%Howard Ho %first we figure out the scale frequency a=440; c=3*a/5; uc=2*c; %upper c b=15*c/8; lg=3*c/2; %lower g g=lg*2; f=4*c/3; le=5*c/4; %lower e d=9*c/8; e=2*le; as=16*a/15; %a sharp
%time of those notes and play them~! del = 0.0001;
t = 0:del:1/6; y = sin(2*pi*e*t); sound(y,1/del); %e
y = sin(2*pi*e*t); sound(y,1/del); %e
y = sin(2*pi*e*t); sound(y,1/del); %e
%there shouldn't be g in the actually song.
t = 0:del:1/8; y = 0; sound(y,1/del); %rest
t = 0:del:1/6; y = sin(2*pi*uc*t); sound(y,1/del); %c
y = sin(2*pi*e*t); sound(y,1/del); %e
t = 0:del:1/2; y = sin(2*pi*g*t); sound(y,1/del); %g
y = 0; sound(y,1/del); %rest
t = 0:del:1/6; y = sin(2*pi*uc*t); sound(y,1/del); %c
y = sin(2*pi*lg*t); sound(y,1/del);%low g
y = 0; sound(y,1/del); %rest
y = sin(2*pi*le*t); sound(y,1/del); %low e
t = 0:del:1/8; y = 0; sound(y,1/del); %rest
t = 0:del:1/6; y = sin(2*pi*a*t); sound(y,1/del); %a
y = sin(2*pi*b*t); sound(y,1/del); %b
t = 0:del:1/8; y = 0; sound(y,1/del); %rest
t = 0:del:1/6; y = sin(2*pi*as*t); sound(y,1/del); %a#
y = sin(2*pi*a*t); sound(y,1/del); %a
