def bet():
action = ""
global game
if game.getLenRemaining() == 1:
return
print "bet"
for player in game.getPlayers():
if not player.in_game:
continue
remaining = game.getRemaining()
if len(remaining) > 1:
tablecards = game.getTable().get_cards()
hand = player.get_hand() + tablecards
hand_power = find_hand(cards.calc_cards_power(hand))
print "Player", player.no, "has", hand_power + str(cards.calc_cards_power(hand))
action = betting.evaluateHand(game, player)
addContext(player, action)
print "#####", player.hs
else:
game.finished = True
player_won(player)
remaining = game.getRemaining()
for player in remaining:
if player.bet != game.getTable().get_bet():
bet()
def calculate_results(self, player, opponents, shared_cards):
result = {"win": 0, "loss": 0, "tie": 0}
pl = cards.calc_cards_power(player + shared_cards)
i = 0
for p in opponents:
i += 1
o = cards.calc_cards_power(p + shared_cards)
if o[0] > pl[0]:
result['loss'] += 1
elif o[0] == pl[0]:
if o == pl:
result['tie'] += 1
else:
loss = False
for j in range(1, len(o)):
if o[j] > pl[j]:
loss = True
break
if loss:
result['loss'] += 1
else:
result['win'] += 1
else:
result['win'] += 1
# Return win tables.
return result
def calculate_results(self, player, opponents, shared_cards):
loss = False
tie = False
pl = cards.calc_cards_power(player + shared_cards)
for p in opponents:
o = cards.calc_cards_power(p + shared_cards)
if o[0] > pl[0]:
loss = True
elif o[0] == pl[0]:
if o == pl:
tie = True
else:
for j in range(1, len(o)):
if o[j] > pl[j]:
loss = True
break
# Return win tables.
return {
"win": int(not (loss or tie)),
"loss": int(loss),
"tie": int(tie and not (loss))
}
def calculateOutcome(player, tableCards, opponents):
winners = []
currentWinner = player
hand = player[:]
for c in tableCards:
hand.append(c)
winningHand = cards.calc_cards_power(hand)
winners.append(player)
for opponent in opponents:
ny_hand = opponent
for c in tableCards:
ny_hand.append(c)
power = cards.calc_cards_power(ny_hand)
for i in range(len(power)):
if power[i] > winningHand[i]:
currentWinner = opponent
winningHand = power
winners = [currentWinner]
break
elif power[i] < winningHand[i]:
break
elif i == len(power):
winners.append(opponent)
if not player in winners: # Lose
return -1
elif len(winners) == 1: # Win
return 1
else: # Draw
return 0
def calculate_results(self, player, opponents, shared_cards):
result = {"win": 0, "loss": 0, "tie": 0}
pl = cards.calc_cards_power(player + shared_cards)
i = 0
for p in opponents:
i += 1
o = cards.calc_cards_power(p + shared_cards)
if o[0] > pl[0]:
result['loss'] += 1
elif o[0] == pl[0]:
if o == pl:
result['tie'] += 1
else:
loss = False
for j in range(1, len(o)):
if o[j] > pl[j]:
loss = True
break
if loss:
result['loss'] += 1
else:
result['win'] += 1
else:
result['win'] += 1
# Return win tables.
return result
def calculateOutcome(player, tableCards, opponents):
winners = []
currentWinner = player
hand = player[:]
for c in tableCards:
hand.append(c)
winningHand = cards.calc_cards_power(hand)
winners.append(player)
for opponent in opponents:
ny_hand = opponent
for c in tableCards:
ny_hand.append(c)
power = cards.calc_cards_power(ny_hand)
for i in range(len(power)):
if power[i] > winningHand[i]:
currentWinner = opponent
winningHand = power
winners = [currentWinner]
break
elif power[i] < winningHand[i]:
break
elif i == len(power):
winners.append(opponent)
if not player in winners: # Lose
return -1
elif len(winners) == 1: # Win
return 1
else: # Draw
return 0
def calculate_win(self, is_last_round=False):
# Winning calcs
if self.count_active_players(self.active_players) < 2:
for p in self.active_players:
if p != None:
print("Pot is added to winner", p.name)
p.win(self.pot)
return [[p],
cards.calc_cards_power(p.cards + self.shared_cards)
]
if is_last_round:
count_active = self.count_active_players(self.active_players)
winner = [None, [0, 0, 0, 0, 0]]
for p in self.active_players:
if p == None:
continue
ranking = cards.calc_cards_power(p.cards + self.shared_cards)
#If the players cards are better than the current winner,
#the player is set as the current winner
if ranking[0] > winner[1][0]:
winner = [[p], ranking]
elif ranking[0] == winner[1][0]:
#If the player has the same cards as the current winner,
#they will share the pot, so we add the player to the winner-table
if ranking == winner[1]:
winner[0].append(p)
else:
for j in range(1, len(ranking)):
if ranking[j] > winner[1][j]:
winner = [[p], ranking]
break
for p in winner[0]:
print("Pot is added to winner after last round")
#p.win(self.pot/len(winner[0]))
winners = len(winner[0])
if (winners > 1):
# It's a tie, register it, and split the money
p.showdown_tie(self.pot / winners)
else:
# Only one winner, give him the money!
p.showdown_win(self.pot / winners)
#Check who lost the showdown
for p in self.active_players:
if p != None:
p.save_modeling(count_active, self.shared_cards)
if not p in winner[0]:
# Register loss on the players
p.showdown_loss()
return winner
return False
def calculate_win(self, is_last_round=False):
# Winning calcs
if self.count_active_players(self.active_players) < 2:
for p in self.active_players:
if p != None:
print("Pot is added to winner", p.name)
p.win(self.pot)
return [[p], cards.calc_cards_power(p.cards + self.shared_cards)]
if is_last_round:
count_active = self.count_active_players(self.active_players)
winner = [None, [0, 0, 0, 0, 0]]
for p in self.active_players:
if p == None:
continue
ranking = cards.calc_cards_power(p.cards + self.shared_cards)
# If the players cards are better than the current winner,
# the player is set as the current winner
if ranking[0] > winner[1][0]:
winner = [[p], ranking]
elif ranking[0] == winner[1][0]:
# If the player has the same cards as the current winner,
# they will share the pot, so we add the player to the winner-table
if ranking == winner[1]:
winner[0].append(p)
else:
for j in range(1, len(ranking)):
if ranking[j] > winner[1][j]:
winner = [[p], ranking]
break
for p in winner[0]:
print("Pot is added to winner after last round")
# p.win(self.pot/len(winner[0]))
winners = len(winner[0])
if winners > 1:
# It's a tie, register it, and split the money
p.showdown_tie(self.pot / winners)
else:
# Only one winner, give him the money!
p.showdown_win(self.pot / winners)
# Check who lost the showdown
for p in self.active_players:
if p != None:
p.save_modeling(count_active, self.shared_cards)
if not p in winner[0]:
# Register loss on the players
p.showdown_loss()
return winner
return False
def calculateOutcome(player, opponent):
playerPower = cards.calc_cards_power(player)
opponentPower = cards.calc_cards_power(opponent)
for i in range(len(playerPower)):
if playerPower[i] > opponentPower[i]:
return 1
elif playerPower[i] < opponentPower[i]:
return -1
elif i == len(playerPower):
return 0
def evaluateHand(game, player):
if player.phase == 1:
gameHand = player.hand + game.getTable().get_cards()
hand = cards.calc_cards_power(gameHand, len(gameHand))
#print "PHASE1: ", hand
evaluateHandNormal(player, game.getTable(), hand)
elif player.strategy == 3:
print "PHASE2: "
evaluateHandLastPhase(game, player)
#test(game)
checkValue = player.strategy.getAction(game, player)
#print checkValue
#if player.strategy.aggressive == False and player.strategy.coward == False:
# evaluateHandNormal(player, table, hand)
#el
if checkValue == "raise":
#print "###################\n RAISE \n#####################"
#print player.strategy.aggressive
return raise_bet(player, game.getTable(), bet)
elif checkValue == "call":
#print "###################\n CALL \n#####################"
#print player.strategy.aggressive
return call(player, game.getTable())
elif checkValue == "fold":
#print "###################\n FOLD \n#####################"
#print player.strategy.aggressive
return fold(player)
elif checkValue == "check":
#print "###################\n CHECK \n#####################"
return check(player, game.getTable())
else:
print "Betting strategy do not work!"
def take_loose_aggressive_action(self, highest_bet, pot, players, position, shared_cards, state, total_raises, strength, highest_strength):
#1. Highest card
#2. One pair
#3. Two pair
#4. 3 of a kind
#5. Straight
#6. Flush
#7. Full House
#8. 4 of a kind
#9. Straight Flush - with Royal Flush being the highest of these
ranking = cards.calc_cards_power(self.cards + shared_cards) # calculate hand ranking
action = ""
ret = None
if state == 1:
# Pre-flop
if (ranking[0] == 1 and ranking[1] > 12) or (ranking[0] == 2) or (strength > 0.30 and highest_strength != 0 and strength > (highest_strength - 0.2)): #High card and highest card is above 10 or pair or strength > 30%
# Raise
if(self.raise_count > 5):
self.last_action = "call"
ret = self.call_action(highest_bet)
else:
if(self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
else:
if(self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
return self.fold_action()
elif state >= 2:
# Post-flop
if(self.raise_count > 5):
self.last_action = "call"
ret = self.call_action(highest_bet)
else:
if (ranking[0] == 2 and players < 4 and self.sum_pot_in != highest_bet) or (strength > 0.30 and highest_strength != 0 and strength > (highest_strength - 0.2)) or (ranking[0] > 3 and self.sum_pot_in != highest_bet):
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif self.sum_pot_in == highest_bet:
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
return self.fold_action()
else:
return self.fold_action()
if self.last_action != "":
self.take_action_super(highest_bet, pot, players, position, shared_cards, state, total_raises, self.last_action)
print("DEBUG RET FROM AGGRESSIVE ===================== ", ret)
return ret
def bet(game):
if len(find_remaining(players)) == 1:
return
for player in players:
if player.in_game == False:
continue
remaining = find_remaining(players)
if len(remaining) > 1:
tablecards = table.get_cards()
hand = player.get_hand() + tablecards
hand_power = find_hand(cards.calc_cards_power(hand))
betting.evaluateHand(player, table, cards.calc_cards_power(hand))
else:
game.finished = True
player_won(player)
remaining = find_remaining(players)
for player in remaining:
if player.bet != table.bet:
bet(game)
def Showdown():
global remainingPlayers
global tableCards, estimatorTable
print("SHOWDOWN!")
#print("Remaining players:", len(remainingPlayers))
winners = []
for a in remainingPlayers:
#estimatorTable[a.name].append(a.contextTable)
estimatorTable[a.name] = a.contextTable
if len(remainingPlayers) > 0:
currentWinner = remainingPlayers[0]
#hand = currentWinner.cards
hand = list(tableCards)
hand.append(currentWinner.cards[0])
hand.append(currentWinner.cards[1])
winningHand = cards.calc_cards_power(hand)
winners.append(remainingPlayers[0])
#print "Player:", currentWinner.name, winningHand, " ", currentWinner.cards
for i in range(1,len(remainingPlayers)):
#hand2 = remainingPlayers[i].cards
hand2 = list(tableCards)
hand2.append(remainingPlayers[i].cards[0])
hand2.append(remainingPlayers[i].cards[1])
power2 = cards.calc_cards_power(hand2)
#print "Player:", remainingPlayers[i].name, power2, " ", remainingPlayers[i].cards
for j in range(len(power2)):
if power2[j] > winningHand[j]:
currentWinner = remainingPlayers[i]
winningHand = power2
winners = [currentWinner]
break
elif power2[j] < winningHand[j]:
break;
elif j == len(power2)-1:
winners.append(remainingPlayers[i])
print "Winner(s) after showdown!:"
for p in winners:
print p.name, winningHand, "(prize",pot/len(winners),")", "personality:(",p.personality,")","type:(",p.type,")"
p.cash += pot/len(winners)
def calculate_results(self, player, opponents, shared_cards):
loss = False
tie = False
pl = cards.calc_cards_power(player + shared_cards)
for p in opponents:
o = cards.calc_cards_power(p + shared_cards)
if o[0] > pl[0]:
loss = True
elif o[0] == pl[0]:
if o == pl:
tie = True
else:
for j in range(1, len(o)):
if o[j] > pl[j]:
loss = True
break
# Return win tables.
return {"win": int(not(loss or tie)), "loss": int(loss), "tie": int(tie and not(loss))}
def print_action_info(self, shared_cards):
print(self.name, "- play style: " + self.play_style, "(", self.money,
"credits):", cards.card_names(self.cards),
cards.calc_cards_power(self.cards + shared_cards))
print("Total wins before showdown: ", self.total_pre_showdown_win)
print("Total wins at showdown: ", self.total_showdown_win)
print("Total ties at showdown: ", self.total_showdown_tie)
print("Total losses at showdown: ", self.total_showdown_loss)
print("Total calls: ", self.total_call)
print("Total checks: ", self.total_check)
print("Total raises: ", self.total_raise)
print("Total folds: ", self.total_fold)
print("\n")
def bet(): global game remaining = game.getRemaining() if len(remaining) == 1: return print "bet" for player in remaining: if len(remaining) > 1: tablecards = game.getTable().get_cards() hand = player.get_hand() + tablecards hand_power = find_hand(cards.calc_cards_power(hand)) print "Player", player.no, "has", hand_power + str(cards.calc_cards_power(hand)) context = str(game.state) + str(len(remaining)) + str(pot_odds(game.table, player)) action = betting.evaluateHand(game, player) print action, game.table.bet player.contexts[context+action] = 0 remaining = game.getRemaining() else: game.finished = True player_won(player) remaining = game.getRemaining() for player in remaining: if player.bet != game.getTable().get_bet(): bet()
def showdown():
remaining = list(players)
players_power = []
#print "Showdown!\n-------------------"
for player in players:
hand = player.hand + table
hand_power = cards.calc_cards_power(hand)
# print "hand power", hand_power
players_power.append(hand_power)
while len(remaining) > 1:
remaining2 = check_hand(players_power, remaining)
remaining = remaining2[1]
#print "After showdown,", len(remaining), "players remain"
if len(remaining) == 0:
return remaining2[0][0]
return find_winners(remaining)
def showdown(game):
remaining = find_remaining(players)
if len(remaining) == 1:
return
tablecards = table.get_cards()
players_power = []
for player in remaining:
hand = player.get_hand()
hand_power = cards.calc_cards_power(hand)
players_power.append(hand_power)
while len(remaining) > 1:
remaining = check_hand(players_power, remaining)
remaining = remaining[1]
game.finished = True
if len(remaining) == 0:
return
player_won(remaining[0])
def showdown():
global game
remaining = game.getRemaining()
if len(remaining) == 1:
return
tableCards = game.getTable().get_cards()
players_power = []
#print "-------------------Showdown!-------------------"
for player in remaining:
hand = player.get_hand() + tableCards
hand_power = cards.calc_cards_power(hand)
#print "hand power", hand_power
players_power.append(hand_power)
while len(remaining) > 1:
remaining2 = check_hand(players_power, remaining)
remaining = remaining2[1]
#print "After showdown,", len(remaining), "players remain"
game.finished = True
if len(remaining) == 0:
return
player_won(remaining[0])
def print_info(self, shared_cards):
print(self.name, "- play style: "+self.play_style, "(", self.money, "credits):", cards.card_names(self.cards), cards.calc_cards_power(self.cards + shared_cards))
def take_tight_passive_action(self, highest_bet, pot, players, position, shared_cards, state, total_raises, strength, highest_strength):
#1. Highest card
#2. One pair
#3. Two pair
#4. 3 of a kind
#5. Straight
#6. Flush
#7. Full House
#8. 4 of a kind
#9. Straight Flush - with Royal Flush being the highest of these
ranking = cards.calc_cards_power(self.cards + shared_cards) # calculate hand ranking
self.last_action = ""
if len(shared_cards) < 1: # pre-flop
# check for pair, high cards, suited, high card suited.
if (ranking[0] == 2 and ranking[1] > 9 and self.raise_count < 3) or (strength > 0.7 and highest_strength != 0 and strength > (highest_strength)):
# raise if not already committed equally to highest bet
# check otherwise (call 0)
if(self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif (ranking[0] == 1 and ranking[1] > 10 and ranking[2] > 10) or (strength > 0.5 and highest_strength != 0 and strength > (highest_strength-0.1)): # high card
# call
self.last_action = "call"
ret = self.call_action(highest_bet)
elif self.cards[0][1] == self.cards[1][1] and ranking[1] > 10 and ranking[2] > 10: # suited high
# call
self.last_action = "call"
ret = self.call_action(highest_bet)
elif self.sum_pot_in == highest_bet:
# check, we use call for this purpose(calls 0)
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
# fold
return self.fold_action()
else: # post-flop
if ((ranking[0] == 3 and ranking[1] > 10 and ranking[2] > 10) or (ranking[0] == 4 and ranking[1] > 7) or (ranking[0] > 4) or (strength > 0.7 and highest_strength != 0 and strength > (highest_strength))) and self.raise_count < 3:
# raise if not already committed equally to highest bet
# check otherwise (call 0)
if(self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif (highest_bet != self.sum_pot_in and ((ranking[0] == 1) or (ranking[0] == 2 and ranking[1] < 12) )) or strength < 0.3 or (highest_strength != 0 and highest_strength-0.1 > strength):
# fold
return self.fold_action()
else:
# call/check
self.last_action = "call" if highest_bet != self.sum_pot_in else "check"
ret = self.call_action(highest_bet)
if self.last_action != "":
self.take_action_super(highest_bet, pot, players, position, shared_cards, state, total_raises, self.last_action)
return ret
def take_loose_aggressive_action(self, highest_bet, pot, players, position,
shared_cards, state, total_raises):
#1. Highest card
#2. One pair
#3. Two pair
#4. 3 of a kind
#5. Straight
#6. Flush
#7. Full House
#8. 4 of a kind
#9. Straight Flush - with Royal Flush being the highest of these
ranking = cards.calc_cards_power(
self.cards + shared_cards) # calculate hand ranking
action = ""
ret = None
if state == 1:
# Pre-flop
if ranking[0] == 1 and ranking[
1] > 12: #High card and highest card is above 10
# Raise
if (self.raise_count > 5):
self.last_action = "call"
ret = self.call_action(highest_bet)
else:
if (self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif ranking[0] == 2: # Hole pair.. RAISE!
if (self.raise_count > 5):
self.last_action = "call"
ret = self.call_action(highest_bet)
else:
if (self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
else:
if (self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
return self.fold_action()
elif state >= 2:
# Post-flop
if (self.raise_count > 5):
self.last_action = "call"
ret = self.call_action(highest_bet)
else:
if ranking[
0] == 2 and players < 4 and self.sum_pot_in != highest_bet:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif ranking[0] > 3 and self.sum_pot_in != highest_bet:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif self.sum_pot_in == highest_bet:
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
return self.fold_action()
else:
return self.fold_action()
if self.last_action != "":
self.take_action_super(highest_bet, pot, players, position,
shared_cards, state, total_raises,
self.last_action)
#print("DEBUG RET FROM AGGRESSIVE ===================== ", ret)
return ret
def take_tight_passive_action(self, highest_bet, pot, players, position,
shared_cards, state, total_raises):
#1. Highest card
#2. One pair
#3. Two pair
#4. 3 of a kind
#5. Straight
#6. Flush
#7. Full House
#8. 4 of a kind
#9. Straight Flush - with Royal Flush being the highest of these
ranking = cards.calc_cards_power(
self.cards + shared_cards) # calculate hand ranking
action = ""
if len(shared_cards) < 1: # pre-flop
# check for pair, high cards, suited, high card suited.
if ranking[0] == 2 and ranking[1] > 9 and self.raise_count < 3:
# raise if not already committed equally to highest bet
# check otherwise (call 0)
if (self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif ranking[0] == 1 and ranking[1] > 10 and ranking[
2] > 10: # high card
# call
self.last_action = "call"
ret = self.call_action(highest_bet)
elif self.cards[0][1] == self.cards[1][
1] and ranking[1] > 10 and ranking[2] > 10: # suited high
# call
self.last_action = "call"
ret = self.call_action(highest_bet)
elif self.sum_pot_in == highest_bet:
# check, we use call for this purpose(calls 0)
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
# fold
return self.fold_action()
else: # post-flop
if ((ranking[0] == 3 and ranking[1] > 10 and ranking[2] > 10) or
(ranking[0] == 4 and ranking[1] > 7) or
(ranking[0] > 4)) and self.raise_count < 3:
# raise if not already committed equally to highest bet
# check otherwise (call 0)
if (self.sum_pot_in == highest_bet):
self.last_action = "check"
ret = self.call_action(highest_bet)
else:
self.last_action = "raise"
ret = self.raise_action(highest_bet)
elif highest_bet != self.sum_pot_in and (
(ranking[0] == 1) or (ranking[0] == 2 and ranking[1] < 12)):
# fold
return self.fold_action()
else:
# call/check
self.last_action = "call" if highest_bet != self.sum_pot_in else "check"
ret = self.call_action(highest_bet)
if self.last_action != "":
self.take_action_super(highest_bet, pot, players, position,
shared_cards, state, total_raises,
self.last_action)
return ret
def print_action_info(self, shared_cards):
print(self.name, "- play style: "+self.play_style, "(", self.money, "credits):", cards.card_names(self.cards), cards.calc_cards_power(self.cards + shared_cards))
print("Total wins before showdown: ", self.total_pre_showdown_win)
print("Total wins at showdown: ", self.total_showdown_win)
print("Total ties at showdown: ", self.total_showdown_tie)
print("Total losses at showdown: ", self.total_showdown_loss)
print("Total calls: ", self.total_call)
print("Total checks: ", self.total_check)
print("Total raises: ", self.total_raise)
print("Total folds: ", self.total_fold)
print("\n")
def Assess(self):
if(self.type == "phase1"):
if(len(tableCards) == 0):
pass
else:
if (self != smallBlind or not firstRound) and (self != bigBlind or not firstRound):
i = random.randint(0,2)
if i == 0:
self.Fold()
elif i == 1:
self.Raise(raiseValue)
else:
self.Call()
else:
cashmult = 1
powertol = 1
if(self.personality == "conservative"):
cashmult = 2
powertol = 2
elif(self.personality == "bluffer"):
cashmult = 4
powertol = 0
elif(self.personality == "persistent"):
cashmult = 99
powertol = 2
if(not done):
temp = []
temp.append(self.cards[0])
temp.append(self.cards[1])
for card in tableCards:
temp.append(card)
hand = list(temp)
#self.cards = list(hand)
power = cards.calc_cards_power(hand)[0]
if power > powertol and self.bet < cashmult*raiseValue:
self.Raise(raiseValue)
elif power > ((powertol/2) and self.bet < (cashmult/2)*raiseValue) or self.bet == currentBet:
self.Call()
else:
self.Fold()
elif(self.type == "phase2"):
if len(tableCards) == 0:
high = None
low = None
suit = None
if self.cards[0][0] > self.cards[1][0]:
high = self.cards[0][0]
low = self.cards[1][0]
else:
high = self.cards[1][0]
low = self.cards[0][0]
if self.cards[0][1] == self.cards[1][1]:
suit = 1
else:
suit = 0
if(self.handStrength == 0):
self.handStrength = preFlopTable[high -2][low -2][suit][len(players) -2] *2
else:
if(self.handStrength == 0):
self.handStrength = CalculateHandStrength(self)
printHandStrength(self)
#raiser med bra kort, men raiser ikke med for mye
if self.personality == "conservative":
if(self.handStrength > 0.6):
if self.bet < raiseValue * 2:
self.Raise(raiseValue)
else:
self.Call()
elif((self.handStrength >0.45 and self.bet < raiseValue * 2) or self.bet == currentBet):
self.Call()
else:
self.Fold()
elif self.personality == "bluffer":
if(self.handStrength > 0.5):
if self.bet < raiseValue * 10:
self.Raise(raiseValue)
else:
self.Call()
elif(self.handStrength > (1/len(remainingPlayers)) or self.bet == currentBet):
self.Call()
else:
self.Fold()
elif self.personality == "persistent":
if(self.handStrength > 0.6):
if self.bet < raiseValue * 20:
self.Raise(raiseValue)
else:
self.Call()
elif(self.handStrength >(1/len(remainingPlayers)) or self.bet == currentBet):
self.Call()
else:
self.Fold()
elif(self.type == "phase3"):
if(len(tableCards) == 0):
high = None
low = None
suit = None
if self.cards[0][0] > self.cards[1][0]:
high = self.cards[0][0]
low = self.cards[1][0]
else:
high = self.cards[1][0]
low = self.cards[0][0]
if self.cards[0][1] == self.cards[1][1]:
suit = 1
else:
suit = 0
if(self.handStrength == 0):
self.handStrength = preFlopTable[high -2][low -2][suit][len(players) -2] * 2
else:
if(self.handStrength == 0):
self.handStrength = CalculateHandStrength(self)
printHandStrength(self)
#ownStrength = hand_strength.calculateHandStrength([self.cards[0],self.cards[1]], len(remainingPlayers) -1, tableCards)
guess = self.GuessHand()
shouldRaise = False
shouldCall = True
shouldFold = False
if self.personality == "conservative":
for g in guess:
if g > self.handStrength:
shouldFold = True
shouldRaise = False
break
elif self.handStrength-0.1 > g:
Raise = True
if(shouldRaise):
if(self.bet < raiseValue * 3):
self.Raise(raiseValue)
else:
self.Call()
elif(shouldCall or self.bet == currentBet):
self.Call()
elif(shouldFold):
self.Fold()
elif self.personality == "persistent":
counter = 0
for g in guess:
if g > self.handStrength:
counter += 1
if(counter > len(remainingPlayers)/3):
shouldFold = True
shouldCall = False
elif counter == 0:
shouldRaise = True
shouldCall = False
if(shouldRaise):
if(self.bet < 20*raiseValue):
self.Raise(raiseValue)
else:
self.Call()
elif (shouldCall or self.bet == currentBet):
self.Call()
else:
self.Fold()
elif self.personality == "bluffer":
counter = 0
for g in guess:
if g > self.handStrength:
counter += 1
if(counter > len(remainingPlayers)/2):
shouldFold = True
shouldCall = False
elif counter < 2:
shouldRaise = True
shouldCall = False
if(shouldRaise):
if(self.bet < 10*raiseValue):
self.Raise(raiseValue)
else:
self.Call()
elif (shouldCall or self.bet == currentBet):
self.Call()
else:
self.Fold()