 0, 0, Gupper, FSharpUpper, Fupper, DSharpUpper, Eupper, 0, GSharp, A, Cupper, 0, A, Cupper, Dupper, 0, Gupper, FSharpUpper, Fupper, DSharp, E, 0, CdblUpper, CdblUpper, CdblUpper];
noteLength = [SXT, ETH, SXT, SXT, SXT, ETH, QTR, QTR, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, ETHdot, SXT, ETH, ETH, SXT, ETH, SXT, SXT, ETH, SXTdot, SXTdot, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETHdot, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, ETH, SXT, ETH, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, SXT, ETH, ETH, SXT, ETH, QTR, QTR, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, SXT SXT, SXT, SXT, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT, SXT, SXT, ETH, SXT];
numNotes = length(noteLength); %Number of notes to be played
delta = 0.0001; %Sampling Rate x = 1; %Counter Value count1 = 1; %Used as counter for while loop.
while x<= numNotes;
t1 = 0:delta:noteLength(x); %Helps scale the length of notes p1 = sin(2*pi*noteOrder(x)*t1); %Sound function count2 = 1; %While loop counter while count2<length(p1); %Builds the array. writeArray1(count1) = p1(count2); count1 = count1 + 1; count2 = count2 + 1; end x = x + 1; %Increments the loop counter
end
sound(writeArray1, 1/delta); %Plays sound file
wavwrite(writeArray1,'Mario_Nick_Gentry.wav'); %Creats a 'wav' file