private void BoostFeedback(string boostedString)
{
GameObject boost = ObjectPooler.Instance.SpawnObject(_boostParticleTag, null, transform.position, transform.rotation);
LeanTween.delayedCall(0.5f, () => { ObjectPooler.Instance.ReturnToPool(_boostParticleTag, boost); });
ParticleBase particles = boost.GetComponent <ParticleBase>();
switch (boostedString)
{
case "HP":
particles.ChangeColor(_boostHPColor);
break;
case "Act":
particles.ChangeColor(_boostActColor);
break;
case "Def":
particles.ChangeColor(_boostDefColor);
break;
default:
break;
}
particles.PlayComponents();
}
public void SpawnFeedback()
{
if (_spawnParticles)
{
_spawnParticles.PlayComponents();
}
Creature.Died += ClearCreatureState;
}
private void AttackAnimation()
{
LeanTween.move(gameObject, (_startingPosition + (2 * transform.forward)), 0.3f).setEaseInOutBack().setOnComplete(
() => { LeanTween.move(gameObject, _startingPosition, 0.15f); });
if (_attackParticles != null)
{
_attackParticles.PlayComponents();
}
}
// particles use a switch statement because it'd be less wasteful to have particles active on the player than instantiate prefabs
void AbilityFeedback()
{
switch (EquippedAbility.abilityName)
{
case "Radar":
_radarParticles.PlayComponents();
break;
case "Cure":
_cureParticles.transform.SetParent(CurrentTarget);
_cureParticles.transform.position = CurrentTarget.position;
_cureParticles.PlayComponents();
break;
case "Fireball":
_fireParticles.PlayComponents();
break;
}
}