def calculate_implied_odds(self, least_fund, call_value, pot_value, t):
# effective stack = opponent fund before his bet / according to pokemon, the least stack before bet (it doesnt matter who has the stack, we or one of the opponent)
# call value = call value or opponent's bet
# pot_value = pot value before opponent's bet
oc = Outs_Calculator()
outs = oc.evaluate_hands(self, t.myCards, t.cardsOnTable)
pot_odds = (pot_value + call_value) / call_value
if t.gameStage == 'Flop':
hitting_odds = (1 / (outs / 47)) - 1
else:
hitting_odds = (1 / (outs / 46)) - 1
odds_difference = hitting_odds - pot_odds
ev_difference = call_value * odds_difference
remaining_stack = least_fund - call_value
pot_on_next_street = pot_value + (call_value * 2)
return ev_difference, remaining_stack, pot_on_next_street
def test_inside_straight_and_two_overcards_draw(self):
oc = Outs_Calculator()
my_cards = ['AC', 'KD']
cards_on_table = ['QH', 'TC', '2S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 4)
def test_inside_straight_and_flush_draw(self):
oc = Outs_Calculator()
my_cards = ['AD', 'KD']
cards_on_table = ['JD', 'QS', '3D']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 12)
def test_open_ended_straight_draw(self):
oc = Outs_Calculator()
my_cards = ['9C', '8D']
cards_on_table = ['7C', 'TH', '3S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 8)
def test_flush_draw(self):
oc = Outs_Calculator()
my_cards = ['KS', 'JS']
cards_on_table = ['AS', '6S', '8D']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 9)
def test_two_overcards_to_over_pair(self):
oc = Outs_Calculator()
my_cards = ['AD', 'JH']
cards_on_table = ['TC', '8D', '2S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_full_house_or_4_kind_draw(self):
oc = Outs_Calculator()
my_cards = ['6C', '6D']
cards_on_table = ['6S', '7H', 'JC']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_no_pair_to_pair(self):
oc = Outs_Calculator()
my_cards = ['9C', '7D']
cards_on_table = ['2S', '3D', 'JC']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_game_number(self):
oc = Outs_Calculator()
my_cards = ['KH', 'KC']
cards_on_table = ['QD', '4H', '9S']
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_two_pair_to_full_house(self):
oc = Outs_Calculator()
my_cards = ['KH', 'QS']
cards_on_table = ['KC', 'QD', '5S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test__one_pair_to_two_pair_of_set(self):
oc = Outs_Calculator()
my_cards = ['AC', 'QD']
cards_on_table = ['AD', 'TC', '3S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_inside_straight_draw(self):
oc = Outs_Calculator()
my_cards = ['JH', '9C']
cards_on_table = ['QS', '8D', '4C']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 4)
def test_one_overcard(self):
oc = Outs_Calculator()
my_cards = ['AS', '8D']
cards_on_table = ['JC', '5S', '2D']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_pocket_pair_to_set(self):
oc = Outs_Calculator()
my_cards = ['KH', 'KC']
cards_on_table = ['QD', '4H', '9S']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_full_house(self):
oc = Outs_Calculator()
my_cards = ['6S', '6D']
cards_on_table = ['JS', 'JH', 'JD']
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 0)
def test_open_straight_and_flush_draw(self):
oc = Outs_Calculator()
my_cards = ['KH', 'QH']
cards_on_table = ['TH', 'JS', '4H']
oc.evaluate_hands(my_cards, cards_on_table, oc)
self.assertEqual(oc.evaluate_hands(my_cards, cards_on_table, oc), 15)