public void randomizedNodeTest()
{
Random randomGenerator = new Random ();
int numNodes = 50;
int numEdges = 200;
Node[] nodes = new Node[numNodes];
for(int i = 0; i < numNodes; i++){
nodes[i] = new Node(i);
}
Dictionary<int, List<HashSet<Node>>> edgeMap = initializeEdgeMap(nodes);
int id1 = 0; //id of nodes to connect
int id2 = 0;
int transport;
for(int i = 0; i < numEdges; i++){
while(id1 == id2){
id1 = (int)(randomGenerator.NextDouble() * numNodes);
id2 = (int)(randomGenerator.NextDouble() * numNodes);
}
transport = (int)(randomGenerator.NextDouble() * 3);
if(transport == 0){
nodes[id1].addEdge(nodes[id2], TransportType.taxi);
nodes[id2].addEdge(nodes[id1], TransportType.taxi);
edgeMap[id1][transport].Add(nodes[id2]);
edgeMap[id2][transport].Add(nodes[id1]);
}
else if(transport == 1){
nodes[id1].addEdge(nodes[id2], TransportType.bus);
nodes[id2].addEdge(nodes[id1], TransportType.bus);
edgeMap[id1][transport].Add(nodes[id2]);
edgeMap[id2][transport].Add(nodes[id1]);
}
else if(transport == 2){
nodes[id1].addEdge(nodes[id2], TransportType.underground);
nodes[id2].addEdge(nodes[id1], TransportType.underground);
edgeMap[id1][transport].Add(nodes[id2]);
edgeMap[id2][transport].Add(nodes[id1]);
}
id1 = 0;
id2 = 0;
}
for(int i = 0; i < numNodes; i++){
Assert.AreEqual(edgeMap[i][0], nodes[i].getEdges(TransportType.taxi));
Assert.AreEqual(edgeMap[i][1], nodes[i].getEdges(TransportType.bus));
Assert.AreEqual(edgeMap[i][2], nodes[i].getEdges(TransportType.underground));
}
}
public Node[] constructBasicBoard()
{
Node[] nodes = new Node[5];
for(int i = 0; i < nodes.GetLength(0); i++){
nodes[i] = new Node(i);
}
nodes[0].addEdge(nodes[2], TransportType.taxi);
nodes[0].addEdge(nodes[3], TransportType.taxi);
nodes[0].addEdge(nodes[4], TransportType.taxi);
nodes[1].addEdge(nodes[2], TransportType.taxi);
nodes[1].addEdge(nodes[4], TransportType.taxi);
nodes[2].addEdge(nodes[0], TransportType.taxi);
nodes[2].addEdge(nodes[1], TransportType.taxi);
nodes[2].addEdge(nodes[4], TransportType.taxi);
nodes[3].addEdge(nodes[0], TransportType.taxi);
nodes[3].addEdge(nodes[4], TransportType.taxi);
nodes[4].addEdge(nodes[0], TransportType.taxi);
nodes[4].addEdge(nodes[1], TransportType.taxi);
nodes[4].addEdge(nodes[2], TransportType.taxi);
nodes[4].addEdge(nodes[3], TransportType.taxi);
nodes[0].addEdge(nodes[1], TransportType.bus);
nodes[1].addEdge(nodes[0], TransportType.bus);
nodes[0].addEdge(nodes[3], TransportType.bus);
nodes[3].addEdge(nodes[0], TransportType.bus);
nodes[1].addEdge(nodes[3], TransportType.bus);
nodes[3].addEdge(nodes[1], TransportType.bus);
nodes[0].addEdge(nodes[2], TransportType.underground);
nodes[2].addEdge(nodes[0], TransportType.underground);
nodes[2].addEdge(nodes[3], TransportType.underground);
nodes[3].addEdge(nodes[2], TransportType.underground);
return nodes;
}
public Dictionary<int, List<HashSet<Node>>> initializeEdgeMap(Node[] nodes)
{
Dictionary<int, List<HashSet<Node>>> edgeMap = new Dictionary<int, List<HashSet<Node>>>();
for(int i = 0; i < nodes.GetLength(0); i++){
HashSet<Node> edgeSet1 = new HashSet<Node>();
HashSet<Node> edgeSet2 = new HashSet<Node>();
HashSet<Node> edgeSet3 = new HashSet<Node>();
List<HashSet<Node>> edgeList = new List<HashSet<Node>>();
edgeList.Add(edgeSet1); //taxi
edgeList.Add(edgeSet2); //bus
edgeList.Add(edgeSet3); //underground
edgeMap.Add(i, edgeList);
}
return edgeMap;
}
public void AddChild(Node _child)
{
this.listChilds.Add(_child);
_child.Parent = this;
}
