class GameOrchestrator:
def __init__(self, input_data):
"""
Create the board.
Make sure the initial_position is a valid move
Add the initial_position to the path_history and set coins to 0
"""
self.board = Board(*input_data.board_dimension, input_data.walls)
if self.board.is_valid_move(*input_data.initial_position):
self.the_pacman = ThePacman(*input_data.initial_position)
else:
raise PositionException(
"The pacman can not be placed at the location: {}".format(
input_data.initial_position))
self.movements = input_data.movements
self.path_history = {input_data.initial_position}
self.coins = 0
def play(self) -> Tuple[int, int, int]:
"""
play loop over the list of movements and execute them
For each move, it check if it is a valid one
For each valid move it will record the past history and compute the collected coins
'return': "a tuple of [int, int, int] representing position x, y, and collected coins at the end of the game"
"""
for move in self.movements:
if self.board.is_valid_move(*self.the_pacman.move(move).coord()):
self.the_pacman = self.the_pacman.move(move)
coord = self.the_pacman.coord()
if coord not in self.path_history:
LOG.debug("%s is not in path history: %s", coord,
self.path_history)
self.coins = self.coins + 1
LOG.debug("The number of coins is now: %s", self.coins)
self.path_history.add(coord)
coord = self.the_pacman.coord()
return (coord[0], coord[1], self.coins)
