Tour des logis

Tour maitresse

Tour flanquement SE

Tour flanquement SO

Tours d'entrée

F = (13.101084101607047, -4.613092731717613)
E = (13.05914357318219, 4.5928532575381675)
EF = Distance(E, F)
B = (-0.8231713354450121, 0.9859678130005954)
A = (-0.8022010712325843, -6.814970474022526)
AB = Distance(A, B)
Z = (-2.98, -8.4)
Y = (15.281991579699536, -8.324829497317323)
C = (0.5608661025752224, 5.075169334424006)
D = (10.66853345296542, 5.117109862848861)
G = (12.786530138420629, -7.297286550908364)
H = (1.7926331391485735, -7.330114497926806)
distanceCD = Distance(C, D)
distanceEF = Distance(E, F)
distanceGH = Distance(G, H)
distanceJI = Distance(B, A)
B1 = 47.1
B2 = 49.5
B3 = 39
B4 = 52.5
a = Distance(E, F)
b = Distance(C, D)
c = Distance(C, D)
d = Distance(E, F)
e = Distance(G, H)
distanceAB = Distance(A, B)
A2 = Distance(C, D)
GH = Distance(G, H)
A4: GH
A1: EF
C1: B1 / A1
C2: B2 / A2
A3: AB
C3: B3 / A3
C4: B4 / A4
distanceBA = Distance(B, A)
f = Distance(A, B)
Midpoint(A, B)
g = Distance(C, D)
Midpoint(C, D)
h = Distance(A, B)
Midpoint(A, B)