def main():
global INIT_CHIPS
Table.INIT_CHIPS = INIT_CHIPS
o = TerminalJustPotCollectionTextualObserver()
t = Table([TerminalPlayer, SemiRandomBot, SemiRandomBot])
t.attach_observer(o)
t.run_tournament()
def main():
t = Table([SemiRandomBot, SemiRandomBot, SemiRandomBot])
o = TerminalTextualObserver()
f = FileTextualObserver()
t.attach_observer(o)
t.attach_observer(f)
t.run_tournament()
def test_bug_case_00(self) -> None:
"""
Situation:
- All in player is winner
- Next best player collects rest
Total pot = 28
All in player received: 24 :: (24)
Next best player received: 28 :: (4)
"""
table = Table(create_dummy_classes(3))
player_1 = table._players
player_2 = table._players.next
player_3 = table._players.next.next
table._community_cards = [
Card('9', 'Heart', 8),
Card('Jack', 'Spade', 10),
Card('5', 'Heart', 4),
Card('Ace', 'Diamond', 13),
Card('10', 'Diamond', 9)
]
player_1._basic_player._hand = [
Card('2', 'Spade', 1),
Card('Queen', 'Spade', 11)
]
player_2._basic_player._hand = [
Card('King', 'Spade', 12),
Card('King', 'Diamond', 12)
]
player_3._basic_player._hand = [
Card('8', 'Spade', 7),
Card('6', 'Spade', 5)
]
table._pot = 28
player_1.total_bet = 10
player_1.current_move = Moves.CHECK
player_1._basic_player._chips = 71
player_2.total_bet = 8
player_2.current_move = Moves.ALL_IN
player_2._basic_player._chips = 0
player_3.total_bet = 10
player_3.current_move = Moves.CHECK
player_3._basic_player._chips = 51
table._init_showdown_phase()
table._init_pot_collection_phase()
self.assertEqual(75, player_1.get_amount_of_chips())
self.assertEqual(24, player_2.get_amount_of_chips())
self.assertEqual(51, player_3.get_amount_of_chips())
def __init__(self, *args, **kwargs) -> None:
super().__init__(*args, **kwargs)
self.table = Table(create_dummy_classes(4))
self.player_1 = self.table._players
self.player_2 = self.player_1.next
self.player_3 = self.player_2.next
self.player_4 = self.player_3.next
self.moves = Moves
def main() -> None:
global VALIDATION_EPISODES, INIT_CHIPS, SMALL_BET, BIG_BET
Table.INIT_CHIPS = INIT_CHIPS
Table.SMALL_BET = SMALL_BET
Table.BIG_BET = BIG_BET
prepare_dqn()
table = Table(PLAYERS)
total_win_cnt = {player_name: 0 for player_name in table.player_names}
for episode in range(1, VALIDATION_EPISODES + 1):
table.reset_tournament()
table.run_tournament()
total_win_cnt[table.get_winner_name()] += 1
print_progress(episode, total_win_cnt)
print_results(total_win_cnt)
from game import Table t = Table() t._data = ["_", "O", "X", "_", "O", "X", "_", "O", "X"] print(t.win())
def __init__(self, *args, **kwargs) -> None:
super().__init__(*args, **kwargs)
Table.INIT_CHIPS = 10
self.table = Table(create_dummy_classes(2))
self.player_1 = self.table._players
self.player_2 = self.player_1.next
def test_bug_case_01(self) -> None:
"""
Situation:
4 players. All in player & another not all in player split the pot.
Total pot: 14
All in player received: 5 : (4)
Not all in player received: 9 : (10)
"""
#
table = Table(create_dummy_classes(4))
table.INIT_CHIPS = 100
player_1 = table._players
player_2 = player_1.next
player_3 = player_2.next
player_4 = player_3.next
table._community_cards = [
Card('Queen', 'Spade', 11),
Card('10', 'Club', 9),
Card('Jack', 'Spade', 10),
Card('Jack', 'Diamond', 10),
Card('8', 'Spade', 7)
]
player_1.receive_cards(
[Card('Jack', 'Heart', 10),
Card('8', 'Diamond', 7)])
player_2.receive_cards(
[Card('4', 'Club', 3),
Card('Queen', 'Club', 11)])
player_3.receive_cards(
[Card('6', 'Diamond', 5),
Card('Ace', 'Spade', 13)])
player_4.receive_cards(
[Card('2', 'Heart', 1),
Card('Queen', 'Diamond', 11)])
table._pot = 14
player_1.total_bet = 4
player_1.current_move = Moves.FOLD
player_1._basic_player._chips = 38
player_2.total_bet = 6
player_2.current_move = Moves.RAISE
player_2._basic_player._chips = 164
player_3.total_bet = 2
player_3.current_move = Moves.FOLD
player_3._basic_player._chips = 34
player_4.total_bet = 2
player_4.current_move = Moves.ALL_IN
player_4._basic_player._chips = 0
table._init_showdown_phase()
table._init_pot_collection_phase()
self.assertEqual(38, player_1.get_amount_of_chips())
self.assertEqual(174, player_2.get_amount_of_chips())
self.assertEqual(34, player_3.get_amount_of_chips())
self.assertEqual(4, player_4.get_amount_of_chips())