def make_move(board, color, roll):
print("Called with: ", color, roll)
field = board.get_board()
max_eval, move = -100000000, 0
if field[color][0] > 0:
# print("Hit Case")
if field[OTHER[color]][25 - roll] <= 1:
board.move_checker(color, 0, roll)
return board
elif board.takeout[color]:
# print("Takeout Case")
if field[color][25 - roll] > 0:
board.move_checker(color, 25 - roll, roll)
return board
else:
for i in range(19, 25 - roll):
if field[color][i] > 0:
board.move_checker(color, i, roll)
return board
for i in range(25 - roll, 25):
if field[color][i] > 0:
board.move_checker(color, i, roll)
return board
else:
# print("Default Case")
new_board = copy.deepcopy(board)
for i in range(24, 0, -1):
if 0 < i - roll < 25 and field[color][i - roll] > 0:
if new_board.move_checker(color, i - roll, roll):
# new_board.print_board()
if value(new_board, color) >= max_eval:
max_eval = value(new_board, color)
move = i
# print(i)
# board.print_board()
# print(value(board, color), max_eval)
new_board = copy.deepcopy(board)
# board.print_board()
# print("Got to here")
# print(move)
# board.print_board()
board.move_checker(color, move - roll, roll)
return board
def main():
board = Board()
dice = board.throw_dice()
color = "B"
line = ""
board.print_board()
try:
while True:
if color == "B":
dice = board.throw_dice()
print("DICE: ", dice)
i = 0
while i < len(dice):
line = input("What to move " + str(dice[i]) + " places? (0 to switch dice)")
if int(line) == 0:
tmp = dice[0]
for i in range(len(dice) - 1):
dice[i] = dice[i + 1]
dice[len(dice) - 1] = tmp
continue
elif line == "exit":
return
pos = int(line)
if board.move_checker(color, pos, dice[i]):
i += 1
else:
print("Cannot move this, try again!")
board.print_board()
color = OTHER[color]
else:
dice = board.throw_dice()
print("DICE: ", dice)
try:
if len(dice) == 2:
try:
board = copy.deepcopy(play(board, color, dice))
except:
board = copy.deepcopy(play(board, color, [dice[1], dice[0]]))
# print("Max: \n", play(board, color, dice).print_board())
elif len(dice) == 4:
board = copy.deepcopy(play(board, color, [dice[0], dice[1]]))
board = copy.deepcopy(play(board, color, [dice[2], dice[3]]))
board.print_board()
color = OTHER[color]
except:
color = OTHER[color]
except:
print("End of game")
wrong_label_pos_x, wrong_label_pos_y = pygame.mouse.get_pos()[0] - 100, pygame.mouse.get_pos()[1]
wrong_label = myfont.render("Pick a blue checker", 1, (255, 125, 50))
label_time = 20
trigger_wrong_label = True
if event.type == MOUSEBUTTONUP:
if pygame.mouse.get_pos()[0] < board.get_board_width():
next_coordinates = board.get_next_row_coordinates(coordinates_array, space_value, first_row_index, first_space_index)
second_row_index, second_space_index = board.get_checker_index(coordinates_array, pygame.mouse.get_pos())
release_space_value = board.get_space_value(second_row_index, second_space_index)
release_pos = board.get_space_coordinates(coordinates_array, second_row_index, second_space_index)
print "release " + str(release_pos)
if release_pos in next_pos and release_space_value == 1:
current_player_array[current_index].new_pos(release_pos)
board.move_checker(coordinates_array, pygame.mouse.get_pos(), release_space_value, space_value, first_row_index, first_space_index)
## Coronar ficha
if release_pos[1] == 504 and current_turn == [2, 4]:
current_player_array[current_index].checker_sprite = sprites_dict["top_player"]["king"]
current_player_array[current_index].checker_sprite_alpha = sprites_dict["top_player"]["king_alpha"]
board_array[second_row_index][second_space_index] = 4
else:
if release_pos[1] == 63 and current_turn == [3, 5]:
current_player_array[current_index].checker_sprite = sprites_dict["bottom_player"]["king"]
current_player_array[current_index].checker_sprite_alpha = sprites_dict["bottom_player"]["king_alpha"]
board_array[second_row_index][second_space_index] = 5
## Revisar si hay fichas que se puedan comer
if release_pos not in next_coordinates and release_pos[1] not in (63, 504):
