public void BleedDps()
{
var calculator = Calculator.Create();
var nodes = calculator.NodeRepository;
calculator.NewBatchUpdate()
.AddModifiers(_givenMods)
.AddModifier(Build(_builderFactories.StatBuilders.CastRate.With(DamageSource.Attack)), Form.BaseSet, 2)
.AddModifier(Build(_builderFactories.ActionBuilders.CriticalStrike.Chance), Form.BaseSet, 10)
.AddModifier(Build(_builderFactories.EffectBuilders.Ailment.Bleed.Chance), Form.BaseSet, 10)
.AddModifier(Build(_builderFactories.EffectBuilders.Ailment.Bleed.CriticalStrikesAlwaysInflict),
Form.BaseSet, 1)
.AddModifier(Build(_builderFactories.DamageTypeBuilders.Physical.DamageMultiplierWithCrits
.With(_builderFactories.EffectBuilders.Ailment.Bleed)),
Form.BaseAdd, 50)
.DoUpdate();
var critChance = 0.1 * ChanceToHit(calculator);
var ailmentChanceNonCrits = 0.1;
var ailmentChanceCrits = 1;
var baseDamage = 5 * 0.7;
var nonCritDamage = baseDamage * EffectiveDamageMultiplierWithNonCrits;
var critDamage = baseDamage * 0.4 * 1.2 * 2.25;
var expected = (nonCritDamage * (1 - critChance) * ailmentChanceNonCrits +
critDamage * critChance * ailmentChanceCrits) /
((1 - critChance) * ailmentChanceNonCrits + critChance * ailmentChanceCrits);
var actual = nodes
.GetNode(Build(_metaStats.AilmentDps(Ailment.Bleed)).Single())
.Value.Single();
Assert.AreEqual(expected, actual, 1e-10);
}