Wenn der Höhenschnitt 
im Ursprung liegt, ist 
M_u  =  1/2 (A+B+C)
 S =  1/3 (A+B+C)
M_F =  1/4 (A+B+C)

|MuH| = √[9R²-∑a_i²]
 = √ [ 9875,390625 - (a²+b²+c²)]
=  √5265.390625 
=  72,56301141

R  =  abc / (4Fläche)
 =  24*35*53 / (4*366)
= 33.125

H = Intersect(xAxis, yAxis)
c_2 = Circle(H, 53)
B_1, B_2 = Intersect(c_2, xAxis)
d = Circle(B_2, 45)
e = Circle(H, 26)
k = Circle(H, 28)
h = Circle(B_2, 45)
E, C_1 = Intersect(h, k)
d2, g_1, a_1, b_1 = Polygon(H, B_2, C_1)
f = Line(B_2, C_1)
g = Circle(C_1, 21)
D_1, C_2 = Intersect(g, f)
abstandAD = Distance(H, D_1)
TextAD: Name[H] + (Name[D_1]) + " = " + abstandAD
d1, b_4, a_4, d_1 = Polygon(H, D_1, B_2)
d3, f_1, a_5, b_5 = Polygon(H, B_2, C_2)
abstandCF = Distance(C_1, C_2)
d4, d_2, a_3, b_3 = Polygon(H, B_2, D_1)
Text3 = LaTeX(C_1, true, true)
G = Midpoint(a_3)
M_C = Midpoint(g_1)
M_1 = Midpoint(a_5)
δ = Angle(H, C_2, B_2)
p = Circle(H, 35)
C_3, H_1 = Intersect(p, a_5)
d5, c_1, a_2, b_2 = Polygon(H, B_2, C_3)
umfangd5 = Perimeter(d5)
Punktd5 = PointIn(d5)
i = Distance(b_2, a_2)
Umkreis = Circle(H, B_2, C_3)
M_2 = Center(Umkreis)
F = Midpoint(c_1)
I = Midpoint(a_2)
J = Midpoint(b_2)
abstandAMu = Distance(H, M_2)
S_1 = Centroid(d5)
v = Vector(M_2, H)
A_1 = Translate(H, v)
C_4 = Translate(C_3, v)
B_3 = Translate(B_2, v)
d6, c_3, a, b = Polygon(A_1, B_3, C_4)
q = Circle(H, C_4)
u = Vector(H, A_1)
w = Vector(H, B_3)
j = Vector(H, C_4)
anSeitec__gespiegelt = Mirror(H, c_3)
anagespiegelt = Mirror(H, a)
anbgespiegelt = Mirror(H, b)
A' = Translate(A_1, w)
l = Vector(A_1, A')
K = Translate(anSeitec__gespiegelt, j)
m = Vector(anSeitec__gespiegelt, K)
n = OrthogonalLine(C_4, c_3)
S_2 = Centroid(d6)
r = Vector(K, H)
A = Translate(A_1, r)
B = Translate(B_3, r)
C = Translate(C_4, r)
d7, c, a'_1, b' = Polygon(A, B, C)
s = Vector(H, A)
t = Vector(H, C)
u_1 = Vector(H, B)
L = Translate(A, t)
v_1 = Vector(A, L)
D = Translate(L, u_1)
w_1 = Vector(L, D)
e_1 = Circle(A, B, C)
M_u = Center(e_1)
h_1 = Vector(M_u, H)
L'' = Translate(D, h_1)
i_1 = Vector(D, L'')
S = Centroid(d7)
M_F = Midpoint(M_u, H)
abstandMuH = Distance(M_u, H)
TextMuH: Name[M_u] + (Name[H]) + " = " + abstandMuH
abstandHL' = Distance(H, D)
abstandHMF = Distance(H, M_F)
TextHMF: Name[H] + (Name[M_F]) + " = " + abstandHMF
abstandHS = Distance(H, S)
TextHS: Name[H] + (Name[S]) + " = " + abstandHS
abstandMuA = Distance(M_u, A)
TextMuA: "R = " + abstandMuA + ""
Text2 = LaTeX(a, true, true)
Text4 = LaTeX(b, true, true)
umfangd7 = Perimeter(d7)
Punktd7_1 = PointIn(d7)
o = Perimeter(d7)
Punktd7_2 = PointIn(d7)
Textd7: "Fläche von  " + (Name[A]) + (Name[B]) + (Name[C]) + " = " + d7
Punktd7 = PointIn(d7)