def __init__(self, driver, levels: List[Level]):
super().__init__(driver)
play_background()
self.levels: List[Level] = levels
self.level_num = 0
self.chars = CustomGroup()
for player in self.driver.players:
player.restart_char()
self.chars.add(player.char)
def __init__(self, driver, level: Level):
items = [
MenuText(text="Congratules!", size=100, color=TITLE_COLOR),
MenuText(text="Press START to go back to Main Menu",
size=40,
color=SUBTITLE_COLOR),
]
super().__init__(driver, Menu(driver, items))
self.level = level
self.chars = CustomGroup()
for player in self.driver.players:
self.chars.add(player.char)
jump_sound.set_volume(0)
hit_sound.set_volume(0)
class Level:
def __init__(self,
coins=CustomGroup(),
cannons=CustomGroup(),
blocks=CustomGroup(),
platforms=CustomGroup()):
self.coins = coins
self.blocks = blocks
self.platforms = platforms
self.cannons = cannons
self.bullets = CustomGroup()
for cannon in cannons:
cannon.set_bullet_group(self.bullets)
def update(self):
self.cannons.update()
self.bullets.update()
return
def detect_collisions(self, char):
char.detect_collisions(self.blocks)
char.detect_collisions(self.platforms)
char.detect_collisions(self.cannons)
self.blocks.detect_impacts(self.bullets)
char.detect_impacts(self.bullets)
char.detect_objectives(self.coins)
return
def draw(self, screen):
screen.fill(BACKGROUND_COLOR)
self.blocks.draw(screen)
self.platforms.draw(screen)
self.cannons.draw(screen)
for objective in self.coins:
objective.draw(screen)
self.bullets.draw(screen)
return
def __init__(self,
coins=CustomGroup(),
cannons=CustomGroup(),
blocks=CustomGroup(),
platforms=CustomGroup()):
self.coins = coins
self.blocks = blocks
self.platforms = platforms
self.cannons = cannons
self.bullets = CustomGroup()
for cannon in cannons:
cannon.set_bullet_group(self.bullets)
def __init__(self,
duration=30,
coins=CustomGroup(),
cannons=CustomGroup(),
blocks=CustomGroup(),
platforms=CustomGroup()):
self.time = duration
self.prep_time = 3
self.coins = coins
self.blocks = blocks
self.platforms = platforms
self.cannons = cannons
self.bullets = CustomGroup()
for cannon in cannons:
cannon.set_bullet_group(self.bullets)
class GameWon(MenuState):
def __init__(self, driver, level: Level):
items = [
MenuText(text="Congratules!", size=100, color=TITLE_COLOR),
MenuText(text="Press START to go back to Main Menu",
size=40,
color=SUBTITLE_COLOR),
]
super().__init__(driver, Menu(driver, items))
self.level = level
self.chars = CustomGroup()
for player in self.driver.players:
self.chars.add(player.char)
jump_sound.set_volume(0)
hit_sound.set_volume(0)
def tick(self, events):
for char in self.chars:
char.jump()
self.chars.update()
self.level.detect_collisions(self.chars)
self.level.draw(self.driver.screen)
self.chars.draw(self.driver.screen)
self.menu.draw(self.driver.screen)
return
def press_start(self, player: Player):
jump_sound.set_volume(1)
hit_sound.set_volume(1)
stop_background()
self.driver.main_menu()
return
class InGame(GameState):
def __init__(self, driver, levels: List[Level]):
super().__init__(driver)
play_background()
self.levels: List[Level] = levels
self.level_num = 0
self.chars = CustomGroup()
for player in self.driver.players:
player.restart_char()
self.chars.add(player.char)
def tick(self, events):
chars = self.chars
level = self.levels[self.level_num]
# mov automático
chars.update()
level.update()
# colisiones
level.detect_collisions(chars)
# terminar nivel
self.check_level_end()
# dibujar
level.draw(self.driver.screen)
chars.draw(self.driver.screen)
pass
def press_up(self, player: Player):
player.char.jump()
return
def hold_down(self, player: Player):
player.char.fall()
return
def hold_left(self, player: Player):
player.char.move_left()
return
def hold_right(self, player: Player):
player.char.move_right()
return
def press_start(self, player: Player):
self.driver.pause(self)
return
def press_primary(self, player: Player):
player.char.jump()
return
def check_level_end(self):
chars = self.chars
level = self.levels[self.level_num]
if level.is_over(chars):
level.end(chars)
self.level_num += 1
if self.level_num >= len(self.levels):
if len(chars) > 0:
self.driver.game_won(level)
else:
self.driver.game_over(level)
if len(chars) == 0:
self.driver.game_over(level)
return
def load_level2(level):
blocks = CustomGroup()
for block in level["blocks"]:
blocks.add(Block(**block))
platforms = CustomGroup()
for platform in level["platforms"]:
platforms.add(Platform(**platform))
cannons = CustomGroup()
for cannon in level["cannons"]:
cannons.add(Cannon(**cannon))
coins = CustomGroup()
for coin in level["coins"]:
coins.add(Coin(**coin))
return Level(duration=level["duration"],
coins=coins,
cannons=cannons,
blocks=blocks,
platforms=platforms)
class Level:
def __init__(self,
duration=30,
coins=CustomGroup(),
cannons=CustomGroup(),
blocks=CustomGroup(),
platforms=CustomGroup()):
self.time = duration
self.prep_time = 3
self.coins = coins
self.blocks = blocks
self.platforms = platforms
self.cannons = cannons
self.bullets = CustomGroup()
for cannon in cannons:
cannon.set_bullet_group(self.bullets)
# TODO: settings level char positions
def update(self):
if self.prep_time > 0:
self.prep_time -= 1.0 / FPS
return
self.time -= 1.0 / FPS
self.cannons.update()
self.bullets.update()
return
def detect_collisions(self, chars):
chars.detect_collisions(self.blocks)
chars.detect_collisions(self.platforms)
chars.detect_collisions(self.cannons)
for _ in chars:
chars.detect_collisions(chars)
self.blocks.detect_impacts(self.bullets)
chars.detect_impacts(self.bullets)
# no se pueden agarrar objetivos durante la preparación
if self.prep_time <= 0:
chars.detect_objectives(self.coins)
return
def draw(self, screen):
screen.fill(BACKGROUND_COLOR)
self.blocks.draw(screen)
self.platforms.draw(screen)
number_color = TIMER_COLOR
if self.time < 5:
number_color = TIMER_ENDING_COLOR
Text(str(round(self.time, 1)), x=SCREEN_WIDTH / 2, y=16, color=number_color, center=True, size=30) \
.draw(screen)
self.cannons.draw(screen)
# no se pueden agarrar objetivos durante la preparación
if self.prep_time <= 0:
for objective in self.coins:
objective.draw(screen)
else:
# mostrar tiempo de preparación
Text(str(int(self.prep_time) + 1),
SCREEN_WIDTH / 2,
SCREEN_HEIGHT / 2,
TIMER_COLOR,
center=True,
size=int(80 + self.prep_time % 1 * 60)).draw(screen)
self.bullets.draw(screen)
return
def is_over(self, characters):
if self.time <= 0:
return True
if len(self.coins) == 0:
return False
for char in characters:
if len(char.objectives) < len(self.coins):
return False
return True
def end(self, characters):
for char in characters:
if len(char.objectives) < len(self.coins):
char.kill()
else:
char.clear_objectives()
return
def load_level(level_json):
with open(level_json) as f:
level = json.load(f)
blocks = CustomGroup()
for block in level["blocks"]:
blocks.add(Block(**block))
platforms = CustomGroup()
for platform in level["platforms"]:
platforms.add(Platform(**platform))
cannons = CustomGroup()
for cannon in level["cannons"]:
cannons.add(Cannon(**cannon))
coins = CustomGroup()
for coin in level["coins"]:
coins.add(Coin(**coin))
return Level(coins=coins,
cannons=cannons,
blocks=blocks,
platforms=platforms)