def cpu_move():
global board, decision, last, first, current, moving, cpucaptured
if moving: return
if first:
first = False
decision = ai.decide(board, cpu)
cpucaptured = logic.captured(board, decision[1], decision[2][0])
board.remove(cpucaptured)
board.move(decision[1], decision[2][0][0])
last = decision[2][0][0]
grid.move(decision[1], decision[2][0][0])
moving = True
else:
grid.remove(cpucaptured)
chain = decision[2]
del chain[0]
if chain:
cpucaptured = logic.captured(board, last, chain[0])
board.remove(cpucaptured)
board.move(last, chain[0][0])
grid.move(last, chain[0][0])
last = chain[0][0]
moving = True
else:
first = True
current = player
board.children = ai.successors(board, player)
else:
print ' ',
print '\n'
def colored(self, color):
""" Return a list of positions for the stones with given color. """
colored = []
for i in range(5):
for j in range(9):
if self[i][j] == color:
colored.append((i,j))
return colored
def terminal(self):
if not self.colored(BLACK) or not self.colored(WHITE):
return True
return False
def copy(self):
""" Returns a deep copy of self. """
b = Board()
b.stones = [sub[:] for sub in self.stones]
b.moves = copy.deepcopy(self.moves)
return b
if __name__ == '__main__':
b = Board()
b.calcmoves()
b.display()
ai.decide(b, BLACK)
turn_id = take_turn(turn_id)
if pos_ != 0:
if turn(pos_, turn_id, matrix):
Bhev.moved(players[turn_id])
turn_id = take_turn(turn_id)
else:
# AI
obs = ai.observe(players[turn_id], matrix, players)
ai.orient(players[turn_id], matrix, obs)
ai.decide(players[turn_id], matrix, obs)
ai.act(players[turn_id], matrix, obs)
turn_id = take_turn(turn_id)
# Groom world Draw
for i in grid.keys():
for k, v in grid[i].items():
pygame.draw.rect(screen, v["color"], v["coord"], v["filled"])
pygame.draw.rect(screen, en.black,
[0, screen_size[1], display_size[0], display_size[1]])
turn_display(
f"{players[turn_id]['name']} Moves: {total_moves}/{MAX_MOVES}")