public override void OnChildUpdated(IChainableSeries <IScriptableEntry> child)
{
if (child == this.nestedSeries)
{
var currentTerminator = ChainableSeriesUtilities.GetChainTerminator(this.nestedSeries);
if (currentTerminator != this.pairedNestedBlockTerminator)
{
this.pairedNestedBlockTerminator.AbortSelf();
if (currentTerminator.GetCanHaveChildren())
{
currentTerminator.SimpleAppendChild(this.pairedNestedBlockTerminator);
}
}
this.GetChild()?.OnParentUpdated(this.GetChildTransform());
}
base.OnChildUpdated(child);
}
protected override Vector3 GetChildTransform()
{
if (this.nestedSeries != null)
{
var currentPhysicalTerminator = ChainableSeriesUtilities.GetChainTerminator(this.nestedSeries);
if (currentPhysicalTerminator == this.pairedNestedBlockTerminator)
{
currentPhysicalTerminator = currentPhysicalTerminator.GetParent();
}
#pragma warning disable CS0252 // Possible unintended reference comparison; left hand side needs cast
if (currentPhysicalTerminator == this || !(currentPhysicalTerminator is SeriesDragDrop))
#pragma warning restore CS0252 // Possible unintended reference comparison; left hand side needs cast
{
// Debug.Log($"defaulting to base child transform. Current physicalTerminator: {(currentPhysicalTerminator as MonoBehaviour)?.name}");
return(base.GetChildTransform());
}
//TODO: find the size of the nested block and use that to determine the position
var draggableTerminator = currentPhysicalTerminator as SeriesDragDrop;
return(base.GetChildTransform() + (draggableTerminator.transform.position + -this.transform.position + -this.GetNestedOffset()));
}
return(base.GetChildTransform());
}
