class Human_Vs_Human:
def __init__(self):
self.game_board = Board()
self.whos_turn_is_it = 'black'
self.game_over = None
def white_turn(self):
possible_moves = self.game_board.get_all_white_moves()
print('Whites Turn. Possible Moves:')
while possible_moves:
check_for_jumps = [
move for move in possible_moves if len(move) > 2
]
if check_for_jumps:
possible_moves = check_for_jumps
for index, move in enumerate(possible_moves):
print(
f'{index}: {self.game_board.get_human_readable_move_path(move)}'
)
move_selection = None
while move_selection is None:
try:
move_selection = int(input('Enter choice: '))
self.game_board.make_move(possible_moves[move_selection])
except ValueError:
print('Invalid entry.')
except IndexError:
print('Invalid selection.')
if len(possible_moves[move_selection]) > 2:
possible_moves = self.game_board.check_for_white_additional_jump(
possible_moves[move_selection][-1])
if possible_moves:
print('You must continue jumping.')
self.game_board.draw_board()
else:
break
def black_turn(self):
possible_moves = self.game_board.get_all_black_moves()
print('Blacks Turn. Possible Moves:')
while possible_moves:
check_for_jumps = [
move for move in possible_moves if len(move) > 2
]
if check_for_jumps:
possible_moves = check_for_jumps
for index, move in enumerate(possible_moves):
print(
f'{index}: {self.game_board.get_human_readable_move_path(move)}'
)
move_selection = None
while move_selection is None:
try:
move_selection = int(input('Enter choice: '))
self.game_board.make_move(possible_moves[move_selection])
except ValueError:
print('Invalid entry.')
except IndexError:
print('Invalid selection.')
if len(possible_moves[move_selection]) > 2:
possible_moves = self.game_board.check_for_black_additional_jump(
possible_moves[move_selection][-1])
if possible_moves:
print('You must continue jumping.')
self.game_board.draw_board()
else:
break
def run_game(self):
while not self.game_over:
self.game_board.draw_board()
if self.whos_turn_is_it == 'black':
self.black_turn()
self.whos_turn_is_it = 'white'
elif self.whos_turn_is_it == 'white':
self.white_turn()
self.whos_turn_is_it = 'black'
self.game_over = self.game_board.has_someone_won()
if self.game_over:
print(self.game_over)
class Human_Vs_Computer:
def __init__(self, human_color, computer_color):
self.game_board = Board()
self.whos_turn_is_it = 'black'
self.game_over = None
self.computer_player = Random_Choice_Player(computer_color)
self.human_player = Human_Player(human_color)
def human_player_turn(self):
if self.human_player.color == 'white':
possible_moves = self.game_board.get_all_white_moves()
else:
possible_moves = self.game_board.get_all_black_moves()
print('Players Turn. Possible Moves:')
while possible_moves:
check_for_jumps = [move for move in possible_moves if len(move) > 2]
if check_for_jumps:
possible_moves = check_for_jumps
for index, move in enumerate(possible_moves):
print(f'{index}: {self.game_board.get_human_readable_move_path(move)}')
move_selection = None
while move_selection is None:
try:
move_selection = int(input('Enter choice: '))
self.game_board.make_move(possible_moves[move_selection])
except ValueError:
print('Invalid entry.')
except IndexError:
print('Invalid selection.')
if len(possible_moves[move_selection]) > 2:
if self.human_player.color == 'white':
possible_moves = self.game_board.check_for_white_additional_jump(possible_moves[move_selection][-1])
else:
possible_moves = self.game_board.check_for_black_additional_jump(possible_moves[move_selection][-1])
if possible_moves:
print('You must continue jumping.')
self.game_board.draw_board()
else:
break
def computer_player_turn(self, player):
if player.color == 'white':
possible_moves = self.game_board.get_all_white_moves()
else:
possible_moves = self.game_board.get_all_black_moves()
while possible_moves:
check_for_jumps = [move for move in possible_moves if len(move) > 2]
if check_for_jumps:
possible_moves = check_for_jumps
move_selection = player.make_move(possible_moves)
print(possible_moves)
print(move_selection)
self.game_board.make_move(move_selection)
if len(move_selection) > 2:
if player.color == 'white':
possible_moves = self.game_board.check_for_white_additional_jump(move_selection[-1])
else:
possible_moves = self.game_board.check_for_black_additional_jump(move_selection[-1])
else:
break
def run_game(self):
while not self.game_over:
self.game_board.draw_board()
if self.whos_turn_is_it == 'black':
if self.computer_player.color == 'black':
self.computer_player_turn(self.computer_player)
else:
self.human_player_turn()
self.whos_turn_is_it = 'white'
elif self.whos_turn_is_it == 'white':
if self.computer_player.color == 'white':
self.computer_player_turn(self.computer_player)
else:
self.human_player_turn()
self.whos_turn_is_it = 'black'
self.game_over = self.game_board.has_someone_won()
if self.game_over:
print(self.game_over)