public void TestTwoEdgesWithIsBetter()
{
var vertex0 = new Coordinate(51.26779566943717f, 4.801347255706787f);
var vertex1 = new Coordinate(51.26689735000000f, 4.801347255706787f);
var vertex2 = new Coordinate(51.26689735000000f, 4.801347255706787f);
var graph = new GeometricGraph(1);
graph.AddVertex(0, vertex0.Latitude, vertex0.Longitude);
graph.AddVertex(1, vertex1.Latitude, vertex1.Longitude);
graph.AddVertex(2, vertex2.Latitude, vertex2.Longitude);
graph.AddEdge(0, 1, new uint[] { 0 }, null);
var expectedEdgeId = graph.AddEdge(0, 2, new uint[] { 1 }, null);
// resolve on vertex0.
var location = vertex0;
var resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); }, (edge) => { return(edge.Data[0] == 1); });
resolver.Run();
var result = resolver.Result;
Assert.IsNotNull(result);
Assert.AreEqual(expectedEdgeId, result.EdgeId);
// resolve on vertex1.
location = vertex1;
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); }, (edge) => { return(edge.Data[0] == 1); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
Assert.AreEqual(expectedEdgeId, result.EdgeId);
// resolve right in between.
location = new Coordinate((vertex0.Latitude + vertex1.Latitude) / 2,
(vertex0.Longitude + vertex1.Longitude) / 2);
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); }, (edge) => { return(edge.Data[0] == 1); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
Assert.AreEqual(expectedEdgeId, result.EdgeId);
}
public void TestOneEdge()
{
var vertex0 = new Coordinate(51.26779566943717f, 4.801347255706787f);
var vertex1 = new Coordinate(51.26689735000000f, 4.801347255706787f);
var graph = new GeometricGraph(1);
graph.AddVertex(0, (float)vertex0.Latitude, (float)vertex0.Longitude);
graph.AddVertex(1, (float)vertex1.Latitude, (float)vertex1.Longitude);
graph.AddEdge(0, 1, new uint[] { 0 }, null);
// resolve on vertex0.
var location = vertex0;
var resolver = new ResolveAlgorithm(graph, (float)location.Latitude, (float)location.Longitude,
Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
var result = resolver.Result;
Assert.IsNotNull(result);
// resolve on vertex1.
location = vertex1;
resolver = new ResolveAlgorithm(graph, (float)location.Latitude, (float)location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
// resolve right in between.
location = new Coordinate((vertex0.Latitude + vertex1.Latitude) / 2,
(vertex0.Longitude + vertex1.Longitude) / 2);
resolver = new ResolveAlgorithm(graph, (float)location.Latitude, (float)location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
}
public void TestOneEdgeWithShape()
{
var vertex0 = new Coordinate(51.26779566943717f, 4.801347255706787f);
var shape0 = new Coordinate(51.26763791763357f, 4.801728129386902f);
var shape1 = new Coordinate(51.267070677950585f, 4.801749587059021f);
var vertex1 = new Coordinate(51.26689735000000f, 4.801347255706787f);
var graph = new GeometricGraph(1);
graph.AddVertex(0, vertex0.Latitude, vertex0.Longitude);
graph.AddVertex(1, vertex1.Latitude, vertex1.Longitude);
graph.AddEdge(0, 1, new uint[] { 0 }, shape0, shape1);
// resolve on vertex0.
var location = vertex0;
var resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
var result = resolver.Result;
Assert.IsNotNull(result);
// resolve on vertex1.
location = vertex1;
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
// resolve on shape0.
location = shape0;
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
// resolve on shape1.
location = shape1;
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
// resolve on shape0 a bit to the top-right.
location = new Coordinate(51.26771847181371f, 4.801915884017944f);
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
// resolve on shape1 a bit to the bottom-right.
location = new Coordinate(51.266986766160414f, 4.8019373416900635f);
resolver = new ResolveAlgorithm(graph, location.Latitude, location.Longitude, Constants.DefaultMaxEdgeDistance, 50f,
(edge) => { return(true); });
resolver.Run();
result = resolver.Result;
Assert.IsNotNull(result);
}