def main():
# config
Config.backend = 'pyglet'
Config.init()
# init
context_manager = ContextManager()
universe.context_manager = context_manager
resolution = Config.resolution
context = Context("context")
# status text
# FIXME : had a shift to center text
shift_x = 90
text = Text('text', context, 4, '????', 'Times New Roman', 80)
text.set_location(np.array([Config.resolution[0] / 2 - shift_x,
Config.resolution[1] / 32]))
text.stop()
# instruction text
# FIXME : had a shift to center text
shift_x = 60
instr = Text('text', context, 4, 'hit SPACE bar', 'Times New Roman', 20)
instr.set_location(np.array([Config.resolution[0] / 2 - shift_x,
(Config.resolution[1] * 7) / 8]))
instr.stop()
# background
bg_left = create_bg_left(context, text, resolution)
bg_right = create_bg_right(context, text, resolution)
player = create_player(context, resolution)
# collider manager
collider_manager = CollisionManager()
collider_manager.add_collidable_ref_sprite(player)
collider_manager.add_collidable_sprites([bg_left, bg_right])
signal = (KeyBoardDevice.constants.KEYDOWN,
KeyBoardDevice.constants.K_SPACE)
context.connect(signal, collider_manager,
"on_collision", asynchronous=False)
# context
geometry = (0, 0, resolution[0], resolution[1])
screen = VirtualScreenRealCoordinates('screen', geometry)
context.add_screen(screen)
context_manager.add_state(context)
context_manager.set_initial_state(context)
context_manager.start()
# start
event_loop = Config.get_event_loop()
event_loop.start()
def main():
# config
Config.backend = 'pyglet'
Config.init()
# init
context_manager = ContextManager()
universe.context_manager = context_manager
resolution = Config.resolution
context = Context("context")
bg = create_bg(context)
# game context
avatars = create_avatars(context)
geometry = (0, 0, resolution[0], resolution[1])
screen = VirtualScreenWorldCoordinates('screen', geometry)
context.add_screen(screen)
context_manager.add_state(context)
context_manager.set_initial_state(context)
context_manager.start()
# avatar switch
switcher = AvatarSwitcher(avatars[0], avatars[1])
signal = (KeyBoardDevice.constants.KEYDOWN,
KeyBoardDevice.constants.K_SPACE)
context.connect(signal, switcher, "on_space_press")
# instruction text
# FIXME : had a shift to center text
shift_x = 60
instr = Text('text', context, 4, 'hit SPACE bar', 'Times New Roman', 20)
instr.set_location(np.array([Config.resolution[0] / 2 - shift_x,
(Config.resolution[1] * 15) / 16]))
# start
event_loop = Config.get_event_loop()
event_loop.start()
def main():
# config
Config.backend = 'pyglet'
Config.init()
# init
context_manager = ContextManager()
universe.context_manager = context_manager
resolution = Config.resolution
context = Context("context")
# status text
# FIXME : had a shift to center text
shift_x = 90
text = Text('text', context, 4, '????', 'Times New Roman', 80)
text.set_location(np.array([Config.resolution[0] / 2 - shift_x,
Config.resolution[1] / 32]))
text.stop()
# instruction text
# FIXME : had a shift to center text
shift_x = 60
instr = Text('text', context, 4, 'hit SPACE bar', 'Times New Roman', 20)
instr.set_location(np.array([Config.resolution[0] / 2 - shift_x,
(Config.resolution[1] * 15) / 16]))
instr.stop()
# squares
squares = []
for (color, colorname) in [((64, 32, 32), 'red'),
((32, 64, 32), 'green'),
((32, 32, 64), 'blue'),
((64, 64, 32), 'yellow')]:
s = create_colored_square(context, text, color,
colorname, resolution)
squares.append(s)
for square in squares: square.add_squares(squares)
init_squares_locations(resolution)
move_squares_randomly(squares)
# player and nurse
player = create_player(context, resolution)
nurse = create_nurse(context, text, resolution)
# collider manager
collider_manager = CollisionManager()
collider_manager.add_collidable_ref_sprite(player)
collider_manager.add_collidable_sprite(nurse) # first in the check list
collider_manager.add_collidable_sprites(squares)
signal = (KeyBoardDevice.constants.KEYDOWN,
KeyBoardDevice.constants.K_SPACE)
context.connect(signal, collider_manager,
"on_collision", asynchronous=False)
# context
geometry = (0, 0, resolution[0], resolution[1])
screen = VirtualScreenRealCoordinates('screen', geometry)
context.add_screen(screen)
context_manager.add_state(context)
context_manager.set_initial_state(context)
context_manager.start()
# start
event_loop = Config.get_event_loop()
event_loop.start()