protected override void OnCollideWithDamageable(Health health)
{
// if what we're colliding with is a CorgiController, we apply a knockback force
_colliderCorgiController = health.gameObject.MMGetComponentNoAlloc <CorgiController>();
ApplyDamageCausedKnockback();
OnHitDamageable?.Invoke();
HitDamageableFeedback?.PlayFeedbacks(this.transform.position);
if ((FreezeFramesOnHitDuration > 0) && (Time.timeScale > 0))
{
MMFreezeFrameEvent.Trigger(Mathf.Abs(FreezeFramesOnHitDuration));
}
// we apply the damage to the thing we've collided with
var typedHealth = _colliderHealth as TypedHealth;
if (typedHealth != null)
{
typedHealth.Damage(DamageCaused, gameObject, InvincibilityDuration, InvincibilityDuration, _damageDirection, DamageType);
}
else
{
_colliderHealth.Damage(DamageCaused, gameObject, InvincibilityDuration, InvincibilityDuration, _damageDirection);
}
if (_colliderHealth.CurrentHealth <= 0)
{
OnKill?.Invoke();
}
SelfDamage(DamageTakenEveryTime + DamageTakenDamageable);
}
protected override void OnCollideWithDamageable(Health health)
{
// if what we're colliding with is a TopDownController, we apply a knockback force
_colliderTopDownController = health.gameObject.MMGetComponentNoAlloc <TopDownController>();
_colliderRigidBody = health.gameObject.MMGetComponentNoAlloc <Rigidbody>();
if ((_colliderTopDownController != null) && (DamageCausedKnockbackForce != Vector3.zero) && (!_colliderHealth.Invulnerable) && (!_colliderHealth.ImmuneToKnockback))
{
_knockbackForce = DamageCausedKnockbackForce;
if (_twoD) // if we're in 2D
{
if (DamageCausedKnockbackDirection == KnockbackDirections.BasedOnSpeed)
{
Vector3 totalVelocity = _colliderTopDownController.Speed + _velocity;
_knockbackForce = Vector3.RotateTowards(DamageCausedKnockbackForce, totalVelocity.normalized, 10f, 0f);
}
if (DamageCausedKnockbackDirection == KnockbackDirections.BasedOnOwnerPosition)
{
if (Owner == null)
{
Owner = this.gameObject;
}
Vector3 relativePosition = _colliderTopDownController.transform.position - Owner.transform.position;
_knockbackForce = Vector3.RotateTowards(DamageCausedKnockbackForce, relativePosition.normalized, 10f, 0f);
}
}
else // if we're in 3D
{
if (DamageCausedKnockbackDirection == KnockbackDirections.BasedOnSpeed)
{
Vector3 totalVelocity = _colliderTopDownController.Speed + _velocity;
_knockbackForce = DamageCausedKnockbackForce * totalVelocity.magnitude;
}
if (DamageCausedKnockbackDirection == KnockbackDirections.BasedOnOwnerPosition)
{
if (Owner == null)
{
Owner = this.gameObject;
}
Vector3 relativePosition = _colliderTopDownController.transform.position - Owner.transform.position;
_knockbackForce.x = relativePosition.normalized.x * DamageCausedKnockbackForce.x;
_knockbackForce.y = DamageCausedKnockbackForce.y;
_knockbackForce.z = relativePosition.normalized.z * DamageCausedKnockbackForce.z;
}
}
if (DamageCausedKnockbackType == KnockbackStyles.AddForce)
{
_colliderTopDownController.Impact(_knockbackForce.normalized, _knockbackForce.magnitude);
}
}
HitDamageableFeedback?.PlayFeedbacks(this.transform.position);
// we apply the damage to the thing we've collided with
var typedHealth = _colliderHealth as TypedHealth;
if (typedHealth != null)
{
typedHealth.Damage(DamageCaused, gameObject, InvincibilityDuration, InvincibilityDuration, _damageDirection, DamageType);
}
else
{
_colliderHealth.Damage(DamageCaused, gameObject, InvincibilityDuration, InvincibilityDuration, _damageDirection);
}
if (DamageTakenEveryTime + DamageTakenDamageable > 0)
{
SelfDamage(DamageTakenEveryTime + DamageTakenDamageable);
}
}
