diff --git a/Chapitre 4 - Graphes/C08_labyrinthe.py b/Chapitre 4 - Graphes/C08_labyrinthe.py
index 5bb1f04..34c3602 100644
--- a/Chapitre 4 - Graphes/C08_labyrinthe.py	
+++ b/Chapitre 4 - Graphes/C08_labyrinthe.py	
@@ -222,4 +222,60 @@ def sortie_tremaux(l: Labyrinthe):
     return nodes
 
 print(labyrinthe_complexe_1.montrer())
-print(sortie_tremaux(labyrinthe_complexe_1))
\ No newline at end of file
+print(sortie_tremaux(labyrinthe_complexe_1))
+
+def genere_labirinthe_aleatoire(nb_salles, max_aretes):
+    salles = [ [Salle() for x in range(nb_salles)] for y in range(nb_salles) ]
+    entree = (randint(0, nb_salles-1), randint(0, nb_salles-1))
+    sortie = (randint(0, nb_salles-1), randint(0, nb_salles-1))
+    l = Labyrinthe(salles, entree, sortie)
+    l.salle(entree).mur = False
+    l.salle(entree).entree = True
+    l.salle(sortie).mur = False
+    l.salle(sortie).sortie = True
+    
+    visited = [entree]
+    current = entree
+    while current != sortie:
+        voisins = []
+        for voisin in [coord for coord in l.voisins(current) if coord not in visited]:
+            voisins_of_voisin = [coord for coord in l.voisins(voisin) if coord != current]
+            for coord in voisins_of_voisin:
+                if coord in visited:
+                    break
+            else:
+                voisins.append(voisin)
+        
+        if not voisins:
+            for x in range(nb_salles):
+                for y in range(nb_salles):
+                    l.salle((x, y)).mur = True
+            visited = [entree]
+            current = entree
+            continue
+
+        current = choice(voisins)
+        visited.append(current)
+        if current != sortie:
+            l.salle(current).mur = False
+
+        for i in range(nb_salles):
+            for j in range(nb_salles):
+                for voisin in l.voisins((i, j)):
+                    if not l.salle(voisin).mur:
+                        break
+                else:
+                    current = (i, j)
+                    a = [current]
+                    l.salle((i, j)).mur = False
+                    while current not in visited:
+                        current = choice(l.voisins(current))
+                        l.salle(current).mur = False
+                        a.append(current)
+                    for x in a:
+                        visited.append(x)
+
+    return l
+
+print(genere_labirinthe_aleatoire(10, 10).montrer())
+