def __init__(self, power, position):
self.power = power
self.position = position
self.timeleft = 1000
ps = self.explode()
ps.append(self.position)
self.exploded_positions = ps
for pos in self.exploded_positions:
bombermap.set_object(pos, self)
if bombermap.get_player(self.position):
bombermap.get_player(self.position).die()
def explode(self):
"Returns the array of positions of the explosion in a direction dir from the bomb, in order"
final = []
for (axis, increment) in [[0, -1], [0, 1], [1, -1], [1, 1]]:
new_position = list(self.position)
for i in range(self.power):
new_position[axis] += increment
if not bombermap.is_valid_position(new_position):
break
elif bombermap.can_explosion_pass(new_position):
final.append(list(new_position))
else:
obj = bombermap.get_object(new_position)
if obj != None:
if isinstance(obj, Powerup):
powerups.discard(obj)
elif isinstance(obj, bomb.Bomb):
obj.explode()
elif isinstance(obj, player.Player):
obj.die()
final.append(list(new_position))
if not isinstance(obj, Explosion):
bombermap.set_object(new_position, None)
if bombermap.get_block(new_position).is_destroyable():
bombermap.get_block(new_position).destroy()
if random.random() < powerup_proportion:
p = random_powerup(new_position)
powerups.add(p)
bombermap.set_object(new_position, p)
# need extra check for players because player may not be
# on map if placing bomb
p = bombermap.get_player(new_position)
if p:
final.append(list(new_position))
p.die()
break
return final
def remove(self):
bombs.discard(self)
if(bombermap.get_object(self.position) == self):
bombermap.set_object(self.position, None)
def remove(self):
bombs.discard(self)
if (bombermap.get_object(self.position) == self):
bombermap.set_object(self.position, None)
def remove(self):
for pos in self.exploded_positions:
bombermap.set_object(pos, None)
explosions.discard(self)