// Computes accuracy.
public void AccuracyRating(AttributeSet attrs)
{
Accuracy = attrs["+# Accuracy Rating"][0];
// Local weapon accuracy bonus.
if (Local.ContainsKey("+# to Accuracy Rating"))
{
Accuracy += Local["+# to Accuracy Rating"][0];
}
float incAcc = 0;
// Local weapon accuracy bonus.
if (Local.ContainsKey("#% increased Accuracy Rating"))
{
incAcc += Local["#% increased Accuracy Rating"][0];
}
// Gems & global bonuses.
if (attrs.ContainsKey("+# to Accuracy Rating"))
{
Accuracy += attrs["+# to Accuracy Rating"][0];
}
if (attrs.ContainsKey("#% increased Accuracy Rating"))
{
incAcc += attrs["#% increased Accuracy Rating"][0];
}
if (attrs.ContainsKey("#% reduced Accuracy Rating"))
{
incAcc += attrs["#% reduced Accuracy Rating"][0];
}
foreach (var attr in attrs.Matches(ReIncreasedAccuracyRatingWithWeaponType))
{
Match m = ReIncreasedAccuracyRatingWithWeaponType.Match(attr.Key);
WeaponType weaponType;
if (WithWeaponType.TryGetValue(m.Groups[2].Value, out weaponType) && Nature.Is(weaponType))
{
incAcc += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
}
if (Compute.IsDualWielding && attrs.ContainsKey("#% increased Accuracy Rating while Dual Wielding"))
{
incAcc += attrs["#% increased Accuracy Rating while Dual Wielding"][0];
}
if (incAcc != 0)
{
Accuracy = IncreaseValueByPercentage(Accuracy, incAcc);
}
}
// Returns attacks/casts per second.
public float AttacksPerSecond()
{
return(Nature.Is(DamageSource.Attack) && Compute.IsDualWielding ? (Sources[0].APS + Sources[1].APS) / 2 : Sources[0].APS);
}
