def before_turn(self):
board = self.board
# 1. get all the empty slots and choose randomly between them
# 2. choose randomly(0.8) between putting 2 or 4 there
emptySlots = [(x,y) for x in range(4) for y in range(4) if board[x][y] == None]
numberToPutInSlot = weighted_choice()
x,y = choose_uni_from_seq(emptySlots)
self.create_new_tile(x, y, numberToPutInSlot)
# check that there left some moves here, or it's a game over
noMoreMoves = True
for move in Directions.generator():
if self.is_legal_turn(move):
noMoreMoves = False
if noMoreMoves:
self.display_score_and_exit()
if self.agent:
self.after(AFTER_FOR_NEW_TURN, self.update_turn, self.agent.getAction(self.board))
self.ignoreKeys = False
def getNextStatesOfMyTurn(board):
''' gets a state - a board - and yields tuples (move,nextState) '''
for direction in Directions.generator():
if Miniboard.isLegalAction(board, direction):
nextBoard = Miniboard.calculateNextBoardUsing(direction, board)
yield(direction, nextBoard)
def test_legal_turn(self):
self.create_from_list([0,0,0,0,2,4,2,4])
self.debug_board()
for d in Directions.generator():
print(d, self.is_legal_turn(d))
