float CheckAbsorbAuras(Spell.Category category, Spell.School school, float rawValue) {
// TODO: Perhaps shift this calculation to the Aura script
float result = rawValue;
List<AbsorbDamage> absAuras = buffs.OfType<AbsorbDamage>().ToList(); //TODO: Re-evaluate this, since buffs is now List<AuraStack>
for (int i=0; i<absAuras.Count; i++) {
// Check the categories and schools the Aura absorbs
foreach (Spell.Category testCategory in absAuras[i].affectedCategories) {
foreach (Spell.School testSchool in absAuras[i].affectedSchools) {
// if they match the incoming damages types exactly, reduce the damage by the amount and vice versa
if (testCategory == category && testSchool == school) {
result = Mathf.Clamp(result, 0, result -= absAuras[i].GetAbsorbAmount());
absAuras[i].DepleteOutput(rawValue);
//Debug.Log (absAuras[i].GetName()+ " matches, returning: " + result);
return result;
}
}
}
}
Debug.Log ("No matches, returning: " + result);
return result;
}
// Functions to edit incoming/outgoing damage/healing dictionaries
public void EditIncomingDamageMods(Spell.Category category, Spell.School school, float percent) {
incomingDamageMods[(int)category, (int)school] += percent;
}
public void EditOutgoingHealingMods(Spell.Category category, Spell.School school, float percent) {
outgoingHealingMods[(int)category, (int)school] += percent;
}
public float GetIncomingDamageMod(Spell.Category category, Spell.School school) {
return incomingDamageMods[(int)category, (int)school];
}
