def _init_hanoi(self):
# Variables for the animation
self._next_move = True
self._move = 0
self._starting_left = 0
self._starting_top = 0
self._target_left = 0
self._target_top = 0
self._acceleration = 0
self._time_spent = 0
# Flags indicating the state of the program
self._running_flag = False
self._step_by_step_flag = False
self._over_flag = False
# Reset the trigger_button to 'Start'
self._trigger_button.text = 'Start'
# Hanoi algorithm object
self._hanoi = Hanoi(input('Please enter the number of plates\n'))
# Initialization of the plate images
for each_plate in self._hanoi.get_plates(0):
plate_image = TextButton(self)
plate_image.rect = (70 + self._hanoi.get_total() * PLATE_BASE_WIDTH / 2) - each_plate.number * PLATE_BASE_WIDTH / 2, \
(WINDOW_HEIGHT - self._hanoi.get_total() * PLATE_HEIGHT) + each_plate.number * PLATE_HEIGHT, \
PLATE_BASE_WIDTH * (each_plate.number + 1), \
PLATE_HEIGHT
plate_image.background = r'Images\Root_button.png'
self._plate_images.insert(0, plate_image)
# Start running the hanoi algorithm and animation
self._steps = self._hanoi.move(self._hanoi.get_total(), 0, 2)
self._animation = koan.anim.IntervalExecute(TIME_INTERVAL,
self._onTimer)
def _init_hanoi(self):
# Variables for the animation
self._next_move = True
self._move = 0
self._starting_left = 0
self._starting_top = 0
self._target_left = 0
self._target_top = 0
self._acceleration = 0
self._time_spent = 0
# Flags indicating the state of the program
self._running_flag = False
self._step_by_step_flag = False
self._over_flag = False
# Reset the trigger_button to 'Start'
self._trigger_button.text = 'Start'
# Hanoi algorithm object
self._hanoi = Hanoi(input('Please enter the number of plates\n'))
# Initialization of the plate images
for each_plate in self._hanoi.get_plates(0):
plate_image = TextButton(self)
plate_image.rect = (70 + self._hanoi.get_total() * PLATE_BASE_WIDTH / 2) - each_plate.number * PLATE_BASE_WIDTH / 2, \
(WINDOW_HEIGHT - self._hanoi.get_total() * PLATE_HEIGHT) + each_plate.number * PLATE_HEIGHT, \
PLATE_BASE_WIDTH * (each_plate.number + 1), \
PLATE_HEIGHT
plate_image.background = r'Images\Root_button.png'
self._plate_images.insert(0, plate_image)
# Start running the hanoi algorithm and animation
self._steps = self._hanoi.move(self._hanoi.get_total(), 0, 2)
self._animation = koan.anim.IntervalExecute(TIME_INTERVAL, self._onTimer)
