def __init__(self, exploration_factor=1):
super().__init__(exploration_factor)
self.epsilon = 0.1
self.alpha = 0.5
self.prev_state = EasyBoard.EasyBoard().getState() + cardDeck.CardDeck(
).getState()
self.state = None
self.print_value = False
def main():
game = cardDeck.CardDeck()
game.shuffleDeck()
game.getDeck()
game.getHand()
game.drawTop()
game.getDeck()
game.getHand()
return
def testRoutine():
easyBoardTest = EasyBoard()
cardDeckTest = cardDeck.CardDeck()
print(easyBoardTest.getState())
easyBoardTest.makeMove(0, '6')
easyBoardTest.makeMove(1, 'c2')
easyBoardTest.makeMove(2, 's')
print(easyBoardTest)
print(easyBoardTest.getState())
print('Points: ' + str(easyBoardTest.calculateScore()))
print(easyBoardTest.getValidMoves())
print(easyBoardTest.previewMove(1, '6'))
print(easyBoardTest)
print(easyBoardTest.getState() + cardDeckTest.getState())
print(easyBoardTest.getStateLen() + 1)
def testRoutine():
tokyoBoardTest = TokyoBoard()
cardDeckTest = cardDeck.CardDeck()
print(tokyoBoardTest.getState())
tokyoBoardTest.makeMove(4, '6')
tokyoBoardTest.makeMove(5, 'c2')
tokyoBoardTest.makeMove(5, 's')
tokyoBoardTest.makeMove(4, '6')
tokyoBoardTest.makeMove(4, '6')
print(tokyoBoardTest)
print(tokyoBoardTest.getState())
print('Points: ' + str(tokyoBoardTest.calculateScore()))
print(tokyoBoardTest.getValidMoves())
print(tokyoBoardTest.previewMove(1, '6'))
print(tokyoBoardTest)
print(tokyoBoardTest.getState() + cardDeckTest.getState())
def simulate(times=1000):
timesLeft = times
score = 0
reward = 0
while (timesLeft > 0):
timesLeft -= 1
board = EasyBoard.EasyBoard()
deck = cardDeck.CardDeck()
while board.gameOver() == False:
move = random.choice(board.getValidMoves())
board.makeMove(move, deck.currentCard)
deck.nextCard()
if board.gameOver() == True:
score += board.calculateScore()
reward += board.calculateReward()
print('Game ' + str(times - timesLeft))
print('Avg Score: ' + str(score / times))
print('Avg Score: ' + str(reward / times))
def init_game(self):
self.board = EasyBoard.EasyBoard()
self.gameEnd = False
self.cardDeck = cardDeck.CardDeck()