//The premise:


// It's got to go in/out, altering the distance considerably.


angle = t("B");





//So, our basic starting circle (a)





a_xpos = 480;


a_ypos = 420;


a_radius = 200;





//This next is a sinus to alternate the wobble in distance





wobble = sin(angle*25);





//So our next pointer should see us wobblin (b)





b_xpos = a_xpos + sin(angle) * ((a_radius*1.5) * wobble);


b_ypos = a_ypos + cos(angle) * ((a_radius*1.5) * wobble);


b_radius = wobble * 42;





//Another (c)


c_xpos = b_xpos + sin(angle*50) * b_radius;


c_ypos = b_ypos + cos(angle*50) * b_radius;





//Plot it!





round(c_xpos)