class Player:
def __init__(self, n, b=10):
self.hand = Hand()
self.name = n
self.bank = b
self.bet = 0
def draw_new_card_from_deck(self, deck):
self.hand.add_card(deck.draw_card())
def take_card(self, card):
self.hand.add_card(card)
def generate_tp(val=15, val2=15, val3=15):
"""Generate two pairs 5 cards hand"""
suits = ["Spade", "Club", "Diamond", "Heart"]
h = Hand()
# First Pair
choice = random.choice(suits)
choice2 = random.choice(suits)
while choice == choice2:
choice2 = random.choice(suits)
if val == 15:
val = random.choice(range(2, 15))
for su in suits:
if not (su.__eq__(choice) or su.__eq__(choice2)):
h.add_card(Card(su, val))
# Second Pair
choice = random.choice(suits)
choice2 = random.choice(suits)
while choice == choice2:
choice2 = random.choice(suits)
while val2 == 15 or val2 == val:
val2 = random.choice(range(2, 15))
for su in suits:
if not (su.__eq__(choice) or su.__eq__(choice2)):
h.add_card(Card(su, val2))
# Last Card
while val3 == 15 or val3 == val or val3 == val2:
val3 = random.choice(range(2, 15))
h.add_card(Card(random.choice(suits), val3))
return h
def getQuads(self, values, cards, player):
for key, val in values.items():
if len(val) == 4:
return Hand(name=Hands.quads,
owner=player.id,
cards=val,
kickers=[[c for c in cards if c.value != key][0]])
return None
def getOnePair(self, values, cards, player):
for key, val in values.items():
if len(val) == 2:
return Hand(name=Hands.onePair,
owner=player.id,
cards=val,
kickers=[c for c in cards if c.value != key][:3])
return None
def getTrips(self, values, cards, player):
for key, val in values.items():
if len(val) == 3:
return Hand(name=Hands.trips,
owner=player.id,
cards=val,
kickers=[c for c in cards if c.value != key][0:2])
return None
def getRoyal(self, suits, player):
straightFlush = self.getStraightFlush(suits, player)
if straightFlush and sorted(straightFlush.cards,
key=lambda c: c.value)[0].value == 10:
return Hand(Hands.royalFlush,
owner=player.id,
cards=straightFlush.cards)
return None
def print_qt(num, ch):
_c = False
_qt = None
try:
# Load Qtable from file
with np.load('Qtable/qtablenpc.npz') as data:
_qt = data['qtable']
_c = True
except IOError:
print("error loading qtable")
if not _c:
exit(0)
_h = Hand()
_res = np.zeros(8, dtype=int)
for i in range(num):
print(
"Cards -- big blind -- money ranges -- small blind -- money ranges"
)
for j in range(i + 1, num):
_h.add_card(Card.decode(i))
_h.add_card(Card.decode(j))
for i1 in range(2):
for j1 in range(4):
_res[i1 * 4 + j1] = PokerEnv.encode(
_h, i1, 1 + (j1 * (ch / 2)), ch)
_s = _h.__str__() + " - "
for i2 in range(8):
_s += str.format('{:.2f}', _qt[_res[i2]][0])
_s += "|"
_s += str.format('{:.2f}', _qt[_res[i2]][1])
_s += " -- "
print(_s)
_h.clear_hand()
def getFlush(self, suits, player):
for key, val in suits.items():
if len(val) >= 5:
return Hand(name=Hands.flush,
owner=player.id,
cards=val[:5],
kickers=val[1:5])
return None
def getTwoPair(self, values, cards, player):
pairs = [v for k, v in values.items() if len(v) == 2]
if len(pairs) > 1:
return Hand(name=Hands.twoPair,
owner=player.id,
cards=pairs[0] + pairs[1],
kickers=[[
c for c in cards if c.value != pairs[0][0].value
and c.value != pairs[1][0].value
][0]])
return None
def generate_tok(val=15, val2=15, val3=15):
"""Generate three of a kind 5 cards hand"""
suits = ["Spade", "Club", "Diamond", "Heart"]
choice = random.choice(suits)
if val == 15:
val = random.choice(range(2, 15))
h = Hand()
for su in suits:
if not su.__eq__(choice):
h.add_card(Card(su, val))
while val2 == 15 or val2 == val:
val2 = random.choice(range(2, 15))
h.add_card(Card(random.choice(suits), val2))
while val3 == 15 or val3 == val or val3 == val2:
val3 = random.choice(range(2, 15))
h.add_card(Card(random.choice(suits), val3))
return h
def getFullHouse(self, values, player):
trips = []
dubs = []
for key, val in values.items():
if len(val) == 3:
trips = val
for key, val in values.items():
if len(val) == 2:
dubs = val
break
break
if trips and dubs:
return Hand(name=Hands.fullHouse,
owner=player.id,
cards=trips + dubs
# this might need work, lookup trips rules
)
return None
def getStraight(self, cards, player):
if cards[0].value == 14:
cards = cards + [Card(1, cards[0].suit)]
seqCards = []
for c in cards:
if not seqCards or seqCards[-1].value - c.value == 1:
seqCards.append(c)
elif seqCards[-1].value - c.value > 1:
seqCards = [c]
if len(seqCards) == 5:
if seqCards[-1].value == 1:
seqCards[-1] = Card(14, seqCards[-1].suit)
return Hand(name=Hands.straight,
owner=player.id,
cards=seqCards)
return None
def getStraightFlush(self, suits, player):
for key, val in suits.items():
if len(val) >= 5:
cards = val[:]
if cards[0].value == 14:
cards = cards + [Card(1, cards[0].suit)]
seqCards = []
for c in cards:
if not seqCards or seqCards[-1].value - c.value == 1:
seqCards.append(c)
elif seqCards[-1].value - c.value > 1:
seqCards = [c]
if len(seqCards) == 5:
if seqCards[-1].value == 1:
seqCards[-1] = Card(14, seqCards[-1].suit)
return Hand(name=Hands.straightFlush,
owner=player.id,
cards=seqCards)
return None
def generate_fh(val=15, val2=15):
"""Generate Full house 5 cards hand"""
suits = ["Spade", "Club", "Diamond", "Heart"]
choice = random.choice(suits)
if val == 15:
val = random.choice(range(2, 15))
h = Hand()
for su in suits:
if not su.__eq__(choice):
h.add_card(Card(su, val))
choice, choice2 = random.choice(suits), random.choice(suits)
while choice2 == choice:
choice2 = random.choice(suits)
while val2 == 15 or val2 == val:
val2 = random.choice(range(2, 15))
for su in suits:
if not (su.__eq__(choice) or su.__eq__(choice2)):
h.add_card(Card(su, val2))
return h
def __init__(self, n, b=10):
self.hand = Hand()
self.name = n
self.bank = b
self.bet = 0
def getHighCard(self, cards, player):
return Hand(name=Hands.highCard,
owner=player.id,
cards=[cards[0]],
kickers=cards[1:])