d = 1.2 (slider from 0 to 5, step 0.2)
f(x, y) = (25 * (x - y) / (x + y)^(3))
Ep_1: (d, 0, 0)
eps: d / 2
Ep_3: (d + eps, eps, 0)
Ep_2: (d + eps, 0, 0)
Ep_4: (d, eps, 0)
FE: (d + eps, eps, f(d + eps, eps))
a, A, B, C, Fläche1, Fläche4, Fläche2, Fläche3, Fläche5, FlächeABCFE, Kante4, Kante1, Kante2, Kante5, Kante6, Kante7, Kante3, Kante8, KanteAFE, KanteAB, KanteBC, KanteCFE = Prism(Ep_3, Ep_2, Ep_1, Ep_4, FE)
D = Intersect(xAxis, yAxis)
g = Line(D, Ep_4)
E: (d, 2)
E': (x(E), 2 + 10 / d^(2))
F: (d + eps, 2)
G: (d + (3 / 2 * eps), 2 + eps / 2)
H: (d + eps / 2, 2 + eps / 2)
F': (x(F), 3 + 10 / (d + eps)^(3))
G': (x(G), y(G) + (10 * d / (d + (2 * eps))^(3)))
H': (x(H), y(H) + (10 * (d - eps) / (d + eps)^(3)))
v1, g_1, g', h', h = Polygon(G, G', H', H)
v2, e, h_1, i, e' = Polygon(E, H, H', E')
v3, f_1, g_2, j, f' = Polygon(F, G, G', F')
v4, k, l, m, n = Polygon(G', F', E', H')
v5, e_1, f_2, g_3, h_2 = Polygon(E, F, G, H)
P: G'
I = Point(xAxis)
J = Point(xAxis)
L = (3, 1)
K: (2, 1)
v6, i_1, j_1, l_1, k_1 = Polygon(I, J, L, K)
F'': (x(F), 2 + g_1)
E'': (x(E), 2 + g_1)
H'': (x(H), y(H) + g_1)
v7, f_3, f'', p, g_4 = Polygon(F, F'', G', G)
v8, e'', h'', h_3, e_2 = Polygon(E'', H'', H, E)
v9, q, r, g_5, h_4 = Polygon(H'', G', G, H)
v10, s, t, b, c = Polygon(E'', F'', G', H'')
Text1: "Prisma a=" + a + ""
M = (4.055227399021574, 3.65203594599087)
N = (4.643157477602553, 3.65203594599087)