O = (5.58, 0.62)
B_1 = (8.620000000000001, 3.8000000000000003)
K = Circle(O, B_1)
A = (4.35487093828891, -1.5438212282328168)
B = (8.735237011780207, 0.9674616771543125)
d = stranicatrikotnika(A, B, K)
C = (5.643306899003425, 2.463556893014046)
e = stranicatrikotnika(B, C, K)
f = stranicatrikotnika(C, A, K)
C' = Inverzija(C, K)
c = Circle(C', C, B)
D = (4.04, -0.26)
E = Inverzija(B, K)
g = Circle(A, B, E)
C'' = Inverzija(C, d)
K_1 = Circle(C', C, C'')
F, U = Intersect(K_1, d)
G = Point(K_1)
H_1 = Point(d)
I = Point(f)
p = Circle(C, I, A)
B' = Inverzija(B, K)
L = Inverzija(B, f)
q = Circle(L, B, B')
M, V = Intersect(q, f)
N = Point(q)
r = CircumcircleArc(M, N, B)
P = Inverzija(A, K)
Q = Inverzija(A, e)
s = Circle(A, Q, P)
R, T = Intersect(e, s)
S = Point(s)
t = CircumcircleArc(A, S, R)
W = Intersect(K_1, d, 1.0)
Z = Intersect(K_1, d, 1.0)
A_1 = (0.4147782110259753, 3.4507118035662594)
C_1 = Point(K_1)
h = CircumcircleArc(C, C_1, Z)
a = 1 (slider from 1 to 9, step 1)
J, H = Intersect(q, s)

Tool: Inverzija
Input: E, c
Output: E'

D = Center(c)
a = Ray(D, E)
E' = Intersect(Circle[D, Radius[c]^(2.0) / Distance[D, E]], a)

Tool: stranica trikotnika (command stranicatrikotnika)
Input: C, D, c
Output: e

E = Inverzija(D, c)
d = Circle(C, D, E)
F = Center(d)
e = CircleArc(F, D, C)

Tool: Inverzija (command Inverzija1)
Input: E, c
Output: E'

D = Center(c)
a = Ray(D, E)
E' = Intersect(Circle[D, Radius[c]^(2.0) / Distance[D, E]], a)

Tool: stranica trikotnika (command stranicatrikotnika1)
Input: C, D, c
Output: e

E = Inverzija(D, c)
d = Circle(C, D, E)
F = Center(d)
e = CircleArc(F, D, C)