/// <summary>
/// Solve a contact between this feeder and param feeder then fire any applicable events.
/// </summary>
public void HandleContact(HitBoxFeeder feeder)
{
feeder.m_DidHit = true;
var collision = feeder.Collider;
//var force = Vector2.Lerp(feeder.m_ForceDirection.x, feeder.m_ForceDirection.y,
// Random.Range(0f, 1f)) * Mathf.Lerp(feeder.m_Force.x, feeder.m_Force.y,
// Random.Range(0f, 1f));
//Flip force direction if the attack is also flipped.
if (feeder.Owner.FlipX)
{
feeder.m_Force.x *= -1f;
}
//Estimate approximately where the intersection took place.
var contactPoint = Collider.bounds.ClosestPoint(collision.bounds.center);
var startY = Mathf.Min(collision.bounds.center.y + collision.bounds.extents.y, Collider.bounds.center.y + (Collider.bounds.extents.y / 2f));
var endY = Mathf.Max(collision.bounds.center.y - collision.bounds.extents.y, Collider.bounds.center.y - (Collider.bounds.extents.y / 2f));
contactPoint.y = Mathf.Lerp(startY, endY, Random.Range(0f, 1f));
//Calculate force, velocity, direction, and damage.
Owner.HitboxContact(
new ContactData
{
MyHitbox = this,
TheirHitbox = feeder,
Damage = feeder.m_Damage,
PoiseDamage = feeder.m_Strength,
Force = feeder.m_Force,
Point = contactPoint,
RemainTime = feeder.mRemainTime,
State = feeder.mState,
//fxID = feeder.m_FXUID
});
}
public void AddContact(HitBoxFeeder a, HitBoxFeeder b)
{
mContackPairs.Add(new ContactPair {
a = a, b = b
});
}
