public EHPhysicsManager2D()
{
ColliderComponentDictionary.Add(EHBaseCollider2D.EColliderType.STATIC, new HashSet <EHBaseCollider2D>());
ColliderComponentDictionary.Add(EHBaseCollider2D.EColliderType.MOVEABLE, new HashSet <EHBaseCollider2D>());
ColliderComponentDictionary.Add(EHBaseCollider2D.EColliderType.PHYSICS, new HashSet <EHBaseCollider2D>());
CachedInstance = this;
}
protected bool CastRayFromVelocity(Vector2 OriginPosition, out EHRayTraceHit RayHit, int LayerMask = 0, bool bDebugDrawLines = false)
{
Vector2 ProjectileVelocity = Physics2D.Velocity;
EHRayTraceParams Params = new EHRayTraceParams();
Params.RayOrigin = OriginPosition;
Params.RayDirection = ProjectileVelocity.normalized;
Params.RayLength = ProjectileVelocity.magnitude * EHTime.DeltaTime;
return(EHPhysicsManager2D.RayTrace2D(ref Params, out RayHit, LayerMask, bDebugDrawLines));
}
/// <summary>
/// Checks to see if you have enough room to stand and then will change the state to stand if valid
/// </summary>
/// <returns></returns>
private bool AttemptStand()
{
EHRect2D CastBox = new EHRect2D();
CastBox.RectPosition = AssociatedCollider.GetBounds().MinBounds;
CastBox.RectSize = AssociatedCollider.DefaultColliderSize;
EHBaseCollider2D HitCollider;
if (!EHPhysicsManager2D.BoxCast2D(ref CastBox, out HitCollider, LayerMask.GetMask(ENVIRONMENT_LAYER)))
{
SetMovementType(EMovementType.STANDING);
return(true);
}
return(false);
}