/*********************************************************************/
/// <summary>
/// Konstruktor
/// </summary>
public CTree()
{
mGraph = new CTreeGraph();
mEdgeList = new List <CTreeEdge>();
mVertexList = new List <CTreeVertex>();
mRoot = addVertex(null);
mVertexList.Add(mRoot);
}
/*********************************************************************/
/// <summary>
/// Setzt den Baum auf den Initalzustand mit einem leeren Root-Knoten
/// zurück
/// </summary>
public void resetTree()
{
// alle bestehenden Knoten und Verbindungen des Baumes löschen
/*foreach (CTreeEdge edge in mEdgeList)
* {
* mGraph.RemoveEdge(edge);
* }*/
mEdgeList.Clear();
/*foreach (CTreeVertex vertex in mVertexList)
* {
* mGraph.RemoveVertex(vertex);
* }*/
mGraph = new CTreeGraph();
mVertexList.Clear();
mRoot = null;
mRoot = addVertex(null);
}
/*protected int mNumObjects;
* protected int mNumObjectsYes;
* protected int mNumObjectsNo;
* protected double mEntropy;
*
* public void setDemoData(string vertexName, int countObjects, int countObjectsYes, int countObjectsNo, double entropy)
* {
* if (vertexName != "")
* {
* mAttributeType = new CAttributeType(0);
* mAttributeType.Name = vertexName;
* }
*
* mNumObjects = countObjects;
* mNumObjectsYes = countObjectsYes;
* mNumObjectsNo = countObjectsNo;
* mEntropy = entropy;
* }*/
#endregion
/*********************************************************************/
/// <summary>
/// Konstruktor
/// </summary>
/// <param name="parent">Übergeordneter Knoten im Baum</param>
/// <param name="attributeType">Attributtyp nach dem aufgeteilt werden soll</param>
public CTreeVertex(CTreeVertex parent, CTreeGraph graph, CAttributeType attributeType = null)
{
mParentVertex = parent;
mGraph = graph;
AttributeType = attributeType;
}