private static void FixRegrowthAndRejuvenation(SpellLineId line)
{
line.Apply(spell =>
{
// apply the AuraState, so swiftmend can be used (AuraState probably going to be replaced with an invisible Aura in later versions)
spell.AddAuraEffect(() => new AddTargetAuraStateHandler(AuraStateMask.RejuvenationOrRegrowth));
var effect = spell.GetEffect(AuraType.PeriodicHeal);
// TODO: Implement <mult> from "${$m1*5*$<mult>}"
});
}
public static void MakeRuneConversionProc(SpellLineId line, SpellLineId trigger1, SpellLineId trigger2, RuneType to, params RuneType[] from)
{
line.Apply(spell =>
{
spell.ProcTriggerFlags = ProcTriggerFlags.DoneHarmfulMagicSpell | ProcTriggerFlags.DoneMeleeSpell;
var effect = spell.GetEffect(AuraType.Dummy2);
// should not have an amplitude
// (although it's probably the timeout for when the death rune is converted back to its original but it's not mentioned in the tooltip)
effect.Amplitude = 0;
effect.ClearAffectMask();
effect.AddAffectingSpells(trigger1, trigger2);
effect.IsProc = true;
effect.AuraEffectHandlerCreator = () => new ProcRuneConversionHandler(to, from);
});
}
public static void MakeRuneConversionProc(SpellLineId line, SpellLineId trigger1, SpellLineId trigger2, RuneType to, params RuneType[] from)
{
line.Apply(spell =>
{
spell.ProcTriggerFlags = ProcTriggerFlags.SpellCast;
var effect = spell.GetEffect(AuraType.Dummy2);
// should not have an amplitude
// (although it's probably the timeout for when the death rune is converted back to its original but it's not mentioned in the tooltip)
effect.Amplitude = 0;
effect.ClearAffectMask();
effect.AddAffectingSpells(trigger1, trigger2);
effect.IsProc = true;
effect.AuraEffectHandlerCreator = () => new ProcRuneConversionHandler(to, from);
});
}
private static void FixPassiveDiseaseTalent(SpellLineId passiveSpell, SpellId effectId)
{
// the debuff needs to use the disease talent to apply damage
SpellEffect passiveEffect = null;
passiveSpell.Apply(spell =>
{
passiveEffect = spell.GetEffect(AuraType.Dummy);
passiveEffect.APValueFactor = 0.055f * 1.15f;
passiveEffect.RealPointsPerLevel = 0;
});
SpellHandler.Apply(spell =>
{
var dmgEffect = spell.GetEffect(AuraType.PeriodicDamage);
dmgEffect.EffectValueOverrideEffect = passiveEffect; // calculate damage based on the passive spell
}, effectId);
}
private static void FixRegrowthAndRejuvenation(SpellLineId line)
{
line.Apply(spell =>
{
// apply the AuraState, so swiftmend can be used (AuraState probably going to be replaced with an invisible Aura in later versions)
spell.AddAuraEffect(() => new AddTargetAuraStateHandler(AuraStateMask.RejuvenationOrRegrowth));
var effect = spell.GetEffect(AuraType.PeriodicHeal);
// TODO: Implement <mult> from "${$m1*5*$<mult>}"
});
}
private static void FixPassiveDiseaseTalent(SpellLineId passiveSpell, SpellId effectId)
{
// the debuff needs to use the disease talent to apply damage
SpellEffect passiveEffect = null;
passiveSpell.Apply(spell =>
{
passiveEffect = spell.GetEffect(AuraType.Dummy);
passiveEffect.APValueFactor = 0.055f * 1.15f;
passiveEffect.RealPointsPerLevel = 0;
});
SpellHandler.Apply(spell =>
{
var dmgEffect = spell.GetEffect(AuraType.PeriodicDamage);
dmgEffect.EffectValueOverrideEffect = passiveEffect; // calculate damage based on the passive spell
}, effectId);
}
