def set_target(self):
for target in game_world.layer_objects(game_world.player_layer):
if target.x >= self.x - self.range and not target.cur_state == DEAD1:
self.target = target
return BehaviorTree.SUCCESS
for snow_wall in game_world.layer_objects(game_world.snow_wall_layer):
if snow_wall.x >= self.x - self.range and not snow_wall.dir:
self.target = snow_wall
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL
def set_target(self):
if random.randint(0, 1):
for target in game_world.layer_objects(game_world.player_layer):
if target.cur_state != DEAD1:
if target.x > self.x - self.range:
self.target = target
return BehaviorTree.SUCCESS
else:
for target in game_world.layer_objects(game_world.player_layer):
if target.cur_state != DEAD1 and \
target.x > self.x - self.range and not target.targeted:
self.target = target
self.target.targeted = True
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL
def snow_collision_check(self):
for snow in game_world.layer_objects(game_world.snow_layer):
if snow.vx > 0:
if snow.collision_object(*self.get_hit_box()):
self.hit_by_snow(snow)
if snow.type == 3 and main_state.Data.weapon_level[3] >= 3:
self.x += 25
def find_cover(self):
if not self.cover:
for wall in game_world.layer_objects(game_world.snow_wall_layer):
if self.x - 150 <= wall.x <= min(self.x + 150, self.target.x + self.range):
self.target_position = wall.x + 50 + random.randint(-10, 30)
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL
def snow_collision_check(self):
for snow in game_world.layer_objects(game_world.snow_layer):
if snow.vx > 0:
if self.is_divided:
if snow.collision_object(*self.get_sled_hit_box()):
self.hit_by_snow(snow)
else:
if snow.collision_object(*self.get_sled_hit_box()) or snow.collision_object(*self.get_person_hit_box()):
self.hit_by_snow(snow)
def set_target(self):
if random.randint(0, 1):
nearest = None
for enemy in game_world.layer_objects(game_world.enemy_layer):
if enemy.cur_state != DEAD1 and enemy.cur_state != DEAD2 and enemy.cur_state != DEAD3 and\
stage_state.base_x + 500 < enemy.x < stage_state.base_x + 1200:
if nearest == None:
nearest = enemy
elif nearest.x > enemy.x:
nearest = enemy
if nearest != None:
self.target = nearest
self.target.targeted = True
return BehaviorTree.SUCCESS
else:
for enemy in game_world.layer_objects(game_world.enemy_layer):
if enemy.cur_state != DEAD1 and enemy.cur_state != DEAD2 and enemy.cur_state != DEAD3 and \
stage_state.base_x + 500 < enemy.x < stage_state.base_x + 1200 and not enemy.targeted:
self.target = enemy
self.target.targeted = True
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL
def find_target_wall(self):
farthest = None
for wall in game_world.layer_objects(game_world.snow_wall_layer):
if stage_state.player.x - 250 <= wall.x <= stage_state.player.x + 50 and wall.occupied == False and wall.max_hp > wall.hp:
if farthest == None:
farthest = wall
elif farthest.x < wall.x:
farthest = wall
if self.target_wall == None:
self.target_wall = wall
if farthest == None:
self.target_wall = None
return BehaviorTree.FAIL
else:
self.target_wall = farthest
return BehaviorTree.SUCCESS
def do(character):
if character.frame == 15:
find_wall = False
for sw in game_world.layer_objects(game_world.snow_wall_layer):
if sw.check_existence(character.x, character.x + 60):
sw.strengthen_wall(character.shovel_power)
find_wall = True
if find_wall == False:
game_world.add_object(snow_wall.SnowWall(character.x, False, character.snow_wall_level, character.shovel_power), game_world.snow_wall_layer)
character.frame = 0
else:
if character.frame == 0:
character.make_wall_sound.play()
character.frame += 1
def collision_snow(self):
for snow in game_world.layer_objects(game_world.snow_layer):
if snow.type != 2:
if snow.collision_object(*self.get_hit_box()):
self.hit_by_snow(snow)
def snow_collision_check(self):
for snow in game_world.layer_objects(game_world.snow_layer):
if snow.vx < 0:
if snow.collision_object(*self.get_hit_box()):
self.hit_by_snow(snow)
def check_range(self):
for target in game_world.layer_objects(game_world.player_layer):
if target.x > self.x - self.range and not target.cur_state == DEAD1:
self.target = target
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL
def wall_duplication_check(self):
for w in game_world.layer_objects(game_world.snow_wall_layer):
if w.dir and self.wall_pos - 60 < w.x - stage_state.base_x + 60 and self.wall_pos + 60 > w.x - stage_state.base_x - 60:
return True
return False
def check_range(self):
for target in game_world.layer_objects(game_world.player_layer):
if target.x > self.x - self.range:
return BehaviorTree.SUCCESS
return BehaviorTree.FAIL