public virtual void AdjustCollision(PhysObj obj)
{
if (playerTangible != PlayerObjectMode.None && obj.playerTangible != PlayerObjectMode.None)
{
if (playerTangible != obj.playerTangible) return;
}
if (!obj.isSolidObject || !hitBox.CheckCollision(obj.hitBox))
{
return;
}
AABB aabb = obj.hitBox.GetAABB();
Vector2 solution = aabb.SolveCollision(hitBox.GetAABB());
hitBox.SetPosition(hitBox.GetPosition() + solution);
Vector2 newpos = hitBox.GetPosition();
if (newpos.Y != position.Y) speed.Y = Level.SolveBounce(this, true);
if (newpos.X != position.X) speed.X = Level.SolveBounce(this, false);
if (newpos.Y < position.Y)
{
state = PhysState.Grounded;
frictionMultiplier = EnvironmentData.NORMAL;
obj.currentMass += currentMass;
if (obj.affectsResident && !obj.residentList.Contains(this)) obj.residentList.Add(this);
}
if (newpos.Y > position.Y)
{
speed.Y = obj.speed.Y;
if (speed.Y < 0) speed.Y = 0;
}
Vector2 prevPosition = position;
position = newpos;
Vector2 dPos = position - prevPosition;
foreach (PhysObj resident in residentList)
{
resident.position += dPos;
resident.hitBox.SetPosition(resident.position);
}
}
public virtual void CollisionEnvironmentResponse()
{
if (!isSolidEnvironment) return;
state = PhysState.Air;
hitBox.SetPosition(tempPosition);
Level.CheckEnvironment(this);
}
