private void Run(IGraph g, int s)
{
//set the weight to source vertex s as 0
_distTo[s] = 0.0;
//insert the vertex into the priority queue as (vertex number, weight)
_pq.Insert(s, _distTo[s]);
while (!_pq.IsEmpty())
{
//remove a vertex from the top of the queue
var v = _pq.DeleteMin();
Scan(g, v);
}
}
public void Run(int vertex)
{
_distanceTo[vertex] = 0.0;
_priorityQueue.Insert(vertex, _distanceTo[vertex]);
while (!_priorityQueue.IsEmpty())
{
var v = _priorityQueue.DeleteMin();
foreach (var neighbour in _graph.Neighbours(v))
{
Relax(neighbour);
}
}
}
public void MinPriorityQueueTest()
{
var pq = new MinPriorityQueue <string>(9);
var results = new List <string>();
pq.Insert("P");
pq.Insert("Q");
pq.Insert("E");
results.Add(pq.DeleteMin());
pq.Insert("X");
pq.Insert("A");
pq.Insert("M");
results.Add(pq.DeleteMin());
pq.Insert("P");
pq.Insert("L");
pq.Insert("E");
results.Add(pq.DeleteMin());
}
public void AddNum(int num)
{
if (maxHeap.Count == 0 || num < maxHeap.Max)
{
maxHeap.Add(num);
}
else
{
minHeap.Add(num);
}
if (maxHeap.Count < minHeap.Count)
{
maxHeap.Add(minHeap.DeleteMin());
}
else if (maxHeap.Count > minHeap.Count + 1)
{
minHeap.Add(maxHeap.DeleteMax());
}
}
