return possible_moves_lst[max_index(scores)]
if __name__ == "__main__":
while not game.is_game_over()[0]:
if game.current_turn == 1:
best_move = get_moves_computer(thing_1)
game.move_piece(best_move.oldLoc, best_move.newLoc)
else:
if HUMAN_PLAYING:
piece, move = get_moves_human()
game.move_piece(piece, move)
else:
game.flip_board_nocopy() # flip it for use
best_move = get_moves_computer(thing_2)
game.move_piece(best_move.oldLoc, best_move.newLoc)
game.flip_board_nocopy() # flip it back
print(game)
print(
"############################################################################"
)
# time.sleep(2)
scores = [thing_1.predict(vec)[0, 0] for vec in possible_state_vecs]
else:
scores = [thing_2.predict(vec)[0, 0] for vec in possible_state_vecs]
best_move = possible_moves_lst[max_index(scores)]
game.move_piece(best_move.oldLoc, best_move.newLoc)
if team_for_real == 1:
thing1_state_vecs.append(game.get_alt_state_vec())
else:
thing2_state_vecs.append(game.get_alt_state_vec())
if should_display_game_results and team_for_real == 1:
print(game)
game.flip_board_nocopy()
if should_display_game_results and team_for_real == -1:
print(game)
if should_display_game_results:
print("#############################################################################")
team_for_real *= -1
moves_taken += 1
did_we_win = game.is_game_over()
print("Played", i, "of", games_per_itr, "games")
# post game memory
who_actually_won = team_for_real * did_we_win[1]
thing1_score = ((who_actually_won + 1) / 2) * 6 / moves_taken