public static NodeP RandomChildren(int depth)
{
var node = new NodeP();
var rnd = new Random();
if (depth == 0)
{
NVarP nodeVar = new NVarP();
nodeVar.Value = rnd.NextDouble();
var n = new NodeP();
n.Nvar = nodeVar;
}
else
{
var ngroup = new NGroupP();
var group = new NodeGroupP();
group.Base = RandomNodeBase();
var lst = new List <NodeP>(UtilsCommon.DefaultChildNodesAmount);
for (int i = 0; i < lst.Capacity; ++i)
{
lst.Add(RandomChildren(depth - 1));
}
group.Children.AddRange(lst);
ngroup.Group = group;
node.Ngroup = ngroup;
}
return(node);
}
public void NextClosestNode_8()
{
var node7 = new NodeP {
Data = 4
};
var node8 = new NodeP {
Data = 7
};
var node9 = new NodeP {
Data = 13
};
var node4 = new NodeP {
Data = 1
};
var node5 = new NodeP {
Data = 6, Left = node7, Right = node8
};
var node6 = new NodeP {
Data = 14, Left = node9
};
var node2 = new NodeP {
Data = 3, Left = node4, Right = node5
};
var node3 = new NodeP {
Data = 10, Right = node6
};
var node1 = new NodeP {
Data = 8, Left = node2, Right = node3
};
node2.Parent = node1;
node3.Parent = node1;
node4.Parent = node2;
node5.Parent = node2;
node6.Parent = node3;
node7.Parent = node5;
node8.Parent = node5;
node9.Parent = node6;
var res = GetNextNode.GetNext(node1);
var exp = node3;
Assert.AreEqual(exp, res);
}
