def begin_game(self):
try:
BaseExhibit.begin_game(self)
except:
pass
self.playing = True
self.start_time = time.time()
self.start_infinite_timer()
if self.is_error:
self.error_move(1)
def begin_game(self, key, updown):
BaseExhibit.begin_game(self)
self.run_reset_timer(self.reset_game)
for i in range(5):
self.change_button()
self.update_display(self.st.game_time)
self.env.keyboard.listen(self.process_button_press, key_down)
self.create_timer(
self.st.game_time,
self.st.time_tick_interval,
callback=self.update_display,
end_callback=self.time_out).start()
def begin_game(self):
#super-class call
BaseExhibit.begin_game(self)
#listen to keyboard events, filter key_down events, invoke pressed_button function when
#key_down event occurs
self.env.keyboard.listen(self.pressed_button, key_down)
#create timer that will periodically tick and invoke corresponding callbacks at each tick an
#at the end of the process
self.create_timer(self.st.game_time, self.st.time_tick_interval,
callback=self.time_tick, end_callback=self.time_out).start()
#see superclass for documentation
self.run_reset_timer(self.reset_game)
def begin_game(self, key, updown):
"""Starts new game; if first key is baby key, it starts game in the baby
mode using only lower 4 keys.
"""
BaseExhibit.begin_game(self)
if key.label in self.st.baby_key_labels:
self.is_baby=True
self.create_timer(self.st.game_time, self.st.time_tick_interval,
callback=self.update_display,
end_callback=self.end_game
).start()
self.run_reset_timer(self.reset_game)
self.move()
def begin_game(self):
try:
BaseExhibit.begin_game(self)
except Exception as e:
logger.error(e)
self.idle = False
def begin_game(self):
global global_idle
global_idle = False
BaseExhibit.begin_game(self)
self.create_timer(self.st.game_time, self.st.time_tick_interval,
callback=self.time_tick, end_callback=self.end_game).start()
