def main():
# create NonRandom instance with seed
nr = NonRandom()
nr.set_seed(1)
# create game and player
wheel = Wheel(nr)
table = Table()
game = Game(wheel, table)
player = Martingale(table)
# assign default values to prevent future changes on them
player.BASE_AMOUNT = 1
player.BASE_BET = "Black"
# create simulator instance
simulator = Simulator(game, player)
simulator.SAMPLES = 3
# execute simulator
simulator.gather()
# print results
print "\n"
print "Maxima", simulator.maxima, "\n"
print "Final", simulator.final, "\n"
print "Durations", simulator.durations, "\n"
def test_martingale_lucky():
# black, red, red,red, black, black
rng = NonRandom([2, 5, 9, 12, 11, 10])
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(100)
# win
game.cycle(player)
assert player.stake == 101
game.cycle(player)
# loose, bet 1
assert player.stake == 100
game.cycle(player)
# loose, bet 2
assert player.stake == 98
game.cycle(player)
# loose, bet 4
assert player.stake == 94
game.cycle(player)
# win, gain 8, will bet 1
assert player.stake == 102
game.cycle(player)
# win, gain 2, will bet 1
assert player.stake == 103
def test_martingale_lucky():
# black, red, red,red, black, black
rng = NonRandom([2, 5, 9, 12, 11, 10])
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(100)
# win
game.cycle(player)
assert player.stake == 101
game.cycle(player)
# loose, bet 1
assert player.stake == 100
game.cycle(player)
# loose, bet 2
assert player.stake == 98
game.cycle(player)
# loose, bet 4
assert player.stake == 94
game.cycle(player)
# win, gain 8, will bet 1
assert player.stake == 102
game.cycle(player)
# win, gain 2, will bet 1
assert player.stake == 103
def test_Player_Martingale(self):
playerMartingale = Martingale(self.currentTable)
playerMartingale.initialBet = 5
expectedStake = [205, 210, 215, 210, 200, 180, 220]
"""Expect Player to left the game because lack of funds."""
for i in range(6):
self.game.cycle(playerMartingale, 0)
self.assertEqual(playerMartingale.stake, expectedStake[i])
def __init__(self):
"""Initialize Play state by setting Table, Wheel, Player, Game
"""
self.wheel = Wheel()
self.table = Table(self.wheel)
# self.player = Player57(self.table)
self.player = Martingale(self.table)
self.game = Game(self.wheel, self.table)
def test_martingale_cant_make_huge_bets():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(32)
player.bet_amount = 4
for i in range(4):
game.cycle(player)
assert player.playing() is False
def test_martingale_loose_all():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(8)
for i in range(4):
game.cycle(player)
assert player.stake > 0
assert player.playing() is False
def test_martingale_loose_all():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(8)
for i in range(4):
game.cycle(player)
assert player.stake > 0
assert player.playing() is False
def setUp(self):
# create NonRandom instance with seed
nr = NonRandom()
nr.set_seed(1)
# create game and player
wheel = Wheel(nr)
table = Table()
game = Game(wheel, table)
player = Martingale(table)
# assign default values to prevent future changes on them
player.BASE_AMOUNT = 1
player.BASE_BET = "Black"
# create simulator instance
self.simulator = Simulator(game, player)
self.simulator.SAMPLES = 3
def test_martingale(self):
print('Testing martingale')
outcomes = [1, 1, 1, 2, 2]
self.player = Martingale(self.table)
for outcome in outcomes:
self.player.placeBets()
for bet in self.table.__iter__():
print(bet.__repr__())
if bet.outcome in self.wheel.get(outcome).outcomes:
print('Winner')
self.player.win(bet)
else:
self.player.lose(bet)
print('Loser')
self.table.clear()
self.assertEqual(self.player.stake, 255, 'Should be 255')
def test_martingale_cant_make_huge_bets():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(32)
player.bet_amount = 4
for i in range(4):
game.cycle(player)
assert player.playing() is False
class Play:
def __init__(self):
"""Initialize Play state by setting Table, Wheel, Player, Game
"""
self.wheel = Wheel()
self.table = Table(self.wheel)
# self.player = Player57(self.table)
self.player = Martingale(self.table)
self.game = Game(self.wheel, self.table)
def run(self):
"""Play round of game.
Parameters
-------------
player:Player,
Player state for a round of the Game.
"""
print(self.player.stake)
if self.player.playing():
self.game.cycle(self.player)
print(self.player.stake)
