static void PathTest()
{
var t = new PNumber(15);
var l = new DataTree();
l.AddElement(new PNumber(4));
l.AddElement(new PNumber(3));
l.AddElement(new PNumber(1));
var t2 = new DataTree();
t2.AddElement(new PNumber(22));
var t3 = new DataTree();
t3.AddElement(new PNumber(14));
t3.AddElement(t);
t2.AddElement(t3);
l.AddElement(t2);
var d = new DataTree();
d.AddElement(l.Copy());
d.AddElement(l);
d.AddElement(d.Copy());
Print(d);
PrintPath(t.Path);
foreach (var temp in d.GetChildIterator())
{
PrintPath(temp.Path);
}
}
static void OperatorTest()
{
var t = new DataTree();
var t2 = new DataTree();
var t3 = new DataTree();
t.AddElement(new PNumber(200));
t.AddElement(new PNumber(3));
t2.AddElement(new PNumber(20));
t2.AddElement(new PNumber(100));
t2.AddElement(new PNumber(1000));
t3.AddElement(new PNumber(14));
t2.AddElement(t3);
var op = new AddOperator();
op.GroupingMode = DataGroupingModes.CrossReference;
var te = op.ProcessData(new List <IData>()
{
t, t2
});
foreach (var res in te)
{
Print(res);
}
}
static void CrossRefTree()
{
var t = new DataTree();
var t2 = new DataTree();
var t3 = new DataTree();
t.AddElement(new PNumber(1));
t.AddElement(new PNumber(2));
t.AddElement(new PNumber(3));
t2.AddElement(new PNumber(2));
t2.AddElement(new PNumber(4));
t3.AddElement(new PNumber(12));
t3.AddElement(new PNumber(24));
DataTree.ConformTrees(new List <DataTree>()
{
t, t2, t3
}, out List <DataTree> output, DataGroupingModes.Primary);
foreach (var v in output)
{
Print(v);
}
}
static void TestimNumriElementeve()
{
var t = new DataTree();
t.AddElement(new PNumber(1));
t.AddElement(new PNumber(2));
t.AddElement(new PNumber(3));
Console.WriteLine(t.DataDescription);
var t2 = new DataTree();
t2.AddElement(new PNumber(4));
var temp = new DataTree();
temp.AddElement(new PNumber(15));
temp.AddElement(new PNumber(72));
var temp2 = new PNumber(85);
temp.AddElement(temp2);
t2.AddElement(temp);
t2.AddElement(new PNumber(5));
t2.AddElement(new PNumber(6));
t2.AddElement(new PNumber(7));
t2.AddElement(new PNumber(8));
t2.AddElement(new PNumber(9));
Console.WriteLine(t2.DataDescription);
Console.WriteLine("AfTER CONFORMING \r\n");
DataTree.ConformTrees(t, t2, NH_VI.GraphLogic.Operators.DataGroupingModes.CrossReference, out DataTree f1, out DataTree f2);
Console.WriteLine(f1.DataDescription);
Console.WriteLine(f2.DataDescription);
Console.WriteLine("");
Console.WriteLine("Nr: " + f2.NumberChildEndings());
var a = f2.GetEmptyTree();
Console.WriteLine(a.DataDescription);
}
static void TestEmptyTree()
{
var t = new DataTree();
t.AddElement(new PNumber(4));
t.AddElement(new PNumber(3));
t.AddElement(new PNumber(4));
var t2 = new DataTree();
t2.AddElement(new PNumber(0));
var t3 = new DataTree();
t3.AddElement(new PNumber(34));
t3.AddElement(new PNumber(33));
t3.AddElement(new PNumber(23));
t3.AddElement(new PNumber(83));
t2.AddElement(t3);
t.AddElement(t2);
Console.WriteLine(t.DataDescription);
var temp = t.GetEmptyTree();
Console.WriteLine(temp.DataDescription);
Console.WriteLine(temp.NumberChildEndings());
}
protected override List <IData> OperateSimple(List <IData> dat)
{
var start = (dat[0] as PNumber).Value;
var step = (dat[1] as PNumber).Value;
var num = (dat[2] as PNumber).Value;
var retVal = new DataTree();
for (int i = 0; i < num; i++)
{
retVal.AddElement(new PNumber(start + step * i));
}
return(new List <IData>()
{
retVal
});
}
private void UpdateFromExternalData(ExternalData dat)
{
if (_data.Count == 1)
{
Data = _data[0];
UpdateData(Data);
}
else
{
var t = new DataTree();
foreach (var d in _data)
{
t.AddElement(d);
}
Data = t;
UpdateData(Data);
}
}
public DataTree Encapsulate()
{
var p = Parent;
int ind = -1;
if (p != null)
{
ind = Index; RemoveFromParent();
}
var t = new DataTree();
//AddTo(t);
t.AddElement(this);
if (p != null)
{
t.AddTo(ind, p);
}
return(t);
}
