A = (-1.3, 7.04)
B = (-1.1, 6.16)
c = Circle(A, B)
C = (0.58, 4.48)
D = (1.6600000000000001, 7.88)
E = (2.14, 4.14)
πολύγ.1, e, c_1, d = Polygon(C, D, E)
F = (3.7, 5.0600000000000005)
πολύγ.2, e_1, d_1, f = Polygon(D, F, E)
G = (5.52, 2.48)
H = (6.2, 4.12)
I = (7.36, 5.06)
J = (9.1, 5.26)
K = (9.1, 2.12)
g = Conic(G, H, I, J, K)
N = Point(g)
a = Segment(N, J)
D'_1 = Mirror(D, a)
F' = Mirror(F, a)
E'_1 = Mirror(E, a)
πολύγ.2', e', d'_1, f' = Polygon(D'_1, F', E'_1)
C'_1 = Mirror(C, a)
E'_2 = Mirror(E, a)
C'_2 = Mirror(C, a)
d' = Segment(E'_2, C'_2)
C' = Mirror(C, a)
D' = Mirror(D, a)
E' = Mirror(E, a)
πολύγ.1', e'_1, c', d'_2 = Polygon(C', D', E')
L = (0.92, 9.620000000000001)
M = (1.6, 9.32)
h = Circle(L, M)
S = (13.02, 2.06)
T = (13.94, 2.66)
p = Circle(S, T)
V = (12.72, 5.32)
U = Point(p)
W = Point(p)
πολύγ.3, w, u, v = Polygon(U, V, W)
πολύγ.4, v_1, u_1, w_1 = Polygon(U, W, V)
O = (5.2, 9.040000000000001)
z = Vector(V, O)
V'_1 = Translate(V, z)
U' = Translate(U, z)
V' = Translate(V, z)
W' = Translate(W, z)
πολύγ.3', w', u', v' = Polygon(U', V', W')
P = (14.52, 2.46)