Číslo kroku

S_1 = (5.504852990208634, -0.977969998040108)
A = (10.843436433628073, 3.595582796166565)
k_1 = Circle(S_1, A)
S_2 = (10.491600451857087, 1.7339023828825209)
B = (6.911600451857089, -1.846097617117479)
k_2 = Circle(S_2, B)
S_3 = (8.564975587059651, 0.1196826725694935)
C = (10.095036885485161, -0.1630460456178281)
k_3 = Circle(S_3, C)
k_1' = Circle(S_1, Distance[A, S_1] - Distance[S_3, C])
k_2' = Circle(S_2, Distance[S_2, B] - Distance[S_3, C])
k_1'' = Mirror(k_1', k_3)
k_2'' = Mirror(k_2', k_3)
p_2, p_1 = Tangent(k_1'', k_2'')
Intersect(0.6601683427543765x² - 1.8230011896997294x y + 1.3798972207302058y² - 12.421964731909739x + 14.869278758785498y = -58.3562381168548, k_1'')
k_{8} = Mirror(p_1, k_3)
k_{9} = Mirror(p_2, k_3)
S_{7} = Center(k_{9})
S_4 = Center(k_{8})
k_4 = Circle(S_4, Distance[S_3, C] + Distance[S_3, S_4])
n = 0 (slider from 0 to 12, step 1)
obvodk1 = Circumference(k_1)
Bodk1 = PointIn(k_1)
vzdalenostAS1 = Distance(A, S_1)
vzdalenostBS2 = Distance(B, S_2)
vzdalenostS3C = Distance(S_3, C)
k_1''' = Circle(S_1, Distance[A, S_1] + Distance[S_3, C])
k_2''' = Circle(S_2, Distance[B, S_2] + Distance[S_3, C])
k_1'''' = Mirror(k_1''', k_3)
k_2'''' = Mirror(k_2''', k_3)
p_4, p_3, h, i = Tangent(k_1'''', k_2'''')
Intersect(1.360231102360732x² - 0.7744980487237711x y + 1.7656000355400874y² - 24.068136385641964x + 5.806025791080883y = -106.40320298059873, k_1'''')
k_5' = Mirror(p_3, k_3)
k_6' = Mirror(p_4, k_3)
S_6 = Center(k_6')
S_5 = Center(k_5')
k_5 = Circle(S_5, Distance[S_3, S_5] - Distance[S_3, C])
k_{7} = Circle(S_{7}, Distance[S_3, S_{7}] + Distance[S_3, C])
k_6 = Circle(S_6, Distance[S_6, S_3] - Distance[S_3, C])