public void Properties()
{
Algorithm a = new Algorithm();
mtg tree = new mtg();
int root = tree.root;
int root1 = tree.AddComponent(root);
int vid = a.RandomTree(tree, root1, 18);
List <int> childAndComplex = tree.AddChildAndComplex(vid);
vid = a.RandomTree(tree, childAndComplex[0], 18);
List <int> childAndComplex2 = tree.AddChildAndComplex(vid);
vid = a.RandomTree(tree, childAndComplex2[0], 18);
Assert.IsTrue(tree.PropertyNames().Contains("Edge_Type"));
Assert.AreEqual(18 * 3, tree.Property("Edge_Type").Count);
}
public void RandomTree()
{
Algorithm a = new Algorithm();
mtg tree = new mtg();
int root = tree.root;
int root1 = tree.AddComponent(root);
root1 = tree.AddComponent(root1);
int vid = a.RandomTree(tree, root1, 18);
List <int> childAndComplex = tree.AddChildAndComplex(vid);
vid = a.RandomTree(tree, childAndComplex[0], 18);
List <int> childAndComplex2 = tree.AddChildAndComplex(vid);
vid = a.RandomTree(tree, childAndComplex2[0], 18);
Assert.AreEqual(61, tree.NbVertices());
}
public void AddChildAndComplex()
{
mtg tree = new mtg();
int root = tree.root;
int root1 = tree.AddComponent(root);
int root2 = tree.AddComponent(root1);
int vertex12 = tree.AddChild(root2);
int vertex22 = tree.AddChild(vertex12);
List <int> vertexAndComplex32 = tree.AddChildAndComplex(vertex22);
int vertex32 = vertexAndComplex32[0];
int vertex32complex = vertexAndComplex32[1];
Assert.AreEqual(7, tree.NbVertices());
CollectionAssert.Contains(tree.Children(vertex22), vertex32);
CollectionAssert.Contains(tree.Children(root1), vertex32complex);
}