def Reset_Deck(self, table):
table.Deck = [
Card(2, "Hearts", 1),
Card(3, "Hearts", 2),
Card(4, "Hearts", 3),
Card(5, "Hearts", 4),
Card(6, "Hearts", 5),
Card(7, "Hearts", 6),
Card(8, "Hearts", 7),
Card(9, "Hearts", 8),
Card(10, "Hearts", 9),
Card(11, "Hearts", 10),
Card(12, "Hearts", 11),
Card(13, "Hearts", 12),
Card(14, "Hearts", 13),
Card(2, "Diamonds", 14),
Card(3, "Diamonds", 15),
Card(4, "Diamonds", 16),
Card(5, "Diamonds", 17),
Card(6, "Diamonds", 18),
Card(7, "Diamonds", 19),
Card(8, "Diamonds", 20),
Card(9, "Diamonds", 21),
Card(10, "Diamonds", 22),
Card(11, "Diamonds", 23),
Card(12, "Diamonds", 24),
Card(13, "Diamonds", 25),
Card(14, "Diamonds", 26),
Card(2, "Clubs", 27),
Card(3, "Clubs", 28),
Card(4, "Clubs", 29),
Card(5, "Clubs", 30),
Card(6, "Clubs", 31),
Card(7, "Clubs", 32),
Card(8, "Clubs", 33),
Card(9, "Clubs", 34),
Card(10, "Clubs", 35),
Card(11, "Clubs", 36),
Card(12, "Clubs", 37),
Card(13, "Clubs", 38),
Card(14, "Clubs", 39),
Card(2, "Spades", 40),
Card(3, "Spades", 41),
Card(4, "Spades", 42),
Card(5, "Spades", 43),
Card(6, "Spades", 44),
Card(7, "Spades", 45),
Card(8, "Spades", 46),
Card(9, "Spades", 47),
Card(10, "Spades", 48),
Card(11, "Spades", 49),
Card(12, "Spades", 50),
Card(13, "Spades", 51),
Card(14, "Spades", 52)
]
random.shuffle(table.Deck)
## print str(oppon_hand_iters) + " total"
## print (str((float(self.wins)/float(self.total))*100))+"%"
## print " "
meanlist.append((float(self.wins) / float(self.total)) * 100)
self.wins = 0
self.total = 0
thesum = 0
for i in meanlist:
# print i
thesum += i
# print "Average: "+str(float(thesum)/float(runs))
return float(thesum) / float(runs)
aicards1 = (Card(13, "Diamonds", 25), Card(3, "Hearts", 2))
comcards1 = (Card(11, "Diamonds", 23), Card(8, "Hearts",
7), Card(9, "Hearts", 8))
comcards2 = (Card(11, "Hearts", 10), Card(7, "Diamonds",
19), Card(12, "Diamonds",
24), Card(5, "Spades", 43))
comcards3 = (Card(11, "Hearts", 10), Card(7, "Diamonds", 19),
Card(12, "Diamonds", 24), Card(5, "Spades",
43), Card(3, "Clubs", 28))
iterations1 = 40
oppon_hand_iters1 = 1
runs1 = 1
this = HandStrengthGen()
cards = this.Next_AI_2cards().next()
##for i in range(1,7):
def __init__(self):
self.AItable = Table(0, 0, 0, None)
self.COMtable = Table(0, 0, 0, None)
self.PLYRtable = Table(0, 0, 0, None)
self.AItable.Deck = [
Card(2, "Hearts", 1),
Card(3, "Hearts", 2),
Card(4, "Hearts", 3),
Card(5, "Hearts", 4),
Card(6, "Hearts", 5),
Card(7, "Hearts", 6),
Card(8, "Hearts", 7),
Card(9, "Hearts", 8),
Card(10, "Hearts", 9),
Card(11, "Hearts", 10),
Card(12, "Hearts", 11),
Card(13, "Hearts", 12),
Card(14, "Hearts", 13),
Card(2, "Diamonds", 14),
Card(3, "Diamonds", 15),
Card(4, "Diamonds", 16),
Card(5, "Diamonds", 17),
Card(6, "Diamonds", 18),
Card(7, "Diamonds", 19),
Card(8, "Diamonds", 20),
Card(9, "Diamonds", 21),
Card(10, "Diamonds", 22),
Card(11, "Diamonds", 23),
Card(12, "Diamonds", 24),
Card(13, "Diamonds", 25),
Card(14, "Diamonds", 26)
]
random.shuffle(self.AItable.Deck)
random.shuffle(self.COMtable.Deck)
random.shuffle(self.PLYRtable.Deck)
self.wins = 0
self.total = 0
def __init__(self, AI_Stack, Player_Stack, SB, phase):
"""Initializes a Table object."""
self.AI_Stack = AI_Stack # The starting chip count for the AI must be inputed.
self.Player_Stack = Player_Stack # The starting chip count for the human player must be inputed.
self.phase = phase # A GamePhase object.
self.Winner = 0 # Indicates the winner of the last hand: 1 = human player, 2 = AI player, 0 = tie/none.
self.SB = SB # The small blind must be inputed.
self.BB = 2 * self.SB # The big blind is always twice the small blind.
self.Round = 1 # The game always starts at round 1.
self.Dealer_Button = random.randint(
1, 2) # The inital player on the button is random.
self.Action_To = self.Dealer_Button # The dealer is first to act in heads-up.
self.Community_Cards = [
] # Initially, 0 of the 5 community cards are on the table.
self.Player_Cards = [
] # Initially, 0 of the 2 Player_Cards are on the table.
self.AI_Cards = [] # Initially, 0 of the 2 AI_Cards are on the table.
self.Best_Cards = [
] # Best_Cards contain the best possible cards determined by
# Determine Hand methods. The player with these cards is
# determined in the game loop.
self.Player_Best_Cards = [
] # This list will contain the human player's best hand on the river.
self.AI_Best_Cards = [
] # This list will contain the AI's best hand on the river.
self.Pot_Stack = 0 # There shouldn't be any chips in the pot before the cards have been dealt
# and the player on the button performs his/her action.
self.lastAction = [0, "", 0] # Keeps track of the last action played.
# Format: [PLAYER (type int: 1 for human player, 2 for AI, 0 for no action),
# ACTION (type string: "Check","Call","Raise", or "Fold"),
# AMOUNT (type int: 0 for check, > 0 for call, > 0 for raise, 0 for fold)]
self.RaisePot = 0 # RaisePot keeps track of the bets before they go to the pot.
self.New_Hand = False # There are many ways a hand can end. New_Hand is a boolean at the end of every possible end to each hand. When a hand ends, New_Hand is set to True.
self.Deck = [
Card(2, "Hearts", 1),
Card(3, "Hearts", 2),
Card(4, "Hearts", 3),
Card(5, "Hearts", 4),
Card(6, "Hearts", 5),
Card(7, "Hearts", 6),
Card(8, "Hearts", 7),
Card(9, "Hearts", 8),
Card(10, "Hearts", 9),
Card(11, "Hearts", 10),
Card(12, "Hearts", 11),
Card(13, "Hearts", 12),
Card(14, "Hearts", 13),
Card(2, "Diamonds", 14),
Card(3, "Diamonds", 15),
Card(4, "Diamonds", 16),
Card(5, "Diamonds", 17),
Card(6, "Diamonds", 18),
Card(7, "Diamonds", 19),
Card(8, "Diamonds", 20),
Card(9, "Diamonds", 21),
Card(10, "Diamonds", 22),
Card(11, "Diamonds", 23),
Card(12, "Diamonds", 24),
Card(13, "Diamonds", 25),
Card(14, "Diamonds", 26),
Card(2, "Clubs", 27),
Card(3, "Clubs", 28),
Card(4, "Clubs", 29),
Card(5, "Clubs", 30),
Card(6, "Clubs", 31),
Card(7, "Clubs", 32),
Card(8, "Clubs", 33),
Card(9, "Clubs", 34),
Card(10, "Clubs", 35),
Card(11, "Clubs", 36),
Card(12, "Clubs", 37),
Card(13, "Clubs", 38),
Card(14, "Clubs", 39),
Card(2, "Spades", 40),
Card(3, "Spades", 41),
Card(4, "Spades", 42),
Card(5, "Spades", 43),
Card(6, "Spades", 44),
Card(7, "Spades", 45),
Card(8, "Spades", 46),
Card(9, "Spades", 47),
Card(10, "Spades", 48),
Card(11, "Spades", 49),
Card(12, "Spades", 50),
Card(13, "Spades", 51),
Card(14, "Spades", 52)
]