def test_kellyCriterion(self):
deck = BlackjackDeck()
deck.drawCard()
self.player.updateCount(
[Card('2', 'C'), Card('3', 'C'),
Card('5', 'C')], [Card('Q', 'S')])
self.assertEquals(self.player.count, 2)
self.assertEquals(self.player.calculateAdvantage(deck), 0.0125)
self.assertEquals(self.player.kellyCriterion(deck), 12.5)
def test_mitStrategy(self):
deck = BlackjackDeck()
deck.drawCard()
self.player.updateCount(
[Card('2', 'C'), Card('3', 'C'),
Card('5', 'C')], [Card('Q', 'S'), Card('4', 'S')])
self.player.updateCount(
[Card('2', 'C'), Card('3', 'C'),
Card('5', 'C')], [Card('Q', 'S'), Card('4', 'S')])
self.player.updateCount(
[Card('2', 'C'), Card('3', 'C'),
Card('5', 'C')], [Card('Q', 'S'), Card('4', 'S')])
self.assertEquals(self.player.count, 9)
self.assertEquals(self.player.mitStrategy(deck), 5)
def __init__(self, numDecks=8, player=Player(), **kwargs):
self.numDecks = numDecks
self.deck = BlackjackDeck(self.numDecks)
# [player, bet]
self.player = [player, 0]
self.dealer = Player()
self.reshuffle = False
self.learning = False
if isinstance(self.player[0], QLearningAgent):
self.learning = True
# Flags
self.noPrint = False
if "flags" in kwargs:
if "-np" in kwargs['flags']:
self.noPrint = True
def test_shuffle():
deck = BlackjackDeck()
card = deck.draw_card()
n.assert_equal(len(deck), 51)
deck.shuffle()
n.assert_equal(len(deck), 52)
def test_deck_init():
deck = BlackjackDeck()
n.assert_equal(len(deck), 52)
card = deck.draw_card()
n.assert_equal(card.value_dict['Q'], 10)
