def test_resolve_hit():
test_attack = AttackBuilder(d(10))\
.prof(3)\
.amod(3)\
.adv()\
.gwm()\
.attbon(3)\
.dmgbon(2)\
.build()
assert 0.6525 == test_attack.resolve_hit(15)
def test_resolve_turn_attacks():
damage = TurnBuilder()\
.attack(AttackBuilder(d(10))
.prof(3)
.amod(3)
.adv()
.gwm()
.attbon(3)
.dmgbon(2), times=2)\
.attack(AttackBuilder(d(4))
.prof(3)
.amod(3)
.adv()
.gwm()
.attbon(3)
.dmgbon(2))\
.dmgroll(d(2, 8))\
.resolve(15)
damage_stats = damage.stats()
assert 52.81875000000001 == damage_stats.mean
def test_resolve_attack():
assert 0.04861111111111111 == AttackBuilder(d(6)).resolve(15).p(6)
def test_resolve_crit_attack():
assert 1.0000000000000002 == AttackBuilder(d(1))\
.attbon(-20)\
.crit(0)\
.resolve(0)\
.p(2)
def test_radd():
assert (1 + d(3)).p(3) == (d(3) + 1).p(3)
def test_lucky_hit():
test_attack = AttackBuilder(d(1)).adv().lucky().build()
hit_outcome = test_attack.resolve_hit(15)
assert 0.10212500000000002 == hit_outcome.p(HitOutcome.CRITICAL_HIT)
def test_scale_probability():
test_scale = d(5).scale_probability(0.5)
assert 0.1 == test_scale.p(2)
def test_if():
if_pmf = pmf.if_(d(5) == 1, d(1), d(1) + d(1))
assert 0.2 == if_pmf.p(1)
assert 0.8 == if_pmf.p(2)
def test_union_int():
test_union = d(2).union(d(2) + d(1))
assert 1.0 == test_union.p(2)
def test_equal():
assert 0.25 == (d(4) == d(4)).p(True)
def test_joint_pmf():
test_joint = pmf.joint([d(2), d(4)])
assert 0.125 == test_joint.p((1, 2))
def test_greater_or_equal_than():
assert 0.08000000000000002 == d(5).ge(3).p(2)
assert 0.27999999999999997 == d(5).ge(3).p(3)
def test_advantage():
assert 0.28 == d(5).adv().p(4)
