/// <summary>
/// Add a resulting route for a specific runway exit and size
/// </summary>
/// <param name="maxSizeCurrentResult">The maximum size allowed on the current route</param>
/// <param name="parkingNode">The runway node for this exit</param>
public void AddResult(XPlaneAircraftCategory maxSizeCurrentResult, TaxiNode parkingNode, Parking parking, TaxiNode entryGroupNode, EntryPoint entryPoint)
{
if (!_results.ContainsKey(parkingNode))
{
_results[parkingNode] = new Dictionary <XPlaneAircraftCategory, ResultRoute>();
}
Dictionary <XPlaneAircraftCategory, ResultRoute> originResults = _results[parkingNode];
// If no results yet for this node, just add the current route
if (originResults.Count == 0)
{
ResultRoute theRoute = ResultRoute.ExtractRoute(_edges, parkingNode, maxSizeCurrentResult);
if (!theRoute.HasNode(entryPoint.OnRunwayNode))
{
originResults.Add(maxSizeCurrentResult, theRoute);
originResults[maxSizeCurrentResult].RunwayEntryPoint = entryPoint;
originResults[maxSizeCurrentResult].AvailableRunwayLength = entryPoint.TakeoffLengthRemaining;
}
}
else
{
XPlaneAircraftCategory minSize = originResults.Min(or => or.Key);
if (originResults[minSize].Distance > parkingNode.DistanceToTarget)
{
if (minSize > maxSizeCurrentResult)
{
ResultRoute theRoute = ResultRoute.ExtractRoute(_edges, parkingNode, maxSizeCurrentResult);
if (!theRoute.HasNode(entryPoint.OnRunwayNode))
{
originResults.Add(maxSizeCurrentResult, theRoute);
originResults[maxSizeCurrentResult].RunwayEntryPoint = entryPoint;
originResults[maxSizeCurrentResult].AvailableRunwayLength = entryPoint.TakeoffLengthRemaining;
originResults[minSize].MinSize = (maxSizeCurrentResult + 1);
}
}
else if (minSize == maxSizeCurrentResult)
{
ResultRoute theRoute = ResultRoute.ExtractRoute(_edges, parkingNode, maxSizeCurrentResult);
if (!theRoute.HasNode(entryPoint.OnRunwayNode))
{
originResults[minSize] = theRoute;
originResults[minSize].RunwayEntryPoint = entryPoint;
originResults[minSize].AvailableRunwayLength = entryPoint.TakeoffLengthRemaining;
}
}
}
}
// Nasty overkill to make sure parkings with the same 'nearest' node will have routes generated
foreach (KeyValuePair <XPlaneAircraftCategory, ResultRoute> result in originResults)
{
result.Value.AddParking(parking);
}
}
/// <summary>
/// Add a resulting route for a specific runway exit and size
/// </summary>
/// <param name="maxSizeCurrentResult">The maximum size allowed on the current route</param>
/// <param name="runwayExitNode">The runway node for this exit</param>
/// <param name="pathStartNode">The frist node 'departing' the runway</param>
/// <param name="r">The runway it self</param>
public void AddResult(XPlaneAircraftCategory maxSizeCurrentResult, TaxiNode runwayExitNode, TaxiNode pathStartNode, Runway r, double availableRunwayLength)
{
if (!_results.ContainsKey(runwayExitNode))
{
_results[runwayExitNode] = new Dictionary <XPlaneAircraftCategory, ResultRoute>();
}
Dictionary <XPlaneAircraftCategory, ResultRoute> originResults = _results[runwayExitNode];
// If no results yet for this node, just add the current route
if (originResults.Count == 0)
{
originResults.Add(maxSizeCurrentResult, ResultRoute.ExtractRoute(_edges, pathStartNode, maxSizeCurrentResult));
originResults[maxSizeCurrentResult].Runway = r;
originResults[maxSizeCurrentResult].AvailableRunwayLength = availableRunwayLength;
}
else
{
XPlaneAircraftCategory minSize = originResults.Min(or => or.Key);
if (originResults[minSize].Distance > pathStartNode.DistanceToTarget)
{
if (minSize > maxSizeCurrentResult)
{
originResults.Add(maxSizeCurrentResult, ResultRoute.ExtractRoute(_edges, pathStartNode, maxSizeCurrentResult));
originResults[maxSizeCurrentResult].Runway = r;
originResults[maxSizeCurrentResult].AvailableRunwayLength = availableRunwayLength;
originResults[minSize].MinSize = (maxSizeCurrentResult + 1);
}
else if (minSize == maxSizeCurrentResult)
{
originResults[minSize] = ResultRoute.ExtractRoute(_edges, pathStartNode, maxSizeCurrentResult);
originResults[minSize].Runway = r;
originResults[minSize].AvailableRunwayLength = availableRunwayLength;
}
}
}
}