This is the signal I hope to create:
both the frequency of the blue wave and the frequency of the red rider wave are adjustable.
I came up with the equation for the wave using vector calculus, but it is unlikely that the math decoder can crunch out a signal in real time at the press of a key.
x(t) = t + (6*cos(t))*(0.5*(sin( 25*sin(t) ))*(1/((1+36*((cos(t))^2))^.5))) y(t) = 6*sin(t) - (0.5*(sin( 25*sin(t) ))*(1/((1+36*((cos(t))^2))^.5)))
any ideas?
Jon