def test_evaluator10():
"""Hand evaluator test"""
cards = [['7C', '5S', '3S', 'JD', '8H', '2S', 'KH'],
['AD', '3D', '3S', '5D', '9H', '8S', 'KH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator1():
"""Hand evaluator test"""
cards = [['3H', '3S', '4H', '4S', '8S', '8C', 'QH'],
['KH', '6C', '4H', '4S', '8S', '8C', 'QH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator9():
"""Hand evaluator test"""
cards = [['2C', '2D', '4S', '4D', '4H', '8S', 'KH'],
['7C', '7S', '7D', '7H', '8H', '8S', 'JH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator6b():
"""Hand evaluator test"""
cards = [['7C', '7C', 'AC', 'AC', '8C', '8S', '7H'],
['2C', '3C', '4C', '5C', '6C', '8S', 'KH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator5():
"""Hand evaluator test"""
cards = [['2D', '2H', 'AS', 'AD', 'AH', '8S', '7H'],
['7C', '7S', '7H', 'AD', 'AS', '8S', '8H']]
expected = 0
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator6():
"""Hand evaluator test"""
cards = [['7C', '7S', '7H', 'AD', 'KS', '5S', '8H'],
['2D', '3H', 'AS', '4D', '5H', '8S', '7H']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator4():
"""Hand evaluator test"""
cards = [['8S', 'TS', '8H', 'KS', '9S', 'TH', 'KH'],
['TD', '7S', '8H', 'KS', '9S', 'TH', 'KH']]
expected = 0
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator3():
"""Hand evaluator test"""
cards = [['AS', 'KS', 'TS', '9S', '7S', '2H', '2H'],
['AS', 'KS', 'TS', '9S', '8S', '2H', '2H']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator2():
"""Hand evaluator test"""
cards = [['8H', '8D', 'QH', '7H', '9H', 'JH', 'TH'],
['KH', '6C', 'QH', '7H', '9H', 'JH', 'TH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator13():
"""Hand evaluator test"""
cards = [['9S', '7H', 'KS', 'KH', 'AH', 'AS', 'AC'],
['8D', '2H', 'KS', 'KH', 'AH', 'AS', 'AC']]
expected = 0
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator12():
"""Hand evaluator test"""
cards = [['AS', '8H', 'TS', 'JH', '3H', '2H', 'AH'],
['QD', 'QH', 'TS', 'JH', '3H', '2H', 'AH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def test_evaluator7():
"""Hand evaluator test"""
cards = [['AC', 'JS', 'AS', '2D', '5H', '3S', '3H'],
['QD', 'JD', 'TS', '9D', '6H', '8S', 'KH'],
['2D', '3D', '4S', '5D', '6H', '8S', 'KH']]
expected = 1
winner, _ = eval_best_hand(cards)
assert winner == cards[expected]
def run_montecarlo(self,
original_player_card_list,
original_table_card_list,
player_amount,
ui,
maxRuns,
timeout,
ghost_cards,
opponent_range=1):
if type(opponent_range) == float or type(opponent_range) == int:
opponent_allowed_cards = self.get_opponent_allowed_cards_list(
opponent_range)
log.debug('Preflop reverse tables for ranges for opponent: NO')
elif type(opponent_range == set):
log.debug('Preflop reverse tables for ranges for opponent: YES')
opponent_allowed_cards = opponent_range
winnerCardTypeList = []
wins = 0
runs = 0
passes = 0
OriginalDeck = self.create_card_deck()
if ghost_cards != '':
OriginalDeck.pop(OriginalDeck.index(ghost_cards[0]))
OriginalDeck.pop(OriginalDeck.index(ghost_cards[1]))
for m in range(maxRuns):
runs += 1
Deck = copy(OriginalDeck)
PlayerCardList = copy(original_player_card_list)
TableCardsList = copy(original_table_card_list)
Players, Deck, passes = self.distribute_cards_to_players(
Deck, player_amount, PlayerCardList, TableCardsList,
opponent_allowed_cards, passes)
Deck5Cards = self.distribute_cards_to_table(Deck, TableCardsList)
PlayerFinalCardsWithTableCards = []
for o in range(0, player_amount):
PlayerFinalCardsWithTableCards.append(Players[o] + Deck5Cards)
bestHand, winnerCardType = eval_best_hand(
PlayerFinalCardsWithTableCards)
winner = (PlayerFinalCardsWithTableCards.index(bestHand))
# print (winnerCardType)
CollusionPlayers = 0
if winner < CollusionPlayers + 1:
wins += 1
winnerCardTypeList.append(
winnerCardType
) # winnerlist.append(winner) # self.equity=wins/m # if self.equity>0.99: self.equity=0.99 # EquityList.append(self.equity)
self.equity = np.round(wins / runs, 3)
if passes > 999 and time.time() > timeout:
log.debug("Cutting short montecarlo due to timeout")
log.debug("Passes: " + str(passes))
log.debug("Runs: " + str(runs))
break
# if passes >= maxruns: break
self.equity = wins / runs
self.winnerCardTypeList = Counter(winnerCardTypeList)
for key, value in self.winnerCardTypeList.items():
self.winnerCardTypeList[key] = value / runs
self.winTypesDict = self.winnerCardTypeList.items()
self.runs = runs
self.passes = passes
return self.equity, self.winTypesDict
