A_{1} = (3.4195368698653117, 2.80645396791058)
B = (14.165063324834545, 10.982398009734988)
p_2 = Line(A_{1}, B)
C = (21.844610764119622, 2.80645396791058)
p_1 = Line(A_{1}, C)
A = (16, 8)
Krok = 0 (slider from 0 to 4, step 1)
k_{3} = Circle(A, 3)
f' = Mirror(p_2, k_{3})
g' = Mirror(p_1, k_{3})
h, i = Tangent(f', g')
Intersect(0.18550454411080963x² + 3.945947523778404x y - 3.77918622744631y² - 37.7948314262176x - 0.23010740699555043y = -296.4671191758357, f')
k_2 = Mirror(i, k_{3})
k_1 = Mirror(h, k_{3})
S_2 = Center(k_2)
S_1 = Center(k_1)