cascadeur
Author: L. Moreau
Date: 12/2005

Rangée de camions

Plate-forme d'arrivée

A = (-40, 4)
O = Intersect(xAxis, yAxis)
f = Function(-0.0025 x² + 8, -40, 40)
M = Point(f)
m = OrthogonalLine(M, yAxis)
S = Intersect(m, yAxis)
n = Distance(S, O)
A' = Point(xAxis)
B = (38, 4)
B' = Point(xAxis)
C = (-32.5, 5)
D = (32.5, 5)
E = (-30.5, 5)
F = (-30.5, 0.75)
G = (-32.5, 0.75)
P, c, e, f_1, g = Polygon(C, E, F, G)
H = Point(xAxis)
I = Point(f_1)
a = Segment(I, H)
J = Point(f_1)
K = Point(xAxis)
b = Segment(J, K)
d = Segment(C, D)
L = (32.5, 0.75)
h = Segment(D, L)
N = Intersect(f_1, g)
i = Segment(N, L)
J' = Mirror(J, yAxis)
K' = Mirror(K, yAxis)
j = Segment(J', K')
I' = Mirror(I, yAxis)
H' = Mirror(H, yAxis)
k = Segment(I', H')
E' = Mirror(E, yAxis)
F' = Mirror(F, yAxis)
l = Segment(E', F')
O_1 = (70, 4)
Q = Point(xAxis)
R, b', b_1, o, q = Polygon(B', B, O_1, Q)
T2: "Hauteur du motard :   " + n + "    m"
T3: "coordonnées M :  " + M
V = Intersect(h, i)
W = Point(Circle[V, 4])
l_b = Segment(V, W)
plateau = 32.5 (slider from 32.5 to 42.5, step 2)
p = Line(C, D)
r: x = plateau
U = Intersect(r, p)
s = Segment(D, U)