// Add up all active effects into one final effect for each category
private void DetermineEffects()
{
// Reset all effects
accMod = new AccuracyModifier();
levelMod = new LevelModifier();
hcMod = new HitChanceModifier();
affinityMod = new AffinityModifier();
// O(n) time since we need to either cache or recalculate all effects
// I chose to calculate since I have previously cached most values so this simply goes through each effect; hence O(n)
// List<List<AbsEffect>>
foreach (ModifierList list in modLists)
{
// List<AbsEffect>
foreach (AbsEffect effect in list.ActiveEffects())
{
AddEffect(effect);
}
}
// Set each modifier and calculate hit chance
model.SetAccuracyMod(in accMod);
model.SetLevelMod(in levelMod);
model.SetHitChanceMod(in hcMod);
model.SetAffinityMod(in affinityMod);
CalculateHitChance();
}
public HitChance(int combatLevel, int weaponAccTier)
{
this.combatLevel = combatLevel;
this.weaponAccTier = weaponAccTier;
this.attStyle = (AttackType.AttackStyles) 1; // 0 is none so initiate to 1
affinityModifier = new AffinityModifier();
lvlModifier = new LevelModifier();
accuracyModifier = new AccuracyModifier();
hitChanceModifier = new HitChanceModifier();
}
// Add each effect to its proper variable based on EffectType
private void AddEffect(AbsEffect effect)
{
switch (effect.EffectType)
{
case AbsEffect.EffectTypes.Level:
levelMod += (LevelModifier)effect;
break;
case AbsEffect.EffectTypes.Accuracy:
accMod += (AccuracyModifier)effect;
break;
case AbsEffect.EffectTypes.HitChance:
hcMod += (HitChanceModifier)effect;
break;
case AbsEffect.EffectTypes.Affinity:
affinityMod += (AffinityModifier)effect;
break;
default:
break;
}
}
