S_1 = (3.3357538818528694, -0.2685520419321305)
B = (7.8979896483923655, 0.9756940762150024)
k_1 = Circle(S_1, B)
S_2 = (10.86, 3.4)
D = (5.2, 1.56)
k_2 = Circle(S_2, D)
E = Point(k_1)
F = Intersect(k_1, k_2, 1)
G = Intersect(k_1, k_2, 2)
e = Ellipse(S_1, S_2, G)
f = Hyperbola(S_1, S_2, F)
A = Point(e)
g = Line(A, S_2)
C = Intersect(k_2, g, 1)
c = Circle(A, C)
H = Point(f)
h = Line(H, S_2)
I = Intersect(k_2, h, 1)
d = Circle(H, I)
J = Intersect(k_2, h, 2)
k = Circle(H, J)
vzdalenostS1H = Distance(S_1, H)
TextS1H: Name[S_1] + (Name[H]) + " = " + vzdalenostS1H
vzdalenostS2H = Distance(S_2, H)
TextS2H: Name[S_2] + (Name[H]) + " = " + vzdalenostS2H
a = 0 (slider from 0 to 5, step 1)
K = (-0.0199401943621328, -4.793083380648985)
L = (15.099535362516699, -5.283240942343311)
p = Tangent(G, k_2)
i = OrthogonalLine(S_1, p)
M = Intersect(p, i)
q = Circle(M, Radius[k_1])
N = Intersect(q, i, 1)
j = OrthogonalLine(N, i)
O = Intersect(q, i, 2)
l = OrthogonalLine(O, i)
r = Parabola(S_1, l)
s = Parabola(S_1, j)
P = Point(r)
Q = Point(s)
m = OrthogonalLine(P, p)
n = OrthogonalLine(Q, p)
R = Intersect(p, n)
t = Circle(Q, R)
S = Intersect(p, m)
c_1 = Circle(P, S)
S_3 = Intersect(e, s, 1)
S_4 = Intersect(f, r, 1)
b = OrthogonalLine(S_4, p)
f_1 = OrthogonalLine(S_3, p)
T = Intersect(p, b)
k_4 = Circle(S_4, T)
U = Intersect(p, f_1)
k_3 = Circle(S_3, U)