internal static List <Fork> GetFork(this Term[] filteredTerms)
{
#region Create Tree
var root = new Fork(null);
Fork currentFork;
Fork newFork;
Fork tempFork;
var termNumber = filteredTerms.Length;
for (int i = 0; i < termNumber; i++)
{
if (root.Contain(filteredTerms[i]) != null)
{
continue;
}
if (filteredTerms[i].ParentTerm == null)
{
root.ChildList.Add(new Fork(filteredTerms[i]));
}
else
{
currentFork = new Fork(filteredTerms[i]);
while (currentFork.Self.ParentTerm != null)
{
// check if create new fork
tempFork = root.Contain(currentFork.Self.ParentTerm);
if (tempFork == null)
{
// creat new fork and add Self in to new fork
newFork = new Fork(currentFork.Self.ParentTerm);
newFork.ChildList.Add(currentFork);
currentFork = newFork;
}
else
{
tempFork.ChildList.Add(currentFork);
currentFork = tempFork;
//break;
}
}
if (!root.ChildList.Contains(currentFork))
{
root.ChildList.Add(currentFork);
}
}
}
#endregion
return(root.ChildList);
}
internal static List<Fork> GetFork(this Term[] filteredTerms)
{
#region Create Tree
var root = new Fork(null);
Fork currentFork;
Fork newFork;
Fork tempFork;
var termNumber = filteredTerms.Length;
for (int i = 0; i < termNumber; i++)
{
if (root.Contain(filteredTerms[i]) != null)
continue;
if (filteredTerms[i].ParentTerm == null)
{
root.ChildList.Add(new Fork(filteredTerms[i]));
}
else
{
currentFork = new Fork(filteredTerms[i]);
while (currentFork.Self.ParentTerm != null)
{
// check if create new fork
tempFork = root.Contain(currentFork.Self.ParentTerm);
if (tempFork == null)
{
// creat new fork and add Self in to new fork
newFork = new Fork(currentFork.Self.ParentTerm);
newFork.ChildList.Add(currentFork);
currentFork = newFork;
}
else
{
tempFork.ChildList.Add(currentFork);
currentFork = tempFork;
//break;
}
}
if (!root.ChildList.Contains(currentFork))
root.ChildList.Add(currentFork);
}
}
#endregion
return root.ChildList;
}
