E = (2, 7)
G: (x(E), y(E) - 1.5)
K: (x(G), y(G) - 0.75)
D: (x(K), y(K) - 0.75)
D_0 = Point(Segment[D, (x(D) + 5, y(D))])
B = Point(Segment[E, (x(E) + 2.5, y(E))])
getal3: x(D_0) - x(D)
b = Segment(E, B)
H: (x(G) + ((Div[getal3, b] + 1) * b), y(G))
d = Segment(G, H)
A = Point(Segment[(x(E) - b, y(E)), (x(B) - 5, y(E))])
a = Segment(A, E)
g = Segment(D, D_0)
F: (x(G) - (d / b * a), y(G))
e = Segment(F, G)
C: (x(E), y(E) - 0.75)
C_0: (x(B), y(C))
c = Segment(C, C_0)
Z = (-4.02, -1.58)
K_0: (x(K) + (d / b * c), y(K))
f = Segment(K, K_0)
M: (x(D), y(D) - 0.75)
M_0: (x(M) + (Div[f, getal3] * getal3), y(M))
N: (x(M), y(M) - 0.75)
N_0: (x(N) + ((Div[f, g] + 1) * g), y(N))
i = Segment(N, N_0)
F_1: (x(G) - a, y(G))
F_2: (x(G) - (2 * a), y(G))
F_3: (x(G) - (3 * a), y(G))
F_4: (x(G) - (4 * a), y(G))
F_5: (x(G) - (5 * a), y(F))
F_6: (x(G) - (6 * a), y(F))
F_7: (x(G) - (7 * a), y(F))
F_8: (x(G) - (8 * a), y(F))
F_9: (x(G) - (9 * a), y(F))
F_{10}: (x(G) - (10 * a), y(F))
F_{11}: (x(G) - (11 * a), y(F))
F_{12}: (x(G) - (12 * a), y(F))
F_{13}: (x(G) - (13 * a), y(F))
F_{14}: (x(G) - (14 * a), y(F))
F_{15}: (x(G) - (15 * a), y(F))
h = Segment(M, M_0)
H_1: (x(G) + b, y(G))
H_2: (x(G) + (2 * b), y(G))
H_3: (x(G) + (3 * b), y(G))
H_4: (x(G) + (4 * b), y(G))
H_5: (x(G) + (5 * b), y(G))
H_6: (x(G) + (6 * b), y(G))
H_7: (x(G) + (7 * b), y(G))
H_8: (x(G) + (8 * b), y(G))
H_9: (x(G) + (9 * b), y(G))
H_{10}: (x(G) + (10 * b), y(G))
H_{11}: (x(G) + (11 * b), y(G))
H_{12}: (x(G) + (12 * b), y(G))
H_{13}: (x(G) + (13 * b), y(G))
H_{14}: (x(G) + (14 * b), y(G))
H_{15}: (x(G) + (15 * b), y(G))
K_1: (x(K) + c, y(K))
K_2: (x(K) + (2 * c), y(K))
K_3: (x(K) + (3 * c), y(K))
K_4: (x(K) + (4 * c), y(K))
K_5: (x(K) + (5 * c), y(K))
K_6: (x(K) + (6 * c), y(K))
K_7: (x(K) + (7 * c), y(K))
K_8: (x(K) + (8 * c), y(K))
K_9: (x(K) + (9 * c), y(K))
K_{10}: (x(K) + (10 * c), y(K))
K_{11}: (x(K) + (11 * c), y(K))
K_{12}: (x(K) + (12 * c), y(K))
K_{13}: (x(K) + (13 * c), y(K))
K_{14}: (x(K) + (14 * c), y(K))
K_{15}: (x(K) + (15 * c), y(K))
M_1: (x(M) + g, y(M))
M_2: (x(M) + (2 * g), y(M))
M_3: (x(M) + (3 * g), y(M))
M_4: (x(M) + (4 * g), y(M))
M_5: (x(M) + (5 * g), y(M))
M_6: (x(M) + (6 * g), y(M))
M_7: (x(M) + (7 * g), y(M))
M_8: (x(M) + (8 * g), y(M))
M_9: (x(M) + (9 * g), y(M))
M_{10}: (x(M) + (10 * g), y(M))
M_{11}: (x(M) + (11 * g), y(M))
M_{12}: (x(M) + (12 * g), y(M))
M_{13}: (x(M) + (13 * g), y(M))
M_{14}: (x(M) + (14 * g), y(M))
N_{14}: (x(N) + (14 * g), y(N))
N_{15}: (x(N) + (15 * g), y(N))
N_{13}: (x(N) + (13 * g), y(N))
N_{12}: (x(N) + (12 * g), y(N))
N_{11}: (x(N) + (11 * g), y(N))
N_{10}: (x(N) + (10 * g), y(N))
N_9: (x(N) + (9 * g), y(N))
N_8: (x(N) + (8 * g), y(N))
N_7: (x(N) + (7 * g), y(N))
N_6: (x(N) + (6 * g), y(N))
N_5: (x(N) + (5 * g), y(N))
N_4: (x(N) + (4 * g), y(N))
N_3: (x(N) + (3 * g), y(N))
N_2: (x(N) + (2 * g), y(N))
N_1: (x(N) + g, y(N))
M_{15}: (x(M) + (15 * g), y(M))
getal2: x(C_0) - x(C)
getal1: x(B) - x(A)