C

A

Ángulo central
y ángulo inscrito

Posición 1

Posición 2

Posición 3

Caso importante

estado = 5 (slider from 1 to 5, step 1)
O = (4.72, 0.48)
c = Circle(O, 5.7)
A = Point(c)
C1 = Mirror(A, O)
A' = Mirror(A, O)
C = Point(c)
B = Point(c)
k = CircumcircleArc(A', B, A)
C3 = Point(k)
B'_1 = Mirror(B, O)
B' = Mirror(B, O)
d = CircumcircleArc(A, B', A')
C2 = Point(d)
f = Segment(B, O)
h = Segment(B, A)
Trans1a = (11, -0.08)
Trans1b = Circle(Trans1a, 4.5)
Trans1c = Point(Trans1b)
Trans1d = Angle(Trans1a + (1, 0), Trans1a, Trans1c)
Trans1e = Rotate(Trans1a + (-5.7, -5.7), Trans1d, Trans1a)
Trans1f = Rotate(Trans1a + (5.7, -5.7), Trans1d, Trans1a)
Trans1g = Rotate(Trans1a - (0.19, 0.19), Trans1d, Trans1a)
Trans1h = Rotate(Trans1a - (-0.19, 0.19), Trans1d, Trans1a)
Trans1i = Rotate(Trans1a + (4.5, 0) - (0.21, 0.19), Trans1d, Trans1a)
Trans1j = Rotate(Trans1a + (4.5, 0) - (-0.21, 0.19), Trans1d, Trans1a)
C' = If(estado ≟ 1, B'_1, If[estado ≟ 4, C1, If[estado ≟ 3, C2, If[estado ≟ 2, C3, C]]])
g = Segment(C', A)
γ = Angle(B, A, C')
e = Segment(C', O)
β = Angle(B, O, C')
α = Angle(C', O, B)
δ = Angle(B, A, C')
ε = Angle(A, B, O)
a = Segment(A, A')
ζ = Angle(B, O, A')
η = Angle(B, A, O)
θ = Angle(O, A, C2)
ι = Angle(B, O, A')
κ = Angle(A', O, C2)
λ = Angle(B, A, A')
μ = Angle(C3, A, A')
ν = Angle(B, O, A')
ξ = Angle(C3, O, A')
ο = Angle(A, O, B)
Plato1 = (-4.28, -8.68)
Plato2: Plato1 + (900 / 50, 0)
AA: A