def test_player_states(self):
bet_amount = 10
self.player.win(Bet(self.outcomes[0], bet_amount))
print(self.player.sequence)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.sequence)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.sequence)
self.player.win(Bet(self.outcomes[1], bet_amount))
print(self.player.sequence)
def test_bet_multiple(self):
for i in range(4):
for i in range(2):
self.player.win(Bet(self.outcomes[0],
self.player.bet_multiple))
print(self.player.bet_multiple)
for j in range(3):
self.player.lose(
Bet(self.outcomes[1], self.player.bet_multiple))
print(self.player.bet_multiple)
def test_bet_multiple(self):
red = Bin(Outcome("Red", 1))
black = Bin(Outcome("Black", 1))
for i in range(4):
for i in range(2):
self.player.win(
Bet(Outcome("Black", 1), self.player.bet_multiple))
print(self.player.bet_multiple)
for j in range(3):
self.player.lose(
Bet(Outcome("Black", 1), self.player.bet_multiple))
print(self.player.bet_multiple)
def place_bets(self):
bet_amount = self.base_bet
if not self.can_place_bet(bet_amount):
return
self.table.place_bet(Bet(black, bet_amount))
self.stake -= bet_amount
def __init__(self):
"""
Player ctor.
"""
super().__init__()
self.__bet = Bet(0)
self.__purse = Purse()
def place_bets(self):
"""Updates the table with a bet on black. The amount bet is bet_multiple"""
bet_amount = self.base_bet * self.bet_multiple
if not self.can_place_bet(bet_amount):
return
self.table.place_bet(Bet(MartingalePlayer.outcome, bet_amount))
self.stake -= bet_amount
def place_bets(self):
"""Creates a bet from the sum of the first and last values of sequence. The
first value is at index 0."""
bet_amount = self.bet_amount()
bet = Bet(self.outcome, bet_amount)
self.table.place_bet(bet)
self.stake -= bet.amount
def place_bets(self):
"""Place a randomly selected bet from all possible outcomes and a fixed bet amount."""
bet_amount = self.base_bet
if not self.can_place_bet(bet_amount):
return
outcome = self._next_outcome()
self.table.place_bet(Bet(outcome, bet_amount))
self.stake -= bet_amount
return outcome
def test_player_fibonacci(self):
bet_amount = 10
self.player.win(Bet(self.outcomes[0], bet_amount))
print(self.player.recent, self.player.previous)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.win(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.lose(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.win(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
self.player.win(Bet(self.outcomes[1], bet_amount))
print(self.player.recent, self.player.previous)
def setUp(self):
self.bet1 = Bet(Outcome("test1", 2), 100)
self.bet2 = Bet(Outcome("test2", 3), 200)
self.table1 = Table(250)
self.table2 = Table(300)
def test_win_amount(self):
bet1 = Bet(self.outcome1, 10)
bet2 = Bet(self.outcome2, 20)
self.assertEqual(bet1.win_amount(), 20)
self.assertEqual(bet2.lose_amount(), 20)
def current_bet(self):
"""Constructs a bet from the players outcome information. Bet multiplier is 6."""
amount = self.player.base_bet * 6
return Bet(self.player.outcome, amount)