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Lend a hand #3

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44 changes: 33 additions & 11 deletions Poker-AI/src/classes/card.py
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Original file line number Diff line number Diff line change
Expand Up @@ -13,16 +13,6 @@ def __init__(self, color, number):
self.number = number
self.index = 0

def _print(self, color, number, index):
number = self._values[number] if number > 10 else number
style = str(index) + "." + " _______\n"
style += ' |' + str(number) + self._symbols[color]
if isinstance(number, int) and number > 9:
style += ' |\n'
else:
style += ' |\n'
style += " |_______|"
print(style)

def get_values(self):
return {'index': self.index, 'color': self.color, 'number': self.number}
Expand All @@ -34,5 +24,37 @@ def get_index(self):
return self.index

def display(self):
self._print(self.color, self.number, self.index)
print(self)
return self.get_values()

def __str__(self):
number = self._values[self.number] if self.number > 10 else self.number
style = str(self.index) + "." + " _______\n"
style += ' |' + str(number) + self._symbols[self.color]
if isinstance(number, int) and number > 9:
style += ' |\n'
else:
style += ' |\n'
style += " |_______|"
return style

def __repr__(self):
return str(self.get_values())

def __eq__(self, other):
return self.number == other.number

def __ne__(self, other):
return self.number != other.number

def __lt__(self, other):
return self.number < other.number

def __le__(self, other):
return self.number <= other.number

def __gt__(self, other):
return self.number > other.number

def __ge__(self, other):
return self.number >= other.number
145 changes: 145 additions & 0 deletions Poker-AI/src/classes/hand.py
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Original file line number Diff line number Diff line change
@@ -0,0 +1,145 @@
from card import Card

COMBOS = ("Quint Flush", "Square", "Full", "Flush", "Quint", "Brelan", "Double Pair", "Pair", "High")

class Hand():


def __init__(self, cards):
self.cards = sorted(cards, reverse=True)

def __eq__(self, other):
return COMBOS.index(self.eval_combo()) == COMBOS.index(other.eval_combo()) and self.compare_same_combo(other)

def __ne__(self, other):
return COMBOS.index(self.eval_combo()) != COMBOS.index(other.eval_combo()) or not self.compare_same_combo(other)

def __lt__(self, other):
return COMBOS.index(self.eval_combo()) > COMBOS.index(other.eval_combo()) or \
COMBOS.index(self.eval_combo()) == COMBOS.index(other.eval_combo()) and self.compare_same_combo(other) < 0

def __le__(self, other):
return COMBOS.index(self.eval_combo()) > COMBOS.index(other.eval_combo()) or \
COMBOS.index(self.eval_combo()) == COMBOS.index(other.eval_combo()) and self.compare_same_combo(other) <= 0

def __gt__(self, other):
return COMBOS.index(self.eval_combo()) < COMBOS.index(other.eval_combo()) or \
COMBOS.index(self.eval_combo()) == COMBOS.index(other.eval_combo()) and self.compare_same_combo(other) > 0

def __ge__(self, other):
return COMBOS.index(self.eval_combo()) < COMBOS.index(other.eval_combo()) or \
COMBOS.index(self.eval_combo()) == COMBOS.index(other.eval_combo()) and self.compare_same_combo(other) >= 0

def __repr__(self):
return str(self.cards)

def __str__(self):
return "\n".join(str(c) for c in self.cards)

def is_quint_flush(self):
if self.is_quint() and self.is_flush():
return "Quint Flush"
return None

def is_square(self):
if self.cards[0].number == self.cards[1].number == self.cards[2].number == self.cards[3].number or\
self.cards[1].number == self.cards[2].number == self.cards[3].number == self.cards[4].number:
return "Square"
return None

def is_full(self):
if self.cards[0].number == self.cards[1].number and self.cards[2].number == self.cards[3].number == self.cards[4].number or\
self.cards[0].number == self.cards[1].number == self.cards[2].number and self.cards[3].number == self.cards[4].number:
return "Full"
return None

def is_flush(self):
if self.cards[0].color == self.cards[1].color == self.cards[2].color == self.cards[3].color == self.cards[4].color:
return "Flush"
return None

def is_quint(self):
if self.cards[0].number == self.cards[1].number + 1 == self.cards[2].number + 2 == self.cards[3].number + 3 == self.cards[4].number + 4:
return "Quint"
if self.cards[1].number - 4 == self.cards[2].number - 3 == self.cards[3].number - 2 == self.cards[4].number - 1 == self.cards[0].number - 13 == 1:
return "Quint"
return None

def is_brelan(self):
if self.cards[0].number == self.cards[1].number == self.cards[2].number or\
self.cards[1].number == self.cards[2].number == self.cards[3].number or\
self.cards[2].number == self.cards[3].number == self.cards[4].number:
return "Brelan"
return None

def is_double_pair(self):
if self.cards[0].number == self.cards[1].number and self.cards[2].number == self.cards[3].number or\
self.cards[1].number == self.cards[2].number and self.cards[3].number == self.cards[4].number or\
self.cards[0].number == self.cards[1].number and self.cards[3].number == self.cards[4].number:
return "Double Pair"
return None

def is_pair(self):
if self.cards[0].number == self.cards[1].number or self.cards[2].number == self.cards[3].number or\
self.cards[1].number == self.cards[2].number or self.cards[3].number == self.cards[4].number:
return "Pair"
return None

def eval_combo(self):
order = (self.is_quint_flush, self.is_square, self.is_full, self.is_flush, self.is_quint, self.is_brelan, self.is_double_pair, self.is_pair)
for a_combo in order:
whatsthat = a_combo()
if whatsthat:
return whatsthat
return "High"

def compare_same_combo(self, other):
for card1, card2 in zip(self.cards, other.cards):
if card1.number > card2.number:
return 1
if card2.number > card1.number:
return -1
return 0

# COLORS:
# Clubs, Diamonds, Hearts, Spades
# VALUES:
# ACE: 1, NORMAL: 2-10, JACK: 11, QUEEN: 12, KING: 13
def test():
hand1 = (Card("Hearts", 14),Card("Hearts", 2),Card("Hearts", 3),Card("Hearts", 4),Card("Hearts", 5),)
hand2 = (Card("Clubs", 14),Card("Diamonds", 14),Card("Spades", 14),Card("Hearts", 14),Card("Hearts", 5),)
hand2bis = (Card("Clubs", 14),Card("Diamonds", 14),Card("Spades", 14),Card("Spades", 5),Card("Hearts", 5),)
hand3 = (Card("Hearts", 14),Card("Hearts", 2),Card("Hearts", 8),Card("Hearts", 4),Card("Hearts", 5),)
hand4 = (Card("Clubs", 14),Card("Hearts", 2),Card("Hearts", 3),Card("Hearts", 4),Card("Hearts", 5),)
hand5 = (Card("Clubs", 14),Card("Diamonds", 14),Card("Spades", 14),Card("Spades", 8),Card("Hearts", 5),)
hand6 = (Card("Clubs", 14),Card("Diamonds", 14),Card("Spades", 8),Card("Spades", 5),Card("Hearts", 5),)
hand7 = (Card("Clubs", 14),Card("Diamonds", 14),Card("Spades", 8),Card("Spades", 5),Card("Hearts", 3),)
handy1 = Hand(hand1)
print(handy1)
print(handy1.eval_combo())
handy2 = Hand(hand2)
print(handy2)
print(handy2.eval_combo())
handy2b = Hand(hand2bis)
print(handy2b)
print(handy2b.eval_combo())
handy3 = Hand(hand3)
print(handy3)
print(handy3.eval_combo())
handy4 = Hand(hand4)
print(handy4)
print(handy4.eval_combo())
handy5 = Hand(hand5)
print(handy5)
print(handy5.eval_combo())
handy6 = Hand(hand6)
print(handy6)
print(handy6.eval_combo())
handy7 = Hand(hand7)
print(handy7)
print(handy7.eval_combo())

print(handy1 > handy2 > handy2b > handy3 > handy4 > handy5 > handy6 > handy7)

if __name__ == '__main__':
test()