def run_game():
# 初始化游戏并创建一个屏幕对象
pygame.init()
ai_settings = Settings()
screen = pygame.display.set_mode(
(ai_settings.screen_width, ai_settings.screen_height))
pygame.display.set_caption("Super Mario")
# 创建马里奥
mario = Mario(screen, ai_settings)
# 创建一个用于存储游戏统计信息的实例
status = GameStatus(ai_settings)
# 创建一个蘑菇
mushroom = Mushroom(screen, ai_settings, status)
# 开始游戏的主循环
while True:
# 监视键盘和鼠标事件
gf.check_events(mario)
if status.game_active:
mario.update()
gf.check_mario_mushroom_collisions(mario, mushroom)
mushroom.update(status)
gf.update_screen(ai_settings, screen, mario, mushroom)
def create_mushroom(settings, screen, mushrooms, mushroom_number, row_number):
'''Create a mushroom and place it in the row.'''
mushroom = Mushroom(settings, screen)
mushroom_width = mushroom.rect.width
mushroom.x = mushroom_width + 2 * mushroom_width * mushroom_number
mushroom.rect.x = mushroom.x
mushroom.rect.y = mushroom.rect.height + 2 * mushroom.rect.height * row_number
mushrooms.add(mushroom)
def creat_mushroom(screen, ai_settings, mushrooms):
if ai_settings.lives == 2:
random_num = random.choice(ai_settings.room_choices)
mushroom = Mushroom(screen, ai_settings)
mushroom.rect.y -= random_num
mushrooms.add(mushroom)
elif ai_settings.lives == 3:
random_num = random.sample(ai_settings.room_choices, ai_settings.lives)
for i in range(len(mushrooms), ai_settings.lives - 1):
mushroom = Mea(screen, ai_settings)
mushroom.rect.y -= random_num[i]
mushrooms.add(mushroom)
return len(mushrooms)
def enter():
global background, player, mob1s, blocks, pipes, stairs, traproad, mush, muscle, cloud, mob2, mob3
background = Background()
player = Player()
mob1s = create_mobs()
blocks = create_blocks()
pipes = create_pipes()
stairs = create_stairs()
traproad = Traproad()
mush = Mushroom()
muscle = Muscleman()
cloud = Cloud()
mob2 = Monster2()
mob3 = Monster3()
player.set_background(background)
def create_fleet(settings, screen, snail, mushrooms):
'''Create fleet of mushrooms.'''
# Create a mushroom and find the number of mushrooms in a row.
# Spacing between each mushroom is equal to 1/2 mushroom width.
mushroom = Mushroom(settings, screen)
number_mushrooms_x = get_number_mushrooms_x(settings, mushroom.rect.width)
number_rows = get_number_rows(settings, snail.rect.height,
mushroom.rect.height)
# Create the fleet of mushrooms.
for row_number in range(number_rows // 2):
# Create the first row of mushrooms.
for mushroom_number in range(number_mushrooms_x):
# Create a mushroom and place it in the row
create_mushroom(settings, screen, mushrooms, mushroom_number,
row_number)
def enter():
global map2
map2 = Map()
game_world.add_object(map2, 0)
key = Key()
game_world.add_object(key, 1)
global boss
boss = Boss()
game_world.add_object(boss, 1)
global monster
monster = Monster()
# monsters = Monster()
game_world.add_object(monster, 1)
global mushroom
mushroom = Mushroom()
game_world.add_object(mushroom, 1)
global character
character = Character()
game_world.add_object(character, 1)
def crete_new_mushroom(mushrooms, ai_settings, screen):
m = Mushroom(ai_settings, screen)
set_random_coords_mushroom(m, ai_settings.screen_width,
ai_settings.screen_height)
mushrooms.add(m)
def make_item_appear(self):
# TODO: animate sprite to appear in if/else below
# Move sprite up until bottom of sprite is at top of block
obj = None
if self.stored_item == self.settings.mystery_block_possible_items[
'MUSHROOM']:
print('Mushroom item appears!')
obj = Mushroom(self.screen, self.settings)
obj.spawn()
elif self.stored_item == self.settings.mystery_block_possible_items[
'FIRE_FLOWER']:
print('Flower item appears!')
obj = Fire_Flower(self.screen, self.settings)
obj.spawn()
elif self.stored_item == self.settings.mystery_block_possible_items[
'COIN']:
print('Coin item appears!')
obj = Coin(self.screen, self.settings)
obj.spawn()
elif self.stored_item == self.settings.mystery_block_possible_items[
'ONE_UP']:
print('1UP item appears!')
obj = Mushroom(self.screen, self.settings, is_one_up=True)
obj.spawn()
elif self.stored_item == self.settings.mystery_block_possible_items[
'STAR']:
print('Star item appears!')
obj = Star(self.screen, self.settings)
obj.spawn()
else:
# shouldn't be empty!
print('WARNING - mystery block missing item')
return obj
def check_collisions(screen, mario, platforms_top, platforms_bottom,
left_walls, right_walls, fireballs, mystery_tiles,
brick_tiles, entity_gamemaster, viewport):
# mario is coming down after having jumped, collide with top platform
if mario.vel.y > 0:
feet_collisions = pygame.sprite.spritecollide(mario, platforms_top,
False)
if feet_collisions:
mario.vel.y = 0
mario.pos.y = feet_collisions[0].rect.top + 1
mario.airborne = False
if feet_collisions and mario.finish:
pygame.mixer.Channel(5).play(
pygame.mixer.Sound('resources/sounds/stage_clear.wav'))
mario.finish = False
mario.pos.x += 42
# mario collides with his head
if mario.vel.y < 0:
head_collision = pygame.sprite.spritecollide(mario, platforms_bottom,
False)
if head_collision:
mario.vel.y = 0
head_collision[0].rect.y -= 23
# check what other components this bottom platforms collides with and move them up by the same amount
mystery_collision = pygame.sprite.spritecollide(
head_collision[0], mystery_tiles, False)
if mystery_collision:
if mystery_collision[0].status == 'new':
mystery_collision[0].rect.y -= 23
if mystery_collision[0].id == 0 or mystery_collision[0].id == 1 or mystery_collision[0].id == 3\
or mystery_collision[0].id == 4 or mystery_collision[0].id == 5\
or mystery_collision[0].id == 7 or mystery_collision[0].id == 10\
or mystery_collision[0].id == 11 or mystery_collision[0].id == 12\
or mystery_collision[0].id == 13:
coin = Coin(screen, mystery_collision[0])
pygame.mixer.Channel(6).play(
pygame.mixer.Sound('resources/sounds/coin.wav'))
entity_gamemaster.coin.add(coin)
viewport.add(entity_gamemaster.coin)
mario.gui.coin_counter += 1
mario.gui.update_coin_counter_text()
mario.gui.score += 200
mario.gui.update_score_text()
elif mystery_collision[0].id == 6:
mushroom = Mushroom(screen, platforms_top, left_walls,
right_walls, mystery_collision[0])
pygame.mixer.Channel(7).play(
pygame.mixer.Sound(
'resources/sounds/powerup_appears.wav'))
entity_gamemaster.mushrooms.add(mushroom)
viewport.add(entity_gamemaster.mushrooms)
elif mystery_collision[0].id == 2 or mystery_collision[
0].id == 8:
if mario.status == 'small':
mushroom = Mushroom(screen, platforms_top,
left_walls, right_walls,
mystery_collision[0])
pygame.mixer.Channel(7).play(
pygame.mixer.Sound(
'resources/sounds/powerup_appears.wav'))
entity_gamemaster.mushrooms.add(mushroom)
viewport.add(entity_gamemaster.mushrooms)
if not mario.status == 'small':
flower = Fireflower(screen, mystery_collision[0])
pygame.mixer.Channel(7).play(
pygame.mixer.Sound(
'resources/sounds/powerup_appears.wav'))
entity_gamemaster.fireflowers.add(flower)
viewport.add(entity_gamemaster.fireflowers)
elif mystery_collision[0].id == 9:
star = Starman(screen, platforms_top, left_walls,
right_walls, mystery_collision[0])
pygame.mixer.Channel(7).play(
pygame.mixer.Sound(
'resources/sounds/powerup_appears.wav'))
entity_gamemaster.starmen.add(star)
viewport.add(entity_gamemaster.starmen)
top_collision = pygame.sprite.spritecollide(
mystery_collision[0], platforms_top, False)
if top_collision:
top_collision[0].rect.y -= 23
left_collision = pygame.sprite.spritecollide(
mystery_collision[0], left_walls, False)
if left_collision:
left_collision[0].rect.y -= 23
right_collision = pygame.sprite.spritecollide(
mystery_collision[0], right_walls, False)
if right_collision:
right_collision[0].rect.y -= 23
mystery_collision[0].status = 'used'
# check what other components this bottom platforms collides with and move them up by the same amount
brick_collision = pygame.sprite.spritecollide(
head_collision[0], brick_tiles, False)
if brick_collision:
brick_collision[0].rect.y -= 23
top_collision = pygame.sprite.spritecollide(
brick_collision[0], platforms_top, False)
if top_collision:
if mario.status == 'big' or mario.status == 'fire':
pygame.mixer.Channel(7).play(
pygame.mixer.Sound('resources/sounds/break.wav'))
top_collision[0].rect.y -= 23
top_collision[0].kill()
mario.gui.score += 50
mario.gui.update_score_text()
else:
pygame.mixer.Channel(7).play(
pygame.mixer.Sound('resources/sounds/bump.wav'))
top_collision[0].rect.y -= 23
left_collision = pygame.sprite.spritecollide(
brick_collision[0], left_walls, False)
if left_collision:
if mario.status == 'big' or mario.status == 'fire':
left_collision[0].rect.y -= 23
left_collision[0].kill()
else:
left_collision[0].rect.y -= 23
right_collision = pygame.sprite.spritecollide(
brick_collision[0], right_walls, False)
if right_collision:
if mario.status == 'big' or mario.status == 'fire':
for r in right_collision:
r.kill()
else:
for r in right_collision:
r.rect.y -= 23
if mario.status == 'big' or mario.status == 'fire':
brick_collision[0].kill()
if mario.status == 'big' or mario.status == 'fire':
head_collision[0].kill()
# when mario is moving in the right direction, his velocity is greater than 0,
# check for collisions with wall
# move mario back to position of collision, subtract 16 since pos.x is midbottom center of mario
if mario.vel.x > 0:
wall_collision = pygame.sprite.spritecollide(mario, left_walls, False)
if wall_collision:
mario.vel.x = 0
mario.pos.x = wall_collision[0].rect.left - 12
# when mario is moving in the left direction, his velocity is less than 0,
# when for collisions with wall
# move mario forward to position of collision, add 16 since pos.x is midbottom center of mario
if mario.vel.x < 0:
wall_collision = pygame.sprite.spritecollide(mario, right_walls, False)
if wall_collision:
mario.vel.x = 0
mario.pos.x = wall_collision[0].rect.right + 12