public virtual List <AbstractElement> GetListOfConnectedElements(AbstractElement begin,
List <AbstractElement> resList = null)
{
if (resList == null) // if list is no assigned, assign it
{
//Debug.Log("Assigning resList");
resList = new List <AbstractElement>();
}
//Debug.Log(string.Format("Adding our element, {0}", Name));
resList.Add(this);
if (this == begin) // if we reached the element from which we started, the list is complete
{
//Debug.Log(string.Format("END, returning resList with length {0} and elements {1}", resList.Count, resList.GetReadableList()));
return(resList);
}
if (!Conductive)
{
// [reslist assigned, this is not beginning element, have no joints]
//Debug.Log(string.Format("!!! Returning null, no joints in {0} object", Name));
resList.Remove(this);
return(null);
}
// [reslist assigned, this is not beginning element, have joints] add this to reslist
var allPaths = NextElements.Select(element => element.GetListOfConnectedElements(begin, resList)).ToList();
var totalResList = new List <AbstractElement>();
foreach (
var element in
allPaths.Where(path => path != null)
.SelectMany(path => path.Where(element => !totalResList.Contains(element))))
{
totalResList.Add(element);
}
return(totalResList);
}
public override bool Assert()
{
return(NextElements.All(x => { return (x.Type == ElementType.Input) | (x.Type == ElementType.Special); }) & NextElements.Count > 0);
}
public override bool Assert()
{
return(NextElements.Where(x => { return x.Type == ElementType.Null; }).Count() == 1 && NextElements.Count == 1);
}
