def calculate_point_delta(declarerID, winningBid, tricks, playerHands, rubberStates):
pointDeltas = [RubberState(0, 0, False), RubberState(0, 0, False)]
# First check if any player was dealt honors
for i, p in enumerate(playerHands):
honorsCheck = set([x.value for x in p if x.suit == winningBid.bidSuit]) & set(RANKS[8:])
if len(honorsCheck) == 5:
pointDeltas[i % 2].aboveTheLine += 150
if len(honorsCheck) == 4:
pointDeltas[i % 2].aboveTheLine += 100
if winningBid.bidSuit == 'nt' and [x.value for x in p].count('A') == 4:
pointDeltas[i % 2].aboveTheLine += 150
if tricks - 6 >= winningBid.bidValue:
pointMultiplier = 1
# set the point multiplier and add the insult bonus
if winningBid.bidType == 'double':
pointMultiplier = 2
pointDeltas[declarerID % 2].aboveTheLine += 50
if winningBid.bidType == 'redouble':
pointMultiplier = 4
pointDeltas[declarerID % 2].aboveTheLine += 100
pointDeltas[declarerID % 2].belowTheLine += pointMultiplier * Bid.below_point_delta(winningBid.bidValue, winningBid.bidSuit)
pointDeltas[declarerID % 2].aboveTheLine += pointMultiplier * Bid.above_point_delta(tricks - 6 - winningBid.bidValue, winningBid.bidSuit)
else:
# calculate values for getting set
if rubberStates[declarerID % 2].isVulnerable == True:
if winningBid.bidType == 'bid':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 100 * ((winningBid.bidValue + 6) - tricks)
if winningBid.bidType == 'double':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 200 + 300 * ((winningBid.bidValue + 6) - tricks - 1)
if winningBid.bidType == 'redouble':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 400 + 600 * ((winningBid.bidValue + 6) - tricks - 1)
else:
if winningBid.bidType == 'bid':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 50 * ((winningBid.bidValue + 6) - tricks)
if winningBid.bidType == 'double':
doublePenalties = [100,200,200] + [300] * 10
pointDeltas[(declarerID + 1) % 2].aboveTheLine += sum(doublePenalties[:((winningBid.bidValue + 6) - tricks)])
if winningBid.bidType == 'redouble':
redoublePenalties = [200,400,400] + [600] * 11
pointDeltas[(declarerID + 1) % 2].aboveTheLine += sum(redoublePenalties[:((winningBid.bidValue + 6) - tricks)])
for i, delta in enumerate(pointDeltas):
log.event("Point delta for Team " + str(i) + "... " + str(delta))
return pointDeltas
def play(self, rubbers=1):
self.players = [Player(i, (i+2)%4, x) for i, x in enumerate(self._bots)]
dealerID = self.players[0].identifier
currentHand = 0
for rubber in range(rubbers):
newRubber = False
hands = 0
while newRubber == False or hands < 20:
dealerID = self.players[rubber % 4].identifier
log.event("Start hand " + str(currentHand))
game = Game(self.players, self.teamStates, dealerID)
result = game.play()
if result is not None:
newGame, newRubber = self._update_match_points(result)
for i, state in enumerate(self.teamStates):
log.event("Current state for Team {0}... {1}".format(i,state))
log.event("Hand complete, current score: {0} vs {1}".format(self.teamPoints[0], self.teamPoints[1]))
if newGame:
log.summary("Game complete, current score: {0} vs {1}".format(self.teamPoints[0], self.teamPoints[1]))
matchStatsLog.log(self.teamPoints)
hands += 1
currentHand += 1
log.summary("Rubber {0} complete".format(rubber))
gameStatsLog.dump_log()
matchStatsLog.dump_log()
return self.teamPoints
def play(self, rubbers=1):
self.players = [
Player(i, (i + 2) % 4, x) for i, x in enumerate(self._bots)
]
dealerID = self.players[0].identifier
currentHand = 0
for rubber in range(rubbers):
newRubber = False
hands = 0
while newRubber == False or hands < 20:
dealerID = self.players[rubber % 4].identifier
log.event("Start hand " + str(currentHand))
game = Game(self.players, self.teamStates, dealerID)
result = game.play()
if result is not None:
newGame, newRubber = self._update_match_points(result)
for i, state in enumerate(self.teamStates):
log.event("Current state for Team {0}... {1}".format(
i, state))
log.event(
"Hand complete, current score: {0} vs {1}".format(
self.teamPoints[0], self.teamPoints[1]))
if newGame:
log.summary(
"Game complete, current score: {0} vs {1}".format(
self.teamPoints[0], self.teamPoints[1]))
matchStatsLog.log(self.teamPoints)
hands += 1
currentHand += 1
log.summary("Rubber {0} complete".format(rubber))
gameStatsLog.dump_log()
matchStatsLog.dump_log()
return self.teamPoints
def play(self):
deck = Deck()
for i, p in enumerate(self.players):
p.cards = deck.draw()
log.event('Player ' + str(p) + ' dealt: ' + ' '.join(map(lambda x: str(x), p.cards)))
p.start(self.states[i % 2], self.states[(i+1) % 2])
bidList=[]
i = [x.identifier for x in self.players].index(self.dealerID)
while not Match._bidding_complete(bidList):
bid = self.players[i].bid(bidList)
log.event('Player ' + str(self.players[i]) + ' bids: ' + str(bid))
#TODO: handle illegal bids
if Match.legal_bid(bid, bidList, self.players[i].identifier, self.players[i].partnerID):
bidList.append(bid)
else:
raise ValueError("{0} is not a valid bid after [{1}]".format(bid, ','.join((str(x) for x in bidList))))
i = (i + 1) % 4
declarerID = None
winningBid = None
valueBids = [x for x in bidList if x.bidType == 'bid']
if len(valueBids) > 0:
winningBid = valueBids[-1]
log.event("Final bid is: " + str(winningBid))
partnershipBids = [x for x in valueBids if x.bidSuit == valueBids[-1].bidSuit]
declarerID = partnershipBids[0].playerID
log.event("Declarer is: Player " + str(self.players[declarerID]))
else:
log.event("Hand was passed out")
# bidding is complete, now lets play
if declarerID is not None:
for player in self.players:
player.notify_end_bidding(declarerID, winningBid, bidList)
activePlayer = (declarerID + 1) % 4
takenTricks = defaultdict(int)
for i in range(13):
playedCards = []
dummyHand = self.players[self.players[declarerID].partnerID].cards
for j in range(4):
player = self.players[(activePlayer + j) % 4]
#TODO: handle illegal throws
card = player.play_card(playedCards, dummyHand)
log.event("Player " + str(player) + " plays: " + str(card))
playedCards.append(card)
trumpSuit = winningBid.bidSuit
if winningBid.bidSuit == 'nt':
trumpSuit = playedCards[0].suit
winningCard = Match.winning_card(playedCards, trumpSuit)
log.event("Winning card is: " + str(winningCard))
activePlayer = (activePlayer + playedCards.index(winningCard)) % 4
takenTricks[activePlayer] += 1
for player in self.players:
log.event("Player " + str(player) + " took " + str(takenTricks[player.identifier]) + " tricks")
declarerTricks = takenTricks[declarerID] + takenTricks[self.players[declarerID].partnerID]
log.event("Declarer needed {0} tricks and took {1}".format(str(winningBid.bidValue + 6), declarerTricks))
gameStatsLog.log(declarerID, winningBid, takenTricks, self.players)
pointDeltas = Game.calculate_point_delta(declarerID,
winningBid,
declarerTricks,
[x.cards for x in self.players],
self.states)
return pointDeltas
def calculate_point_delta(declarerID, winningBid, tricks, playerHands,
rubberStates):
pointDeltas = [RubberState(0, 0, False), RubberState(0, 0, False)]
# First check if any player was dealt honors
for i, p in enumerate(playerHands):
honorsCheck = set(
[x.value
for x in p if x.suit == winningBid.bidSuit]) & set(RANKS[8:])
if len(honorsCheck) == 5:
pointDeltas[i % 2].aboveTheLine += 150
if len(honorsCheck) == 4:
pointDeltas[i % 2].aboveTheLine += 100
if winningBid.bidSuit == 'nt' and [x.value
for x in p].count('A') == 4:
pointDeltas[i % 2].aboveTheLine += 150
if tricks - 6 >= winningBid.bidValue:
pointMultiplier = 1
# set the point multiplier and add the insult bonus
if winningBid.bidType == 'double':
pointMultiplier = 2
pointDeltas[declarerID % 2].aboveTheLine += 50
if winningBid.bidType == 'redouble':
pointMultiplier = 4
pointDeltas[declarerID % 2].aboveTheLine += 100
pointDeltas[
declarerID %
2].belowTheLine += pointMultiplier * Bid.below_point_delta(
winningBid.bidValue, winningBid.bidSuit)
pointDeltas[
declarerID %
2].aboveTheLine += pointMultiplier * Bid.above_point_delta(
tricks - 6 - winningBid.bidValue, winningBid.bidSuit)
else:
# calculate values for getting set
if rubberStates[declarerID % 2].isVulnerable == True:
if winningBid.bidType == 'bid':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 100 * (
(winningBid.bidValue + 6) - tricks)
if winningBid.bidType == 'double':
pointDeltas[(declarerID + 1) %
2].aboveTheLine += 200 + 300 * (
(winningBid.bidValue + 6) - tricks - 1)
if winningBid.bidType == 'redouble':
pointDeltas[(declarerID + 1) %
2].aboveTheLine += 400 + 600 * (
(winningBid.bidValue + 6) - tricks - 1)
else:
if winningBid.bidType == 'bid':
pointDeltas[(declarerID + 1) % 2].aboveTheLine += 50 * (
(winningBid.bidValue + 6) - tricks)
if winningBid.bidType == 'double':
doublePenalties = [100, 200, 200] + [300] * 10
pointDeltas[(declarerID + 1) % 2].aboveTheLine += sum(
doublePenalties[:((winningBid.bidValue + 6) - tricks)])
if winningBid.bidType == 'redouble':
redoublePenalties = [200, 400, 400] + [600] * 11
pointDeltas[(declarerID + 1) % 2].aboveTheLine += sum(
redoublePenalties[:((winningBid.bidValue + 6) -
tricks)])
for i, delta in enumerate(pointDeltas):
log.event("Point delta for Team " + str(i) + "... " + str(delta))
return pointDeltas
def play(self):
deck = Deck()
for i, p in enumerate(self.players):
p.cards = deck.draw()
log.event('Player ' + str(p) + ' dealt: ' +
' '.join(map(lambda x: str(x), p.cards)))
p.start(self.states[i % 2], self.states[(i + 1) % 2])
bidList = []
i = [x.identifier for x in self.players].index(self.dealerID)
while not Match._bidding_complete(bidList):
bid = self.players[i].bid(bidList)
log.event('Player ' + str(self.players[i]) + ' bids: ' + str(bid))
#TODO: handle illegal bids
if Match.legal_bid(bid, bidList, self.players[i].identifier,
self.players[i].partnerID):
bidList.append(bid)
else:
raise ValueError("{0} is not a valid bid after [{1}]".format(
bid, ','.join((str(x) for x in bidList))))
i = (i + 1) % 4
declarerID = None
winningBid = None
valueBids = [x for x in bidList if x.bidType == 'bid']
if len(valueBids) > 0:
winningBid = valueBids[-1]
log.event("Final bid is: " + str(winningBid))
partnershipBids = [
x for x in valueBids if x.bidSuit == valueBids[-1].bidSuit
]
declarerID = partnershipBids[0].playerID
log.event("Declarer is: Player " + str(self.players[declarerID]))
else:
log.event("Hand was passed out")
# bidding is complete, now lets play
if declarerID is not None:
for player in self.players:
player.notify_end_bidding(declarerID, winningBid, bidList)
activePlayer = (declarerID + 1) % 4
takenTricks = defaultdict(int)
for i in range(13):
playedCards = []
dummyHand = self.players[
self.players[declarerID].partnerID].cards
for j in range(4):
player = self.players[(activePlayer + j) % 4]
#TODO: handle illegal throws
card = player.play_card(playedCards, dummyHand)
log.event("Player " + str(player) + " plays: " + str(card))
playedCards.append(card)
trumpSuit = winningBid.bidSuit
if winningBid.bidSuit == 'nt':
trumpSuit = playedCards[0].suit
winningCard = Match.winning_card(playedCards, trumpSuit)
log.event("Winning card is: " + str(winningCard))
activePlayer = (activePlayer +
playedCards.index(winningCard)) % 4
takenTricks[activePlayer] += 1
for player in self.players:
log.event("Player " + str(player) + " took " +
str(takenTricks[player.identifier]) + " tricks")
declarerTricks = takenTricks[declarerID] + takenTricks[
self.players[declarerID].partnerID]
log.event("Declarer needed {0} tricks and took {1}".format(
str(winningBid.bidValue + 6), declarerTricks))
gameStatsLog.log(declarerID, winningBid, takenTricks, self.players)
pointDeltas = Game.calculate_point_delta(
declarerID, winningBid, declarerTricks,
[x.cards for x in self.players], self.states)
return pointDeltas
