set(0,'DefaultFigureWindowStyle','docked');
clear all

A = 0.5
B = 0.95 % opposite of 95%
r = 0.65

ang1 = 265
angRad1 = deg2rad(ang1)
x1 = 1 - (A + (r * cos(angRad1)) )
y1 = B + (r * sin(angRad1)) 

ang2 = 275
angRad2 = deg2rad(ang2)
x2 = 1 - (A + (r * cos(angRad2)))
y2 = B + (r * sin(angRad2)) 

ang3 = ang1-10
angRad3 = deg2rad(ang3)
x3 = 1 - (A + (r * cos(angRad3)))
y3 = B + (r * sin(angRad3)) 

ang4 = ang2+10
angRad4 = deg2rad(ang4)
x4 = 1 - (A + (r * cos(angRad4)) )
y4 = B + (r * sin(angRad4)) 

ang5 = ang1-35
angRad5 = deg2rad(ang5)
x5 = 1 - (A + (r * cos(angRad5)) )
y5 = B + (r * sin(angRad5)) 

ang6 = ang2+35
angRad6 = deg2rad(ang6)
x6 = 1 - (A + (r * cos(angRad6)) )
y6 = B + (r * sin(angRad6)) 

figure()
scatter([A,x1,x2, x3, x4, x5, x6],[B,y1,y2, y3, y4, y5, y6])

