class PlayYourCardsRight(Feature):
def __init__(self, text_to_speech, speech_to_text):
Feature.__init__(self)
# setup AV Table
self.av_table = GameTable(13, 2)
if(self.av_table.loadParameters() == False):
self.av_table.initialize(0.)
# setup a Q-Learning agent
learner = Q(0.5, 0.0)
learner._setExplorer(EpsilonGreedyExplorer(0.0))
self.agent = LearningAgent(self.av_table, learner)
# setup game interaction
self.game_interaction = GameInteraction(text_to_speech, speech_to_text)
# setup environment
environment = GameEnvironment(self.game_interaction)
# setup task
task = GameTask(environment, self.game_interaction)
# setup experiment
self.experiment = Experiment(task, self.agent)
@property
def is_speaking(self):
return self.game_interaction.is_speaking
def _thread(self, args):
# let's play our cards right!
while not self.is_stop:
self.experiment.doInteractions(1)
self.agent.learn()
self.av_table.saveParameters()
def __init__(self, text_to_speech, speech_to_text):
Feature.__init__(self)
# setup AV Table
self.av_table = GameTable(13, 2)
if (self.av_table.loadParameters() == False):
self.av_table.initialize(0.)
# setup a Q-Learning agent
learner = Q(0.5, 0.0)
learner._setExplorer(EpsilonGreedyExplorer(0.0))
self.agent = LearningAgent(self.av_table, learner)
# setup game interaction
self.game_interaction = GameInteraction(text_to_speech, speech_to_text)
# setup environment
environment = GameEnvironment(self.game_interaction)
# setup task
task = GameTask(environment, self.game_interaction)
# setup experiment
self.experiment = Experiment(task, self.agent)
class PlayYourCardsRight(Feature):
def __init__(self, text_to_speech, speech_to_text):
Feature.__init__(self)
# setup AV Table
self.av_table = GameTable(13, 2)
if (self.av_table.loadParameters() == False):
self.av_table.initialize(0.)
# setup a Q-Learning agent
learner = Q(0.5, 0.0)
learner._setExplorer(EpsilonGreedyExplorer(0.0))
self.agent = LearningAgent(self.av_table, learner)
# setup game interaction
self.game_interaction = GameInteraction(text_to_speech, speech_to_text)
# setup environment
environment = GameEnvironment(self.game_interaction)
# setup task
task = GameTask(environment, self.game_interaction)
# setup experiment
self.experiment = Experiment(task, self.agent)
@property
def is_speaking(self):
return self.game_interaction.is_speaking
def _thread(self, args):
# let's play our cards right!
while not self.is_stop:
self.experiment.doInteractions(1)
self.agent.learn()
self.av_table.saveParameters()
def __init__(self, text_to_speech, speech_to_text):
Feature.__init__(self)
# setup AV Table
self.av_table = GameTable(13, 2)
if(self.av_table.loadParameters() == False):
self.av_table.initialize(0.)
# setup a Q-Learning agent
learner = Q(0.5, 0.0)
learner._setExplorer(EpsilonGreedyExplorer(0.0))
self.agent = LearningAgent(self.av_table, learner)
# setup game interaction
self.game_interaction = GameInteraction(text_to_speech, speech_to_text)
# setup environment
environment = GameEnvironment(self.game_interaction)
# setup task
task = GameTask(environment, self.game_interaction)
# setup experiment
self.experiment = Experiment(task, self.agent)
def __init__(self, num_players, chips_for_players):
self.game_table = GameTable(num_players, chips_for_players)
self.game_status = False
class BlackjackManager:
def __init__(self, num_players, chips_for_players):
self.game_table = GameTable(num_players, chips_for_players)
self.game_status = False
def RunGame(self):
self.game_status = True
self.game_table.deck.Shuffle()
while self.game_status:
if self.game_table.deck.CheckLess60():
self.game_table.deck = CardDeck()
self.game_table.deck.Shuffle()
self.StartToServe()
self.game_status = self.CheckTable()
sys.exit(1)
def CheckTable(self):
return self.game_table.num_players >= 1
def StartToServe(self):
## reset players
self.Reset()
## show initial player status
self.ShowPlayerStatus()
self.AskToPlaceBet()
## show player status after bet
self.ShowPlayerStatus()
for i in range(2):
self.game_table.dealer.WantCard(self.game_table.deck)
for p in self.game_table.players:
if not p:
continue
p.WantCard(self.game_table.deck)
self.ShowDealerHand(reveal=False)
self.ShowPlayerHand()
self.PlayersTurn()
while not self.game_table.dealer.CheckBigger17():
self.game_table.dealer.WantCard(self.game_table.deck)
self.ShowDealerHand()
self.DecideWinner()
self.AskToPlayAgain()
def ShowPlayerStatus(self):
for p in self.game_table.players:
if not p:
continue
print("Player {0} current chips: ${1} bet: ${2} ".format(
p.id, p.chips, p.bet))
def AskToPlaceBet(self):
for p in self.game_table.players:
if not p:
continue
while True:
try:
bet = int(
input("Player {0}, how much would you like to bet? $".
format(p.id)))
except (SyntaxError, ValueError, NameError):
print("Oops! That was an invalid number. Try again...")
else:
if bet > p.chips:
print("Your bet is over your chips.")
continue
if bet < 5 or bet > 500:
print("Your bet is out of limit(5-500).")
continue
break
if bet:
p.PlaceBet(self.game_table.dealer, bet)
else:
sys.exit(1)
def ShowPlayerHand(self):
for p in self.game_table.players:
if not p:
continue
print("Player {0} has cards {1}.".format(p.id, p.ShowHand()))
def ShowDealerHand(self, reveal=True):
if not reveal:
print("Dealer has cards 'XX' and {}.".format(
self.game_table.dealer.ShowHand(reveal=False)))
else:
print("Dealer has cards {}.".format(
self.game_table.dealer.ShowHand()))
def PlayersTurn(self):
for p in self.game_table.players:
if not p:
continue
print("Now serving Player {0}, Cards {1}...".format(
p.id, p.ShowHand()))
player_score = p.CalculateScore()
## if player goes bust, he loses the bet, even if the dealer goes bust as well
if p.IsBust(player_score):
self.game_table.dealer.Deal(p)
## if player stands at 21 or less, the dealer asks the player hit or stand
while True:
try:
hit = self.game_table.dealer.HitOrStand(p)
except (SyntaxError, ValueError, NameError):
print("Oops! That was an invalid answer. Try again...")
else:
if hit:
p.WantCard(self.game_table.deck)
player_score = p.CalculateScore()
print("Player {0}, Cards {1}.".format(
p.id, p.ShowHand()))
if p.IsBust(player_score):
break
continue
else:
break
## if the player goes bust, he loses the bet.
if p.IsBust(player_score):
self.game_table.dealer.Deal(p)
## if the player stands at 21 or less, the dealer continues to serve the next player
else:
print("Done! Player {0} stands at {1} score {2}.".format(
p.id, p.ShowHand(), player_score))
def DecideWinner(self):
dealer_score = self.game_table.dealer.CalculateScore()
dealer_bust = self.game_table.dealer.IsBust(dealer_score)
## pick active players
players = [p for p in self.game_table.players if p and p.play_status]
for p in players:
player_score = p.CalculateScore()
## tie
if dealer_score == player_score:
self.game_table.dealer.Deal(p, tie=True)
## dealer wins
elif not dealer_bust and dealer_score > player_score:
self.game_table.dealer.Deal(p)
## player wins
## player wins by get a Natural
## player wins by a higher score or dealer busts
else:
if player_score == 21:
self.game_table.dealer.Deal(p,
player_win=True,
player_natural=True)
else:
self.game_table.dealer.Deal(p, player_win=True)
def AskToPlayAgain(self):
for p in self.game_table.players:
if not p:
continue
if p.chips < 5:
self.game_table.LeavePlayer(p)
else:
while True:
try:
play = p.PlayAgain()
except (SyntaxError, ValueError, NameError):
print("Oops! That was an invalid answer. Try again...")
else:
break
if not play:
self.game_table.LeavePlayer(p)
def Reset(self):
for p in self.game_table.players:
if not p:
continue
p.hands = []
p.bet = 0
p.play_status = True
self.game_table.dealer.hands = []
