def main():
global MAP
for x in range(10000/100):
for y in range(10000/100):
MAP['%s,%s' % (x*100, y*100)] = {'solid': False}
events.register_event('boot', display.boot)
events.register_event('boot', entities.boot)
events.register_event('boot', worlds.create, world_name='game')
events.register_event('boot', boot)
events.register_event('boot', ui.boot)
events.register_event('boot', controls.boot, display.get_window())
events.register_event('load', display.load, level_editor=False)
events.register_event('input', commands)
events.register_event('loop', controls.loop)
events.register_event('logic', worlds.logic)
events.register_event('frame', window)
events.register_event('shutdown', display.shutdown)
events.trigger_event('boot')
events.trigger_event('load')
if display.RABBYT:
while not display.WINDOW.has_exit:
display.lib2d.step(pyglet.clock.tick())
display.WINDOW.dispatch_events()
display.WINDOW.dispatch_event('on_draw')
display.WINDOW.flip()
else:
while not display.WINDOW.has_exit:
events.trigger_event('loop')
display.WINDOW.dispatch_events()
display.WINDOW.dispatch_event('on_draw')
display.WINDOW.flip()
def main():
events.register_event("boot", display.boot)
events.register_event("boot", entities.boot)
events.register_event("boot", controls.boot, display.get_window())
events.register_event("boot", worlds.create, world_name="game")
events.register_event("boot", ui.boot)
events.register_event("boot", menu.boot)
events.register_event("boot", battlefield.boot)
events.register_event("boot", clock.boot)
events.register_event("load", display.load)
events.register_event("load", display.load)
events.register_event("load", levels.load)
events.register_event("loop", clock.tick)
events.register_event("loop", controls.loop)
events.register_event("logic", worlds.logic)
events.register_event("frame", window)
events.register_event("shutdown", display.shutdown)
events.trigger_event("boot")
events.trigger_event("load")
# clock.create_scheduled_event('world_loop', worlds.loop, 1/display.get_tps())
# clock.create_scheduled_event('window_loop', window, 1/10.0)
# pyglet.clock.schedule_interval(window, 1/10.0)
# pyglet.clock.schedule_interval(worlds.loop, 1/display.get_tps())
if display.RABBYT:
while not display.WINDOW.has_exit:
display.lib2d.step(pyglet.clock.tick())
display.WINDOW.dispatch_events()
display.WINDOW.dispatch_event("on_draw")
display.WINDOW.flip()
else:
# pyglet.app.run()
while not display.WINDOW.has_exit:
events.trigger_event("loop")
display.WINDOW.dispatch_events()
display.WINDOW.dispatch_event("on_draw")
display.WINDOW.flip()
