def self_destruct(self):
self.delete_this_clone()
# For the "original" instance, the delete_this_clone() call should be
# a no-op, so we should keep going. The wait_seconds() call is to
# test that we can get into the scheduler and back out again.
pytch.wait_seconds(0.1)
self.kept_running = 'yes'
def award_point(self):
if self.get_x() > 225:
GlobalVariables.score_1 += 1
else:
GlobalVariables.score_2 += 1
self.hide()
pytch.broadcast_and_wait('Update_Score')
pytch.wait_seconds(0.75)
def play_game(self):
self.score = 0
self.go_to_random_spot()
self.switch_costume('balloon')
self.show()
while True:
pytch.wait_seconds(3.0)
self.go_to_random_spot()
self.show()
def move(self):
self.change_x(50)
pytch.wait_seconds(0.5)
self.change_x(60)
def note_event(self):
self.n_events += 1
pytch.wait_seconds(0)
self.n_events += 1
def invade(self):
self.n_steps += 1
pytch.wait_seconds(0.25)
self.n_steps += 1
def note_click(self):
self.n_clicks += 1
pytch.wait_seconds(0)
self.n_clicks += 1
def move(self):
self.change_x(50)
print('moved once')
wait_seconds(0.5)
self.change_x(50)
print('moved twice')
def delayed_fail(self):
pytch.wait_seconds(0.25)
print(no_such_variable)
def delayed_fail(self):
pytch.wait_seconds(0.25)
pytch.no_such_function()
def delayed_fail(self):
pytch.wait_seconds(0.25)
print(1 / 0)