def reset(cls) -> None:
"""Réinitialise la map"""
cls.start_time = time.time()
cls.game_finished = False
cls.player_infos = {}
cls.all_cells = []
cls.ref_time = -1 * cls.DELTA_T_NEW_CELL
cls.grid = [[[] for y in range(cls.grid_size.y)]
for x in range(cls.grid_size.x)]
cls.creatures = {}
cls.player_id = cls.generateId()
cls.focused_creature_id = cls.player_id
player = Player(Vect2d(cls.size.x / 2, cls.size.y / 2), "Player",
Color.randomColor(), cls.player_id)
cls.creatures[cls.player_id] = [player]
# Création du joueur
cls.bushes = []
for i in range(config.NB_BUSHES):
cls.createBush()
def __init__(self, pos: Vect2d) -> None:
"""
Constructeur
Args:
pos (Vect2d): position de la cellule
"""
self.color = Color.randomColor()
# On prend une couleur aléatoire
self.pos = pos
self.radius = self.BASE_RADIUS
self.score = 1
def createEnemy(cls) -> None:
"""Crée un nouvel ennemi en évitant le spawn-kill, apparition sur une
autre créature"""
ok = False
timed_out = False
compt = 0
while not ok and not timed_out:
ok = True
pos = Vect2d(
random.randrange(Creature.BASE_RADIUS * 2,
cls.size.x - Creature.BASE_RADIUS * 2),
random.randrange(Creature.BASE_RADIUS * 2,
cls.size.y - Creature.BASE_RADIUS * 2))
for k in cls.creatures.keys():
creatures_list = cls.creatures[k]
for creature in creatures_list:
if Vect2d.dist(pos, creature.pos) < (Creature.BASE_RADIUS +
creature.radius) * 2:
ok = False
if compt == 10:
timed_out = True
compt += 1
if not timed_out:
enemy_id = cls.generateId()
if cls.all_usernames is None:
size = random.randint(3, 5)
name = cls.generateNewName(size)
else:
name = cls.all_usernames[random.randrange(
len(cls.all_usernames))]
enemy = Enemy(pos, name, Color.randomColor(), enemy_id)
cls.creatures[enemy_id] = [enemy]
