def create(screen_width, screen_height, tile_size, origin_xy=(0, 0)):
"""
TODO
"""
state = [None for x in xrange(13)]
tile_size = (tile_size)
screen_width = (screen_width)
screen_height = (screen_height)
origin_xy = ((origin_xy[0]), (origin_xy[1]))
screen.initialize(0, state, screen_width, screen_height, tile_size, origin_xy)
texture_db.initialize(1, state)
tiles.initialize(2, state, tile_size)
sprites.initialize(3, state)
movers.initialize(4, state)
entities.initialize(5, state)
view.initialize(6, state)
controls.initialize(7, state)
collisions.initialize(8, state)
text.initialize(9, state)
timer.initialize(10, state)
debug.initialize(11, state)
user.initialize(12, state)
return state
def create(screen_width, screen_height, tile_size, origin_xy=(0, 0)):
"""
TODO
"""
state = [None for x in xrange(13)]
tile_size = (tile_size)
screen_width = (screen_width)
screen_height = (screen_height)
origin_xy = ((origin_xy[0]), (origin_xy[1]))
screen.initialize(0, state, screen_width, screen_height, tile_size,
origin_xy)
texture_db.initialize(1, state)
tiles.initialize(2, state, tile_size)
sprites.initialize(3, state)
movers.initialize(4, state)
entities.initialize(5, state)
view.initialize(6, state)
controls.initialize(7, state)
collisions.initialize(8, state)
text.initialize(9, state)
timer.initialize(10, state)
debug.initialize(11, state)
user.initialize(12, state)
return state
def start(self, dim):
screen.initialize(self.title, dim)
f = open("./content/level/test.lvl", "r")
self.level_state = pickle.load(f)
self.register_session(PLAY, TouhouPlay(self.level_state))
self.load_session(PLAY)
self.session.start()
def start(self, dim):
screen.initialize(self.title, dim)
f = open("./content/level/test.lvl", "r")
self.level_state = pickle.load(f)
self.register_session(PLAY, TouhouPlay(self.level_state))
self.load_session(PLAY)
self.session.start()
def create(screen_width, screen_height, tile_size, origin_xy=(0, 0)):
"""
TODO
"""
state = [None for x in xrange(globals.IDX_STATE_LAST)]
screen.initialize(state, screen_width, screen_height, tile_size, origin_xy)
texture_db.initialize(state)
tiles.initialize(state, tile_size)
sprites.initialize(state)
movers.initialize(state)
entities.initialize(state)
view.initialize(state)
controls.initialize(state)
collisions.initialize(state)
text.initialize(state)
timer.initialize(state)
return state
def create(screen_width, screen_height, tile_size, origin_xy=(0, 0)):
"""
TODO
"""
state = [None for x in xrange(globals.IDX_STATE_LAST)]
screen.initialize(state, screen_width, screen_height, tile_size, origin_xy)
texture_db.initialize(state)
tiles.initialize(state, tile_size)
sprites.initialize(state)
movers.initialize(state)
entities.initialize(state)
view.initialize(state)
controls.initialize(state)
collisions.initialize(state)
text.initialize(state)
timer.initialize(state)
return state
help="Milliseconds between firings")
# Parse the options
(options, args) = parser.parse_args()
# Populate variables corresponding to user-supplied options
num_enemies = int(options.num_enemies) # Number of enemies to spawn
firing_rate = int(
options.firing_rate) # Number of milliseconds between firings
#############################################################
# Initialize Objects
#############################################################
# Game container & objects
screen = qb_screen.initialize()
clock = pygame.time.Clock()
# Active agents in game
qubert = qb_qubert.Qubert(screen)
enemies = qb_enemies.Enemies(screen, num_enemies)
turrets = qb_turrets.Turrets(screen, firing_rate)
#############################################################
# Set initial game-play state variables
#############################################################
running = True
paused = False
#############################################################
