def generate_bodies(bodies):
starting_x = {num for num in range(0, 400, 45)}
empty_spaces = random.randint(0, 3)
dmg_block_locations = set(random.sample(starting_x, 8 - empty_spaces))
for x in dmg_block_locations:
bodies.append(
GameObjects.Damage(x, GameObjects.Damage.square,
random.randint(2, 10)))
food_chance = random.randint(1, int(1 / chance_of_food))
# if(food_chance == 2):
for x in (starting_x - dmg_block_locations):
bodies.append(
GameObjects.Food(
x + (GameObjects.Damage.square - GameObjects.Food.square) / 2,
(GameObjects.Damage.square) + GameObjects.Food.square,
"normal"))
screen = pg.display.set_mode((width, height))
done = False
clock = pg.time.Clock()
head = sH.SnakeHead(40, 40)
count = 0
bodies = []
chance_of_food = .25
f = GameObjects.Food(20, 20, "food")
bodies.append(f)
b = GameObjects.Damage(65, 35, 1)
bodies.append(b)
def move_GameObjects(bodies, dy):
for b in bodies:
b.move(dy)
def draw_GameObjects(screen, bodies):
for b in bodies:
b.draw(screen)
def generate_bodies(bodies):
starting_x = {num for num in range(0, 400, 45)}