def setUp(self):
self.outcome1 = Outcome("abc", 2)
self.outcome2 = Outcome("def", 3)
self.outcome3 = Outcome("ghi", 4)
self.outcome4 = Outcome("jkl", 5)
self.bin1 = Bin(self.outcome1, self.outcome2, self.outcome3)
self.bin2 = Bin(self.outcome2, self.outcome3, self.outcome4)
self.wheel = Wheel(NonRandom())
self.wheel.set_bin(0, self.bin1)
self.wheel.set_bin(1, self.bin2)
def setUp(self):
table = Table(100)
rng_wheel = NonRandom()
wheel = Wheel(rng_wheel)
rng_player = NonRandom()
self.initial_player_stake = 1000
self.table = table
self.game = Game(wheel, table)
self.player = RandomPlayer(table, rng_player)
self.player.stake = self.initial_player_stake
self.player.rounds_to_go = 10
possible_outcomes = []
for bin in wheel.bin_iterator():
for outcome in bin:
possible_outcomes.append(outcome)
self.player.set_possible_outcomes(possible_outcomes)
def setUp(self):
table = Table(200)
self.player = MartingalePlayer(table)
self.player.stake = 100
wheel = Wheel(NonRandom())
# bin_builder = BinBuilder()
# bin_builder.build_bins(wheel)
self.game = Game(wheel, table)
def setUp(self):
table = Table(100)
rng = NonRandom()
wheel = Wheel(rng)
self.game = Game(wheel, table)
self.player = MartingalePlayer(table)
self.player.stake = 1000
self.player.rounds_to_go = 10
self.outcomes = [Outcome("Black", 1), Outcome("Red", 1)]
def setUp(self):
table = Table(100)
rng = NonRandom()
wheel = Wheel(rng)
self.inital_player_stake = 1000
self.table = table
self.game = Game(wheel, table)
self.player = SevenRedsPlayer(table)
self.player.stake = self.inital_player_stake
self.player.rounds_to_go = 10
self.outcomes = Outcome("Black", 1)
def setUp(self):
table = Table(100)
rng_wheel = NonRandom()
wheel = Wheel(rng_wheel)
self.initial_player_stake = 1000
self.table = table
self.game = Game(wheel, table)
self.player = PlayerFibonacci(table)
self.player.stake = self.initial_player_stake
self.player.rounds_to_go = 1
self.outcomes = [Outcome("Black", 1), Outcome("Red", 1)]
class TestWheel(unittest.TestCase):
def setUp(self):
self.outcome1 = Outcome("abc", 2)
self.outcome2 = Outcome("def", 3)
self.outcome3 = Outcome("ghi", 4)
self.outcome4 = Outcome("jkl", 5)
self.bin1 = Bin(self.outcome1, self.outcome2, self.outcome3)
self.bin2 = Bin(self.outcome2, self.outcome3, self.outcome4)
self.wheel = Wheel(NonRandom())
self.wheel.set_bin(0, self.bin1)
self.wheel.set_bin(1, self.bin2)
def test_can_add_bins(self):
self.assertEqual(self.wheel.get_bin(0), self.bin1)
self.assertEqual(self.wheel.get_bin(1), self.bin2)
def test_rng(self):
for i in range(12):
print(self.wheel.next())
print(self.wheel.next())
class testWheel(unittest.TestCase):
def setUp(self):
self.wheel = Wheel()
for i in range(38):
outcome = Outcome(f"some outcome{i}", i)
self.wheel.add_outcome(i, outcome)
def test_add_outcome(self):
new_outcome = Outcome("new add", 10)
self.wheel.add_outcome(1, new_outcome)
self.assertEqual(2, len(self.wheel.get(1)))
def test_choose(self):
randomizer = random.Random()
randomizer.seed(5)
randomizeds = [randomizer.randint(0, 37) for _ in range(5)]
self.wheel.random_generator.seed(5)
for random_num in randomizeds:
chosen_bin = self.wheel.choose()
self.assertEqual(
Bin([Outcome(f"some outcome{random_num}", random_num)]),
chosen_bin)
def setUp(self):
self.wheel = Wheel()
self.bin_builder = BinBuilder()
def setUp(self):
self.wheel = Wheel()
for i in range(38):
outcome = Outcome(f"some outcome{i}", i)
self.wheel.add_outcome(i, outcome)
#!/usr/bin/env python3 from src.game import Game from src.player import MartingalePlayer, SevenRedsPlayer, Player1326, PlayerFibonacci from src.simulator import Simulator from src.table import Table from src.wheel import Wheel from test.non_random import NonRandom chosen_player = PlayerFibonacci wheel = Wheel() table = Table(1000) game = Game(wheel, table) player = chosen_player(table) simulator = Simulator(game, player) # possible_outcomes = [] # for bin in wheel.bin_iterator(): # for outcome in bin: # possible_outcomes.append(outcome) # self.player.set_possible_outcomes(possible_outcomes) simulator.gather() print(simulator.durations) print(simulator.maxima)