def calculateProbabilities(allHoleCombinations, pre_flop_table):
for n in range(1, 10): # For 1 til 9 motstandere
for comb in allHoleCombinations: # For alle kombinasjoner av hullkort
comb = list(comb)
sorter(comb)
classAlreadyCalculated = False
# Her sjekkes det om det allerede er regnet ut sansynligheten for aa vinne for denne ekvivalensklassen
if comb[0][1] == comb[1][1]:
if pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][1][n -
1] != -1:
classAlreadyCalculated = True
elif pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][0][n -
1] != -1:
classAlreadyCalculated = True
if not classAlreadyCalculated:
numberOfWins = float(0)
numberOfDraws = float(0)
numberOfLose = float(0)
numberOfRollouts = 10
for i in range(numberOfRollouts):
new_cards = cards.gen_52_shuffled_cards()
removeComb(comb, new_cards)
opponents = []
for foo in range(n):
opponent = []
opponent.append(new_cards.pop())
opponent.append(new_cards.pop())
opponents.append(opponent)
table = []
for bar in range(5):
table.append(new_cards.pop())
outcome = calculateOutcome(comb, table, opponents)
if outcome == -1:
numberOfLose += 1
elif outcome == 0:
numberOfDraws += 1
else:
numberOfWins += 1
actual_strength = (numberOfWins /
(float(numberOfRollouts)))
if comb[0][1] != comb[1][1]:
pre_flop_table[comb[0][0] -
2][comb[1][0] -
2][0][n - 1] = actual_strength
else:
pre_flop_table[comb[0][0] -
2][comb[1][0] -
2][1][n - 1] = actual_strength
def NewRound():
# Henter en ny kortstokk og starter en ny runde
#velger ny big blind og small blind
global bigBlind,smallBlind,players,remainingPlayers, deck, tableCards,pot,done
pot = 0
done = False
bigBlind = players[1]
smallBlind = players[0]
tableCards = []
deck = cards.gen_52_shuffled_cards()
remainingPlayers = deque(players)
# Trekker kort til alle spillerene
for p in players:
p.playing = True
p.cards = DrawCards(2)
preBetInfo()
# Forste runde med vedding
preBetInfo
InitialBet()
if(not done):
# Trekker flop-kort
tableCards = DrawCards(3)
preBetInfo()
#print "TABLE CARDS: ", tableCards
# Ny runde med vedding
FlopBet()
if(not done):
# Trekker turn-kort
flop = list(DrawCards(1))
tableCards.append(flop[0])
#print "TABLE CARDS: ", tableCards
# Ny runde med vedding
preBetInfo()
TurnBet()
# Trekker river-kort
river = DrawCards(1)
tableCards.append(river[0])
#print "TABLE CARDS: ", tableCards
# Siste runde med vedding
preBetInfo()
RiverBet()
if(not done):
# Showdown
preBetInfo()
Showdown()
players.rotate(1)
def calculateProbabilities(allHoleCombinations, pre_flop_table):
for n in range(1, 10): # For 1 til 9 motstandere
for comb in allHoleCombinations: # For alle kombinasjoner av hullkort
comb = list(comb)
sorter(comb)
classAlreadyCalculated = False
# Her sjekkes det om det allerede er regnet ut sansynligheten for aa vinne for denne ekvivalensklassen
if comb[0][1] == comb[1][1]:
if pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][1][n - 1] != -1:
classAlreadyCalculated = True
elif pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][0][n - 1] != -1:
classAlreadyCalculated = True
if not classAlreadyCalculated:
numberOfWins = float(0)
numberOfDraws = float(0)
numberOfLose = float(0)
numberOfRollouts = 10
for i in range(numberOfRollouts):
new_cards = cards.gen_52_shuffled_cards()
removeComb(comb, new_cards)
opponents = []
for foo in range(n):
opponent = []
opponent.append(new_cards.pop())
opponent.append(new_cards.pop())
opponents.append(opponent)
table = []
for bar in range(5):
table.append(new_cards.pop())
outcome = calculateOutcome(comb, table, opponents)
if outcome == -1:
numberOfLose += 1
elif outcome == 0:
numberOfDraws += 1
else:
numberOfWins += 1
actual_strength = numberOfWins / (float(numberOfRollouts))
if comb[0][1] != comb[1][1]:
pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][0][n - 1] = actual_strength
else:
pre_flop_table[comb[0][0] - 2][comb[1][0] - 2][1][n - 1] = actual_strength
