def succesor_boards(max_player, game, board):
moves = ['U', 'D', 'L', 'R']
succs = []
for move in moves:
if max_player:
new_game = Game_IJK(copy.deepcopy(board), "+",
game.getDeterministic())
succ = new_game.makeMove(move)
succs.append((move, succ.getGame()))
else:
new_game = Game_IJK(board, "-", game.getDeterministic())
succ = new_game.makeMove(move)
succs.append((move, succ.getGame()))
return succs
def chance_boards(max_player, game, board, move, empty_tiles):
succs = []
for i in range(0, empty_tiles):
if max_player:
new_game = Game_IJK(copy.deepcopy(board), "+",
game.getDeterministic())
succ = new_game.makeMove(move)
succs.append((move, succ.getGame()))
else:
new_game = Game_IJK(copy.deepcopy(board), "-",
game.getDeterministic())
succ = new_game.makeMove(move)
succs.append((move, succ.getGame()))
return succs
def find_successors(board, player, deterministic):
moves = ['L', 'R', 'U', 'D']
child_nodes = []
for i in moves:
game1 = Game_IJK(board, player, deterministic)
child_nodes.append(game1.makeMove(i).getGame())
return child_nodes
