def doMove(self, current_board, player): board = copy.deepcopy(current_board) if player == 1: opponent = 2 else: opponent = 1 node = Node(board, "", 0, player) node = self.statespace( node, 0, player, player, opponent); bestscore = -100 wins_score = -1 move = 0 print "New Round" for child in node.childs: print "Child value=", child.value, "score=", child.wins_score if child.value > bestscore: if rules.isMoveLegal(board, child.board.last_move): bestscore = child.value move = child.board.last_move elif child.value == bestscore: if child.wins_score > wins_score: wins_score = child.wins_score move = child.board.last_move return move
def doMove(self, current_board, player):
board = copy.deepcopy(current_board)
# Build tree
searchtree = []
node = Node(board, "", 0, player)
node = self.statespace(node, 0, player)
print node
print node.value
bestscore = -10
move = 0
for child in node.childs:
print "Child value=", child.value
if child.value > bestscore:
if rules.isMoveLegal(board, child.board.last_move):
bestscore = child.value
move = child.board.last_move
return move
#while 1:
# for move in range(7):
#print "move", move
# if rules.isMoveLegal(board, move):
# searchtree.append(self.makeBoard(move, board, player))
# for state in searchtree:
# for move in range(7):
# if rules.isMoveLegal(board, move):
# state.append(self.makeBoard(move, board, player))
# print searchtree
return 0
def setmove(self, trigger, event, number):
if rules.isMoveLegal(self.board, number):
self.move = number
return widget.DONE
def listMoves(self, board, player):
options = []
for move in range(7):
if rules.isMoveLegal(board, move):
options.append(self.makeBoard(move, board, player))
return options
def doMove(self, board, player):
while 1:
move = int(random() * 7)
if rules.isMoveLegal(board, move):
return move
def setmove(self, trigger, event, number):
if rules.isMoveLegal(self.board, number):
self.move = number
return widget.DONE