def bot_wholeply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
# Play a winning move if one exists.
if current_piece:
for pos in winning_moves(board, current_piece):
return pos, None
# Try to find a combination of a move and piece that doesn't lose on the
# opponent's next turn.
for pos in squares:
test_board = make_move(board, current_piece, pos)
losing_pieces = set()
for next_piece in pieces:
if list(winning_moves(test_board, next_piece)):
losing_pieces.add(next_piece)
not_losing_pieces = list(set(pieces) - losing_pieces)
if not_losing_pieces:
return pos, random.choice(not_losing_pieces)
# Nothing intelligent left to do, give up and play randomly.
pos = None
if squares:
pos = random.choice(squares)
next_piece = None
if pieces:
next_piece = random.choice(pieces)
return pos, next_piece
def bot_wholeply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
# Play a winning move if one exists.
if current_piece:
for pos in winning_moves(board, current_piece):
return pos, None
# Try to find a combination of a move and piece that doesn't lose on the
# opponent's next turn.
for pos in squares:
test_board = make_move(board, current_piece, pos)
losing_pieces = set()
for next_piece in pieces:
if list(winning_moves(test_board, next_piece)):
losing_pieces.add(next_piece)
not_losing_pieces = list(set(pieces) - losing_pieces)
if not_losing_pieces:
return pos, random.choice(not_losing_pieces)
# Nothing intelligent left to do, give up and play randomly.
pos = None
if squares:
pos = random.choice(squares)
next_piece = None
if pieces:
next_piece = random.choice(pieces)
return pos, next_piece
def bot_twoply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
pos = None
if current_piece:
winning_squares = winning_moves(board, current_piece)
if winning_squares:
pos = random.choice(winning_squares)
return pos, None
else:
pos = random.choice(squares)
board[pos] = current_piece
next_piece = None
if pieces:
losing_pieces = set()
for piece in pieces:
winning_squares = winning_moves(board, piece)
if winning_squares:
losing_pieces.add(piece)
not_losing_pieces = [p for p in pieces if p not in losing_pieces]
if not_losing_pieces:
next_piece = random.choice(not_losing_pieces)
else:
next_piece = random.choice(pieces)
return pos, next_piece
def bot_twoply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
pos = None
if current_piece:
winning_squares = winning_moves(board, current_piece)
if winning_squares:
pos = random.choice(winning_squares)
return pos, None
else:
pos = random.choice(squares)
board[pos] = current_piece
next_piece = None
if pieces:
losing_pieces = set()
for piece in pieces:
winning_squares = winning_moves(board, piece)
if winning_squares:
losing_pieces.add(piece)
not_losing_pieces = [p for p in pieces if p not in losing_pieces]
if not_losing_pieces:
next_piece = random.choice(not_losing_pieces)
else:
next_piece = random.choice(pieces)
return pos, next_piece
def bot_oneply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
pos = None
if current_piece:
winning_squares = winning_moves(board, current_piece)
if winning_squares:
pos = random.choice(winning_squares)
return pos, None
else:
pos = random.choice(squares)
board[pos] = current_piece
next_piece = None
if pieces:
next_piece = random.choice(pieces)
return pos, next_piece
def bot_oneply(board, pieces, current_piece):
from players import available_squares, winning_moves
squares = available_squares(board)
pos = None
if current_piece:
winning_squares = winning_moves(board, current_piece)
if winning_squares:
pos = random.choice(winning_squares)
return pos, None
else:
pos = random.choice(squares)
board[pos] = current_piece
next_piece = None
if pieces:
next_piece = random.choice(pieces)
return pos, next_piece
