def update(self):
self.cx, self.cy = self.x - (self.bg.window_left * 32) - 16, self.y - (
self.bg.window_bottom * 32)
self.tileX, self.tileY = (self.x - 16) // 32, (self.y - 16) // 32
if self.turn == 1:
self.bt.run()
# print("monster : ", (self.y - 16) // 32, (self.x - 16) // 32, map.MapLi[self.tileY][self.tileX])
if self.state == 0:
self.timer = (self.timer + 1) % 1000
if self.timer > 800:
self.idl = 1
else:
self.idl = 0
if self.state == 1:
self.deadTimer += 1
if self.deadTimer == 96:
warrior = main_state.get_warrior()
game_world.remove_object(self)
warrior.gameWon = 1
warrior.score += 50
game_framework.push_state(game_over)
if self.state == 2:
self.atkTimer = (self.atkTimer + FRAMES_PER_ACTION *
ACTION_PER_TIME * game_framework.frame_time)
if self.atkTimer < 7: # 조정해.
if self.atkTimer < 3:
self.atkPose = 1
elif self.atkTimer < 5:
self.atkPose = 2
else:
self.atkPose = 3
else:
self.atkTimer = 0
self.atkPose = 0
self.state = 0
def is_nearing(self):
warrior = main_state.get_warrior()
distance = (warrior.tileX - self.tileX)**2 + (warrior.tileY -
self.tileY)**2
if distance == 1 and self.moving == 0:
return BehaviorTree.SUCCESS
else:
return BehaviorTree.FAIL
def find_warrior(self):
disrupt = 0
warrior = main_state.get_warrior()
distance = (warrior.tileX - self.tileX)**2 + (warrior.tileY -
self.tileY)**2
if distance < 16:
if warrior.tileX < self.tileX:
self.dir = 0
elif warrior.tileX > self.tileX:
self.dir = 1
if self.moving == 0:
if ((warrior.tileX - self.tileX)**
2) > ((warrior.tileY - self.tileY)**2):
if warrior.tileX < self.tileX and self.bg.mapli[
self.tileY][self.tileX - 1] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX - 1 == check_monster_tileX and self.tileY == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 1 # -x
self.cnt = 0
elif warrior.tileX > self.tileX and self.bg.mapli[
self.tileY][self.tileX + 1] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX + 1 == check_monster_tileX and self.tileY == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 0 # +x
self.cnt = 0
elif ((warrior.tileX -
self.tileX)**2) == ((warrior.tileY -
self.tileY)**2): # =
if warrior.tileX < self.tileX:
if self.bg.mapli[self.tileY][self.tileX - 1] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX - 1 == check_monster_tileX and self.tileY == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 1 # -x
self.cnt = 0
else:
disrupt = 1
elif warrior.tileX > self.tileX:
if self.bg.mapli[self.tileY][self.tileX + 1] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX + 1 == check_monster_tileX and self.tileY == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 0 # +x
self.cnt = 0
else:
disrupt = 1
if disrupt == 1:
disrupt = 0
if warrior.tileY < self.tileY and self.bg.mapli[
self.tileY - 1][self.tileX] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX == check_monster_tileX and self.tileY - 1 == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 3 # -y
self.cnt = 0
elif warrior.tileY > self.tileY and self.bg.mapli[
self.tileY + 1][self.tileX] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX == check_monster_tileX and self.tileY + 1 == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 2 # +y
self.cnt = 0
else:
if warrior.tileY < self.tileY and self.bg.mapli[
self.tileY - 1][self.tileX] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX == check_monster_tileX and self.tileY - 1 == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 3 # -y
self.cnt = 0
elif warrior.tileY > self.tileY and self.bg.mapli[
self.tileY + 1][self.tileX] == 2:
for game_object in game_world.all_objects():
if game_object.type == 'mon':
check_monster_tileX, check_monster_tileY = game_object.return_loc(
)
if self.tileX == check_monster_tileX and self.tileY + 1 == check_monster_tileY:
disrupt = 1
if disrupt == 0:
self.moveDir = 2 # +y
self.cnt = 0
return BehaviorTree.SUCCESS
else:
return BehaviorTree.FAIL
pass
def attack_warrior(self):
warrior = main_state.get_warrior()
warrior.get_damage(self.atkDamage)
self.state = 2
self.turn = 0
return BehaviorTree.SUCCESS
