public GraphCore(FlowData data, ReferenceData refData, IHaversine haversine)
{
Haversine = haversine;
fd = data;
rd = refData;
HydrateGraph();
}
public int Distance = 0; //Weight = distance in km
public Edge(Node src, Node dst, IHaversine haversine)
{
Source = src;
Destination = dst;
//Distance = (int)(src.Location.GetDistanceTo(dst.Location)); // Put it back later! GeoCoordinates is fun, look into course as heuristic during search.
//Casting because the extra precision isn't necessary... it might be now...
Distance = (int)haversine.Distance(src.Location, dst.Location, DistanceType.Kilometers);
}
public GraphHandler(IHaversine haversine)
{
DataParser x = new DataParser();
Data = x.Flow();
ReferenceParser refParser = new ReferenceParser();
RefData = refParser.Flow();
string directoryPath = @"C:\netProjects\AirlineGraph\shortestPaths";
var data = System.IO.Directory.GetFiles(directoryPath);
MetaParser metaParser = new MetaParser();
Meta = metaParser.Flow();
GraphCore = new GraphCore(Data, RefData, haversine);
}
public GL_SP_Route_Graph(IHaversine haversine)
{
Graph = new Graph(haversine);
}
public Graph(IHaversine haversine)
{
GraphHandler = new GraphHandler(haversine);
}
public Node(string code3, IHaversine haversine)
{
Code3 = code3;
Haversine = haversine;
}
