1. Strahlen durch A und B

2. AB auf 3.5 cm verlängern

3. Paralle zum A-Strahl durch S

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4. AS parallel verschieben durch B' → A'B'

5. restliche Strahlen zeichnen und Bildfigur zeichnen

A = (2.06, -0.3)
B = (4.1064499149177625, -1.4932955190017065)
C = (6.193801020986964, 0.8118661372660199)
D = (4.251656948383446, 3.0444242768009047)
E = (2.055400567214982, 2.1368803176403826)
Vieleck1, a, b, c, d, e = Polygon(A, B, C, D, E)
Z = (4.251656948383446, 0.12213272830402298)
g = Ray(Z, A)
f = Ray(Z, B)
h = Ray(A, B)
k = Circle(A, 3.5)
S = Intersect(k, h)
i = Segment(B, S)
j = Line(S, g)
B' = Intersect(j, f)
l = Line(B', a)
A' = Intersect(g, l)
m = Segment(A', B')
n = Ray(Z, E)
p = Ray(Z, D)
q = Ray(Z, C)
A'_1 = Dilate(A, Distance[B', Z] / Distance[B, Z], Z)
B'_1 = Dilate(B, Distance[B', Z] / Distance[B, Z], Z)
C' = Dilate(C, Distance[B', Z] / Distance[B, Z], Z)
D' = Dilate(D, Distance[B', Z] / Distance[B, Z], Z)
E' = Dilate(E, Distance[B', Z] / Distance[B, Z], Z)
Vieleck1', a'_1, b'_1, c', d', e' = Polygon(A'_1, B'_1, C', D', E')