Author: Martin Patry

VOIR P_1 et P_2

Voir P: le point moyen

Voir la droite (P_1P_2)

Voir l'équation de la droite

C = (1.5463036006140578, 3.1096075852746603)
D = (2.8220414545908996, 3.458902447615128)
A = (0.8342638681618672, 4.436928062168438)
B = (2.110001722138709, 4.553359682948594)
E = (3.652754475785122, 4.1807784964520955)
F = (12.849934353292586, 7.603868147388681)
H = (13.917993951970871, 7.9298766855731175)
I = (13.621310730115791, 6.625842532835371)
J = (14.392687106938999, 6.928564746863776)
G = (13.027944286405633, 7.161427988424088)
XP: (x(A) + x(B) + x(C) + x(D) + x(E) + x(F) + x(G) + x(H) + x(I) + x(J)) / 10
YP: (y(A) + y(B) + y(C) + y(D) + y(E) + y(F) + y(G) + y(H) + y(I) + y(J)) / 10
XP1: (x(A) + x(B) + x(C) + x(D) + x(E)) / 5
XP2: (x(F) + x(G) + x(H) + x(I) + x(J)) / 5
YP1: (y(A) + y(B) + y(C) + y(D) + y(E)) / 5
YP2: (y(F) + y(G) + y(H) + y(I) + y(J)) / 5
P_1: (XP1, YP1)
P_2: (XP2, YP2)
a = Line(P_2, P_1)
P: (XP, YP)
b = false
c = false
d = false
T1: "" + a
e = false