public Edge(Vertex top, Vertex bottom)
{
progID++;
this.Name = "edge" + progID;
this.Top = top;
this.Bottom = bottom;
}
public Tree(int depth, int splitSize, LinkedList<Attribute> vertexAttributes, LinkedList<Attribute> edgeAttributes,Vertex v) {
this.SplitSize = splitSize;
this.Depth = depth;
this.VertexAttributes = vertexAttributes;
this.EdgeAttributes = edgeAttributes;
this.root = v;
}
public Tree(int D,int S,LinkedList<Attribute> VA,LinkedList<Attribute> EA,String t,Vertex cV, XmlTextWriter fW) {
this.Depth = D;
this.SplitSize = S;
this.VertexAttributes = VA;
this.EdgeAttributes = EA;
this.type = t;
this.root = cV;
this.fileWriter = fW;
}
/// <summary>
/// Generates a random Tree with your parameters.
/// Before to call this function you must set VertexAttributes and EdgeAttributes
/// </summary>
public void randomGenerateTree() {
for (int j = 0; j < this.SplitSize && this.Depth > 0; j++) {
Vertex childVertex = new Vertex(GetRandomAttributes(true, VertexAttributes, EdgeAttributes).ToArray(), new LinkedList<Edge>(), root.Depth+1);
this.root.append(new Edge(this.root, childVertex, GetRandomAttributes(false, VertexAttributes, EdgeAttributes)));
Tree subTree = new Tree(this.Depth-1,this.SplitSize,this.VertexAttributes,this.EdgeAttributes,childVertex);
subTree.randomGenerateTree();
//Console.WriteLine(j+". Depth: "+this.Depth+" - SplitSize: "+this.SplitSize);
}
}
public Edge(Vertex top, Vertex btm, Attribute attr) : this(top, btm)
{
Attributes = new LinkedList<Attribute>();
Attributes.AddLast(attr);
}
public Edge(Vertex top, Vertex btm, LinkedList<Attribute> attr) : this(top, btm)
{
this.Attributes = attr;
}
