Inversion in a gold circle

Conjecture(s) ?

Proof(s) ?

Extension(s) ?

počet vrcholov

kružnica

úsečka

N-uholník

bod

 \text{Pomocou bodu }M∈ω  \text{ upravte veľkosť kruhu }ω

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F = (3.5193996811493244, 0.3070231441608126)
E = (-2.7954561946821572, 2.7726550732073743)
p = Segment(F, E)
A'_{1} = (5.044898572501873, 3.21611405325172)
C = (3.164632497113848, 4.209462168551054)
S: (0, 0)
M = Point(yAxis)
ω = Circle(S, M)
AB = Distance(S, M)
a: AB
AC = Distance(S, C)
R: AC
C' = Mirror(C, ω)
d = Circle(A'_{1}, C)
D = Point(d)
D' = Mirror(D, ω)
f = Line(E, F)
G = Point(p)
G' = Mirror(G, ω)
n = 5 (slider from 3 to 6, step 1)
H = (-2.44, 0.34)
I = (-0.36, 2.44)
poly1, g, h, i, k, l, m, J, L, M_{1}, N = Polygon(I, H, n)
K = Point(poly1)
K' = Mirror(K, ω)
b = true
e = false
j = false
GL: G
G'L: G'
DL: D
KL: K
K'L: K'
o = false
X = (1.4617500137435608, 0.0054710377306575525)
X' = Mirror(X, ω)
D'L: D'
q = Ray(S, X)
r_{1} = Ray(S, G)
s = Ray(S, D)
t = Ray(S, K)
c = Semicircle(X', S)