def handler(exp):
real = dice.roll(exp)
mx = dice.roll_max(exp)
mn = dice.roll_min(exp)
try:
yield from zip(
cast(Iterable[int], real),
cast(Iterable[int], mn),
cast(Iterable[int], mx),
)
except TypeError:
yield (real, mn, mx)
def __init__(self,
name='Sword',
damage='1d6',
magicBonus=0,
char=dndChar()):
self.name = name
self.damage = damage + '+0'
self.magicBonus = magicBonus
self.char = char
self.minDamage = dice.roll_min(self.damage)
self.maxDamage = dice.roll_max(self.damage)
self.averageDamage = np.zeros(self.maxCA)
self.plot = None
def handler(exp):
real = as_iterable(dice.roll(exp))
mn = as_iterable(dice.roll_min(exp))
mx = as_iterable(dice.roll_max(exp))
yield from zip(real, mn, mx)
def test_extreme_roll(self):
assert roll_min('3d6') == [1] * 3
assert roll_max('3d6') == [6] * 3
def test_extreme_reroll(self):
r = roll_min("2d6r")
assert r == [1, 1]
r = roll_max("2d6r6")
assert r == [6, 6]
def test_roll():
for single, raw in itertools.product((True, False), (True, False)):
assert roll('6d6', single=single, raw=raw)
assert roll_min('6d6', single=single, raw=raw)
assert roll_max('6d6', single=single, raw=raw)
def test_roll():
for single, raw in product((True, False), (True, False)):
assert roll("6d6", single=single, raw=raw)
assert roll_min("6d6", single=single, raw=raw)
assert roll_max("6d6", single=single, raw=raw)
def test_extreme_reroll(self):
r = roll_min('2d6r')
assert r == [1, 1]
r = roll_max('2d6r6')
assert r == [6, 6]
def test_extreme_roll(self):
assert roll_min('3d6') == [1] * 3
assert roll_max('3d6') == [6] * 3
def test_extreme_roll(self):
assert roll_min("3d6") == [1] * 3
assert roll_max("3d6") == [6] * 3