private List <PathStatistics> GetNewPaths(PathStatistics sequence, TeleportNode endNode)
{
TeleportNode lastNode = sequence.path.Last();
if (lastNode.ID != endNode.ID)
{
List <PathStatistics> sequenses = new List <PathStatistics>();
foreach (ushort nextNodeID in lastNode.Costs.Keys)
{
TeleportNode nextNode = database.Points[nextNodeID];
TeleportNodeComparer comparer = new TeleportNodeComparer();
if (!sequence.path.Contains(nextNode, comparer))
{
//flag = true;
PathStatistics newSequence = (PathStatistics)sequence.Clone();
newSequence.path.Add(nextNode);
newSequence.cost += lastNode.GetCost(nextNodeID);
sequenses.Add(newSequence);
}
}
return(sequenses);
}
else
{
return(null);
}
}
public object Clone()
{
PathStatistics clone = new PathStatistics();
clone.cost = this.cost;
clone.efficiency = this.efficiency;
clone.flyTime = this.flyTime;
clone.path = new List<TeleportNode>(this.path);
clone.rideTime = this.rideTime;
clone.teleportTime = this.teleportTime;
clone.walkTime = this.walkTime;
return clone;
}
public object Clone()
{
PathStatistics clone = new PathStatistics();
clone.cost = this.cost;
clone.efficiency = this.efficiency;
clone.flyTime = this.flyTime;
clone.path = new List <TeleportNode>(this.path);
clone.rideTime = this.rideTime;
clone.teleportTime = this.teleportTime;
clone.walkTime = this.walkTime;
return(clone);
}
internal List <PathStatistics> GetPaths(float absX1, float absY1, float absX2, float absY2)
{
List <PathStatistics> statistics = new List <PathStatistics>();
float dummy;
List <TeleportNodeDistance> points = GetClosestPoint(absX1, absY1, out dummy, out dummy, out dummy);
List <TeleportNodeDistance> possibleStartNodes = new List <TeleportNodeDistance>(points.GetRange(0, Settings.Default.ClosestTeleportNodesCount));
TeleportNode endNode = GetClosestPoint(absX2, absY2, out dummy, out dummy, out dummy)[0].point;
TeleportNode closestStartPoint = possibleStartNodes[0].point;
PathStatistics closestStartPointStatistics = new PathStatistics(closestStartPoint);
List <PathStatistics> sequences = new List <PathStatistics>();
sequences.Add(closestStartPointStatistics);
List <PathStatistics> newSequences = new List <PathStatistics>();
while (flag)
{
foreach (PathStatistics sequence in sequences)
{
List <PathStatistics> tmp = GetNewPaths(sequence, endNode);
if (tmp != null)
{
newSequences.AddRange(tmp);
}
else
{
flag = false;
newSequences.Add(sequence);
}
}
sequences = new List <PathStatistics>(newSequences);
newSequences.Clear();
}
flag = true;
foreach (PathStatistics sequence in sequences)
{
if (sequence.path.Last().ID == endNode.ID)
{
newSequences.Add(sequence);
}
}
return(newSequences);
}