def main():
print('This program rolls a pair of dice repeatedly %d times'\
% NUM_ROLLS)
total_rolls = 0
for num in range(1000):
die1 = dice.Die()
die2 = dice.Die()
die1.roll
die2.roll
sum = int(die1) + int(die2)
if sum == 2 or sum == 3 or sum == 12:
total_rolls += 1
print('Total number of rolls that equal 2, 3, or 12 within the %d rolls: %d'\
% (NUM_ROLLS, total_rolls))
def __init__(self, entries, generator=None, name=None):
self._entries = entries
self._sort()
self._minimum = self._entries[0].minimum
self._maximum = self._entries[-1].maximum
if generator is None:
self._generator = dice.Die(self._maximum - self._minimum + 1)
else:
self._generator = generator
if name is None:
self._name = 'Unnamed Table'
else:
self._name = name
self._result = None
self._history = []
def die_6():
return dice.Die(6)
def test_bad_sides(self):
with self.assertRaises(ValueError):
dice.Die(1)
def test_membership(self):
test_die = dice.Die(2)
# give this test die the value of what was in hand1
test_die.value = self.hand1.results[0].value
self.assertIn(test_die, self.hand1.results)
# dice.D10(),
# dice.D10(),
# dice.D10()])
# meter = dice.Diedometer(test.dice)
# print(' meter: {}'.format(meter.meter))
# print(' incrementing...')
# while not meter.finished:
# meter.increment()
# while meter.result > 35:
# meter.drop_die()
# # print(' meter: {}: {} (dropped: {}'.format(meter.meter,
# # meter.result,
# # meter.dropped_dice))
# print(' done...')
test = dice.Die(6)
print('Testing dice stats for a single die...')
print(' Stats for a single d6...')
print(' stats dictionary: {}'.format(test.stats.stats_dict))
print(' possible combinations: {}'.format(test.stats.combo_count))
print(' average result: {}'.format(test.stats.average))
print(' stats table:\n{}\n'.format(test.stats.csv()))
test = dice.D10()
print(' Stats for a single d10...')
print(' stats dictionary: {}'.format(test.stats.stats_dict))
print(' possible combinations: {}'.format(test.stats.combo_count))
print(' average result: {}'.format(test.stats.average))
print(' stats table:\n{}\n'.format(test.stats.csv()))
test = dice.Percentile()
def test_dice_is_instance_of_Die_class(self):
d20 = dice.Die(20)
d6 = dice.D6()
self.assertIsInstance(d20, dice.Die)
self.assertIsInstance(d6, dice.D6)
def test(self, f):
d = dice.Die(faces=f)
d.roll()
self.assertTrue(d.result in f)
def test_die(self):
die = dice.Die()
self.assertIn(int(die), range(1, 2))
def test_roll_limit(self):
die = dice.Die()
die.rolls = 3
with self.assertRaises(Exception):
die.reroll()
def test_die_value(self):
die = dice.Die(8)
self.assertEqual(die.value, 8)
def test_reroll(self):
die = dice.Die()
die.reroll()
self.assertEqual(die.rolls, 2)
def test_die(self):
die = dice.Die()
self.assertIn(die, range(1, 7))
self.assertEqual(die.rolls, 1)
def _seed(self, nums):
return [dice.Die(num) for num in nums]
def setUp(self):
self.dice = [dice.Die(n) for n in range(1, 7)]
def __init__(self, file_name):
self.maze = maze.Maze(file_name)
self.die = dice.Die()
def test_membership(self):
test_die = dice.Die(2)
test_die.value = self.hand1.results[0].value
self.assertIn(test_die, self.hand1.results)
def test_roll(self):
"""Test the roll() function of a die."""
die = dice.Die(6)
self.assertTrue(die.roll() in range(1, 6 + 1))
def test_membership(self): # Test to see if a die is within a given hand
test_die = dice.Die(2)
test_die.value = self.hand1.results[0].value
self.assertIn(test_die, self.hand1.results)
def test_die_value(self):
die = dice.Die(value=8)
self.assertEqual(int(die), 8)
def test_default(self):
"""Test default aspect of a die."""
die = dice.Die()
self.assertTrue(die in range(1, 6 + 1))
def setUp(self):
self.d6 = dice.Die(6)
self.d8 = dice.Die(8)
from hands import YatzyHand from hands import Hand import dice die = dice.Die(sides=5) print(die.value) D6 = dice.D6() print(D6.value) hand = Hand(size=5, die_class=dice.D6) print(type(hand)) print(hand) yh = YatzyHand()