def update(self):
global big_ball_count
balls = main_state.get_ball()
zombie = main_state.get_zombie()
if big_ball_count <= 0 and collide(zombie, self):
balls.remove(self)
game_world.remove_object(self)
zombie.hp += 50
def find_ball(self):
ball = main_state.get_ball()
distance = (ball.x - self.x)**2 + (ball.y - self.y)**2
if distance < (PIXEL_PER_METER * 10)**2:
self.dir = math.atan2(ball.y - self.y, ball.x - self.x)
return BehaviorTree.SUCCESS
else:
self.speed = 0
return BehaviorTree.FAIL
def find_ball(self):
balls = main_state.get_ball()
for ball in balls:
distance = (ball.x - self.x)**2 + (ball.y - self.y)**2
if distance < (PIXEL_PER_METER * 5)**2:
self.dir = math.atan2(ball.y - self.y, ball.x - self.x)
return BehaviorTree.SUCCESS
else:
return BehaviorTree.FAIL
def find_ball(self):
balls = main_state.get_ball()
if(len(balls) > 5):
self.dir = math.atan2(balls[5].y - self.y, balls[5].x - self.x)
return BehaviorTree.SUCCESS
elif(len(balls) > 0):
self.dir = math.atan2(balls[0].y - self.y, balls[0].x - self.x)
return BehaviorTree.SUCCESS
else:
return BehaviorTree.FAIL
def find_ball(self):
balls = main_state.get_ball()
min_dis = 10000
min_ball = balls[0]
for ball in balls:
distance = (ball.x - self.x)**2 + (ball.y - self.y)**2
if min_dis**2 > distance and distance < (PIXEL_PER_METER * 5)**2:
print('hi')
min_dis = distance
min_ball = ball
distance = (min_ball.x - self.x)**2 + (min_ball.y - self.y)**2
if distance < (PIXEL_PER_METER * 5)**2:
self.dir = math.atan2(min_ball.y - self.y, min_ball.x - self.x)
return BehaviorTree.SUCCESS
else:
self.speed = 0
return BehaviorTree.FAIL