def comparePockets(p1, p2): d = deck.Deck() d.pull(p1[0].suit, p1[0].number) d.pull(p1[1].suit, p1[1].number) d.pull(p2[0].suit, p2[0].number) d.pull(p2[1].suit, p2[1].number) assert len(d.cards) == 48 seq = [4, 3, 2, 1, 0] numSeq = 1 score = 0 handOne = hand.Hand([], 1) handTwo = hand.Hand([], 2) while True: communityCards = getComboFromSequence(seq, d.cards) handOne.cards = p1 + communityCards handTwo.cards = p2 + communityCards winners = hand.winner([handOne, handTwo]) if len(winners) == 1: if winners[0] == 1: score += 1 else: score -= 1 seq = getNextCombinationSequence(seq, d.cards) numSeq += 1 if numSeq > 100000: numSeq = 0 print "Another 100000 combinations tested." if not seq: break return score
def endHand(self):
theWinner = None
maxWin = {}
for p in self.players:
maxWin[p.id] = p.pot
if self.numInHand == 1:
for p in self.players:
if p.isInHand:
winningIDs = [p.id]
elif self.numInHand > 1:
#NEED TO ADD REVEAL CODE HERE
assert len(self.communityCards) == 5
hands = []
for p in self.players:
if p.isInHand:
hands.append(hand.Hand(p.pocket + self.communityCards, ID = p.id))
winningIDs = hand.winner(hands)
else:
assert False
displayText = ""
handName = ""
for ID in winningIDs:
p = self.getPlayerByID(ID)
if len(displayText) == 0:
displayText += p.name
#If the winner revealed their hand include some text to show who won
if p.hasRevealed:
handName = " with "+hand.Hand(p.pocket + self.communityCards).handName()
else:
handName = "."
token = " has won"
else:
displayText += ", "+p.name
token = " have tied"
displayText += token + " this hand" + handName
splitPots = []
while len(winningIDs) > 0:
#First, we need to create split pots for winners who only partially contributed
lowestPotContribution = -10
for p in self.players:
if (p.id in winningIDs) and (p.pot < lowestPotContribution or lowestPotContribution == -10):
lowestPotContribution = p.pot
#Make a new split pot
potAmount = 0
for p in self.players:
deduction = min(lowestPotContribution, p.pot)
p.pot -= deduction
potAmount += deduction
splitIDs = winningIDs[:]
splitPots.append((potAmount, splitIDs))
#Remove all players who are no longer inHand from the winningIDs
for p in self.players:
if p.id in winningIDs and p.pot <= 0:
winningIDs.remove(p.id)
#Any remaining money should return back to the original owner
for p in self.players:
p.bank += p.pot
p.pot = 0
#Now we need to distribute the splitPots (or single pot if there was no all-in plays)
for splitPot in splitPots:
amount, ids = splitPot
fraction = int(amount / len(ids))
remainder = amount % len(ids)
for ID in ids:
p = self.getPlayerByID(ID)
p.bank += fraction
if remainder > 0:
p.bank += remainder
remainder -= 1
#Remove bankrupt players from the game
for p in self.players:
if p.bank < 0:
#Something went wrong and the player has negative money
assert False
elif p.bank == 0:
self.removeFromGame(p)
self.passToPlayers({state.State.CONTINUE_ONLY: True, state.State.CONTINUE_TEXT:displayText})
#Increment the dealer
p = self.getPlayerByID(self.currentDealer)
p.isDealer = False
while True:
self.currentDealer = (self.currentDealer + 1) % self.numPlayers
p = self.getPlayerByID(self.currentDealer)
assert p != None
if p.isInGame == True:
break
p.isDealer = True
def comparePockets(p1, p2, c = [], analysis = False):
d = deck.Deck()
d.pull(p1[0].suit, p1[0].number)
d.pull(p1[1].suit, p1[1].number)
d.pull(p2[0].suit, p2[0].number)
d.pull(p2[1].suit, p2[1].number)
for ci in c:
d.pull(ci.suit, ci.number)
assert len(d.cards) == 48 - len(c)
seq = [4, 3, 2, 1, 0]
seq = seq[len(c):]
numSeq = 1
wins = 0
ties = 0
losses = 0
if analysis:
#Table is indexed by A's hand evaluations with an array storing counts of B's hand evalutations
aTable = {}
for i in range(9):
aTable[i] = {}
for l in range(9):
aTable[i][l] = {}
#Store win/tie/loss
for m in range(3):
aTable[i][l][m] = 0
handOne = hand.Hand([], 1)
handTwo = hand.Hand([], 2)
while True:
communityCards = getComboFromSequence(seq, d.cards) + c
handOne.cards = p1 + communityCards
handTwo.cards = p2 + communityCards
if analysis:
aRank = handOne.evaluate()[0]
bRank = handTwo.evaluate()[0]
winners = hand.winner([handOne, handTwo])
if len(winners) == 1:
if winners[0] == 1:
wins += 1
if analysis:
aTable[aRank][bRank][0] += 1
else:
losses += 1
if analysis:
aTable[aRank][bRank][2] += 1
else:
ties += 1
if analysis:
aTable[aRank][bRank][1] += 1
seq = getNextCombinationSequence(seq, d.cards)
numSeq += 1
if numSeq > 100000:
numSeq = 0
print "Another 100000 combinations tested."
if not seq:
break
if analysis:
return aTable
return (wins, ties, losses)
def endHand(self):
theWinner = None
maxWin = {}
for p in self.players:
maxWin[p.id] = p.pot
if self.numInHand == 1:
for p in self.players:
if p.isInHand:
winningIDs = [p.id]
elif self.numInHand > 1:
#NEED TO ADD REVEAL CODE HERE
assert len(self.communityCards) == 5
hands = []
for p in self.players:
if p.isInHand:
hands.append(
hand.Hand(p.pocket + self.communityCards, ID=p.id))
winningIDs = hand.winner(hands)
else:
assert False
displayText = ""
handName = ""
for ID in winningIDs:
p = self.getPlayerByID(ID)
if len(displayText) == 0:
displayText += p.name
#If the winner revealed their hand include some text to show who won
if p.hasRevealed:
handName = " with " + hand.Hand(
p.pocket + self.communityCards).handName()
else:
handName = "."
token = " has won"
else:
displayText += ", " + p.name
token = " have tied"
displayText += token + " this hand" + handName
splitPots = []
while len(winningIDs) > 0:
#First, we need to create split pots for winners who only partially contributed
lowestPotContribution = -10
for p in self.players:
if (p.id in winningIDs) and (p.pot < lowestPotContribution
or lowestPotContribution == -10):
lowestPotContribution = p.pot
#Make a new split pot
potAmount = 0
for p in self.players:
deduction = min(lowestPotContribution, p.pot)
p.pot -= deduction
potAmount += deduction
splitIDs = winningIDs[:]
splitPots.append((potAmount, splitIDs))
#Remove all players who are no longer inHand from the winningIDs
for p in self.players:
if p.id in winningIDs and p.pot <= 0:
winningIDs.remove(p.id)
#Any remaining money should return back to the original owner
for p in self.players:
p.bank += p.pot
p.pot = 0
#Now we need to distribute the splitPots (or single pot if there was no all-in plays)
for splitPot in splitPots:
amount, ids = splitPot
fraction = int(amount / len(ids))
remainder = amount % len(ids)
for ID in ids:
p = self.getPlayerByID(ID)
p.bank += fraction
if remainder > 0:
p.bank += remainder
remainder -= 1
#Remove bankrupt players from the game
for p in self.players:
if p.bank < 0:
#Something went wrong and the player has negative money
assert False
elif p.bank == 0:
self.removeFromGame(p)
self.passToPlayers({
state.State.CONTINUE_ONLY: True,
state.State.CONTINUE_TEXT: displayText
})
#Increment the dealer
p = self.getPlayerByID(self.currentDealer)
p.isDealer = False
while True:
self.currentDealer = (self.currentDealer + 1) % self.numPlayers
p = self.getPlayerByID(self.currentDealer)
assert p != None
if p.isInGame == True:
break
p.isDealer = True