void OnHit(Vector3 point, Vector3 normal, Collider collider)
{
// damage
if (areaOfDamage)
{
// area damage
areaOfDamage.InflictDamageInArea(damage, point, hittableLayers, k_TriggerInteraction, m_ProjectileBase.owner);
}
else
{
// point damage
Damageable damageable = collider.GetComponent <Damageable>();
if (damageable)
{
damageable.InflictDamage(damage, false, m_ProjectileBase.owner);
}
// turn light on
CrystalLight crystalLight = collider.GetComponent <CrystalLight>();
if (crystalLight && _notFromEnemy)
{
if (crystalLight.IsToggleLaser())
{
crystalLight.LightOn();
}
}
}
// impact vfx
if (impactVFX)
{
GameObject impactVFXInstance = Instantiate(impactVFX, point + (normal * impactVFXSpawnOffset), Quaternion.LookRotation(normal));
if (impactVFXLifetime > 0)
{
Destroy(impactVFXInstance.gameObject, impactVFXLifetime);
}
}
// impact sfx
if (impactSFXClip)
{
AudioUtility.CreateSFX(impactSFXClip, point, AudioUtility.AudioGroups.Impact, 1f, 3f);
}
// Self Destruct
Destroy(this.gameObject);
}
public void InflictDamageInArea(float damage, Vector3 center, LayerMask layers, QueryTriggerInteraction interaction, GameObject owner)
{
Dictionary <Health, Damageable> uniqueDamagedHealths = new Dictionary <Health, Damageable>();
// Create a collection of unique health components that would be damaged in the area of effect (in order to avoid damaging a same entity multiple times)
Collider[] affectedColliders = Physics.OverlapSphere(center, areaOfEffectDistance, layers, interaction);
foreach (var coll in affectedColliders)
{
Damageable damageable = coll.GetComponent <Damageable>();
if (damageable)
{
Health health = damageable.GetComponentInParent <Health>();
if (health && !uniqueDamagedHealths.ContainsKey(health))
{
uniqueDamagedHealths.Add(health, damageable);
}
}
CrystalLight crystalLight = coll.GetComponent <CrystalLight>();
if (crystalLight)
{
if (crystalLight.IsToggleLaser() && _notFromEnemy)
{
crystalLight.LightOn();
}
}
if (coll.CompareTag("Destructible"))
{
Debug.Log("Rocks shot");
Destroy(coll.gameObject);
}
}
// Apply damages with distance falloff
foreach (Damageable uniqueDamageable in uniqueDamagedHealths.Values)
{
float distance = Vector3.Distance(uniqueDamageable.transform.position, transform.position);
uniqueDamageable.InflictDamage(damage * damageRatioOverDistance.Evaluate(distance / areaOfEffectDistance), true, owner);
}
}
