def breed_random_node(self):
try:
node = dungeonrooms.choice(self.unbred_nodes)
except IndexError:
pass
else:
self.unbred_nodes.remove(node)
node.breed()
def create_inhabitants(self):
# assert len(self.enemy_adjectives) >= self.enemy_number
shuffle(self.enemy_adjectives)
for i in range(self.enemy_number):
while True:
node = dungeonrooms.choice(self.node_list)
if not isinstance(node.location, dungeonrooms.Entrance):
break
loc = node.location
# adjective = self.enemy_adjectives[i]
inhabitant = self.make_enemy(loc)
self.inhabitants.add(inhabitant)
def __next__(self):
if self.lst:
return dungeonrooms.choice(self.lst)
else:
raise StopIteration
def path_to_random(self, start):
goal = dungeonrooms.choice(self.node_list)
return self.path_to_goal(start, goal)
"""
plt.scatter(*zip(*coords),color="blue", s=750, marker="s")
plt.scatter(*zip(*vert_cons),color="blue",marker="|",s=500)
plt.scatter(*zip(*hori_cons),color="blue",marker="_",s=500)
plt.gca().set_aspect('equal', adjustable='box')
plt.show()
"""
# debug([node.vector.coords for node in reg.node_list])
# debug([con.direction.letter for con in reg.connection_list])
vertices = reg.get_vertices()
# debug([node.vector.coords for node in vertices])
start_location = reg.node_with_type(dungeonrooms.CaveEntrance).location
monsters = []
for st in ["skinny", "tall", "hairy", "filthy", "pale", "short"]:
while True:
node = dungeonrooms.choice(reg.node_list)
if not isinstance(node.location, dungeonrooms.CaveEntrance):
break
loc = node.location
name = dungeonrooms.Name(st) + "kobold"
zom = actor.SquadActor(
loc,
name=name,
sched=my_schedule,
)
monsters.append(zom)
debug(reg.get_text_map())
john = actor.Hero(start_location, name="john", sched=my_schedule)
john.change_location(start_location)
john.view_location()
# TODO: Can't add this assert (to pass type check) because of