/// <summary>
/// Add an instant modifier x times
/// </summary>
/// <param name="mod">modifier</param>
/// <param name="count">times to apply</param>
public void AddInstantModifier(StatModifier mod, int count)
{
switch (mod.effectType)
{
case EffectTypes.Instant:
if (!value.IsNumeric())
{
Debug.Log(name + " only sustained modifiers can be used on stats with non-numeric values");
return;
}
mod.Initialize(this);
float change = mod.AppliedValue * count;
switch (mod.valueTarget)
{
case EffectValueTarget.MaximumValue:
CurrentBaseMaximum += change;
break;
case EffectValueTarget.MinimumValue:
CurrentBaseMinimum += change;
break;
case EffectValueTarget.RegenAmount:
CurrentBaseRegenAmount += change;
break;
case EffectValueTarget.RegenDelay:
CurrentBaseRegenDelay += change;
break;
case EffectValueTarget.Value:
CurrentBaseValue += change;
break;
}
break;
}
}
/// <summary>
/// Add a new modifer
/// </summary>
/// <param name="mod"></param>
public void AddModifier(StatModifier mod)
{
switch (mod.effectType)
{
case EffectTypes.Instant:
if (!value.IsNumeric())
{
Debug.Log(name + " only sustained modifiers can be used on stats with non-numeric values");
return;
}
mod.Initialize(this);
switch (mod.valueTarget)
{
case EffectValueTarget.MaximumValue:
CurrentBaseMaximum += mod.AppliedValue;
break;
case EffectValueTarget.MinimumValue:
CurrentBaseMinimum += mod.AppliedValue;
break;
case EffectValueTarget.RegenAmount:
CurrentBaseRegenAmount += mod.AppliedValue;
break;
case EffectValueTarget.RegenDelay:
CurrentBaseRegenDelay += mod.AppliedValue;
break;
case EffectValueTarget.Value:
CurrentBaseValue += mod.AppliedValue;
break;
}
break;
case EffectTypes.Recurring:
if (!value.IsNumeric())
{
Debug.Log(name + " only sustained modifiers can be used on stats with non-numeric values");
return;
}
mod.Initialize(this);
ActiveModifiers.Add(mod);
break;
case EffectTypes.Sustained:
mod.Initialized = false;
ActiveModifiers.Add(mod);
switch (mod.valueTarget)
{
case EffectValueTarget.MaximumValue:
ReCalcCurrentMax();
break;
case EffectValueTarget.MinimumValue:
ReCalcCurrentMin();
break;
case EffectValueTarget.Value:
ReCalcCurrentValue(CurrentBaseValue);
break;
case EffectValueTarget.RegenAmount:
ReCalcCurrentRegenAmount();
break;
case EffectValueTarget.RegenDelay:
ReCalcCurrentRegenDelay();
break;
}
break;
}
}