def sums(board):
intboard = board.send()
for a in range(len(intboard)):
for b in range(len(intboard[a])):
intboard[a][b] = switch(
intboard[a][b], case("O", lambda x=0: 1), case("X", lambda x=0: -1), default=(lambda x=0: x)
)
_sums = [] # r1, r2, r3, c1, c2, c3, d1, d2
_sums.append(sum(intboard[0]))
_sums.append(sum(intboard[1]))
_sums.append(sum(intboard[2]))
for a in range(len(board.pic)):
if len(_sums) >= 4:
_sums[3] += intboard[a][0]
else:
_sums.append(intboard[a][0])
if len(_sums) >= 5:
_sums[4] += intboard[a][1]
else:
_sums.append(intboard[a][1])
if len(_sums) >= 6:
_sums[5] += intboard[a][2]
else:
_sums.append(intboard[a][2])
_sums.append(intboard[0][0])
_sums[6] += intboard[1][1]
_sums[6] += intboard[2][2]
_sums.append(intboard[0][2])
_sums[7] += intboard[1][1]
_sums[7] += intboard[2][0]
return _sums
def load_switch(config, devices):
from switches import switch
for i in config:
item = config[i]
if "type" in item and item["type"] == "switch":
state_topic = item["state_topic"]
command_topic = item["command_topic"]
pin = item["pin"]
invert = not item["high_on"]
device = switch(pin=pin,
topic=state_topic,
set_topic=command_topic,
inverted=invert)
devices.append(device)
return devices
else:
score = 0
children.append([BOARD(newboard), score])
next_player = "O" if (player == "X") else "X"
branch_score = 0
for child in children:
if child[1] == 0:
child[1] = branch_eval(child[0], next_player)
branch_score += child[1]
return branch_score
grid = []
grid.append(["*", "*", "*"])
grid.append(["*", "*", "*"])
grid.append(["*", "*", "*"])
grid = BOARD(grid, True)
replay = True
while replay:
gameplay(grid, computer_move, human_move, game_over)
again = input("\nPlay again? (y/n): ")
grid.rebuild()
replay = switch(
again,
case("Y", lambda x=0: True),
case("y", lambda x=0: True),
case("yes", lambda x=0: True),
default=lambda x=0: False,
)
