Angles

Distances

r = 6.367
A = Intersect(xAxis, yAxis)
c = Circle(A, r)
l1 = 48.9
l2 = 47.78
E: (-r, 0)
S_{G} = Rotate(E, -l1 °, A)
C_{H} = Rotate(E, -l2 °, A)
a = Segment(C_{H}, A)
b = Segment(A, S_{G})
d = OrthogonalLine(C_{H}, a)
e = OrthogonalLine(S_{G}, b)
f = Segment(S_{G}, C_{H})
H1 = 46.5
H2 = 36.3
B = Point(d)
B' = Rotate(B, H2 °, C_{H})
g = Ray(C_{H}, B')
C = Point(e)
C' = Rotate(C, H1 °, S_{G})
h = Ray(S_{G}, C')
I_{S} = Intersect(h, g)
distanceISG = Distance(I_{S}, S_{G})
TexteISG: "\overline{" + (Name[I_{S}]) + (Name[S_{G}]) + "} \, = \, " + distanceISG
distanceICH = Distance(I_{S}, C_{H})
TexteICH: "\overline{" + (Name[I_{S}]) + (Name[C_{H}]) + "} \, = \, " + distanceICH
TexteC_{H}S = Distance(C_{H}, S_{G})
α = Angle(S_{G}, C_{H}, I_{S})
β = Angle(I_{S}, S_{G}, C_{H})
γ = Angle(C_{H}, I_{S}, S_{G})
j = true
distanceCHS{G} = Distance(C_{H}, S_{G})
k = Distance(C_{H}, S_{G})
distanceC{H}S{G} = Distance(C_{H}, S_{G})
l = Distance(C_{H}, S_{G})
TexteC{H}S{G}: "\overline{" + (Name[C_{H}]) + (Name[S_{G}]) + "} \, = \, " + l
i = true