public void WhenMultipleWptsHaveSameIdentShouldSortBasedOnDistance()
{
// setup
var wpts = new[]
{
new Waypoint("P01", 20.0, 15.0),
new Waypoint("P01", 40.0, 35.0),
new Waypoint("P01", 60.0, 55.0),
new Waypoint("P02", 40.0, 33.0)
};
var wptList = new WaypointList();
wpts.ForEach(w => wptList.AddWaypoint(w));
var analyzer = new AutoSelectAnalyzer(
GetRouteString("P01", "P02"),
new LatLon(45.0, 40.0),
new LatLon(45.0, 40.0),
wptList);
// invoke
var route = analyzer.Analyze();
// assert
var expected = GetRoute(
wpts[1], "DCT", -1.0,
wpts[3]);
Assert.IsTrue(route.Equals(expected));
}
/// <exception cref="InvalidRouteException"></exception>
/// <exception cref="WaypointNotFoundException"></exception>
private Route ReadMainRoute(List <string> route)
{
var latLon = trk.PreferredFirstLatLon;
var analyzer = new AutoSelectAnalyzer(
InputFormatter.Split(CombineArray(route)),
latLon,
latLon,
wptList);
return(analyzer.Analyze());
}
public void WhenPreferredLatLonAreBadShouldStillFindsResult()
{
// setup
var wpts = new[]
{
new Waypoint("P01", 0.0, 15.0),
new Waypoint("P02", 0.0, 16.0),
new Waypoint("P03", 0.0, 17.0),
new Waypoint("P01", 50.0, -30.0)
};
var wptList = new WaypointList();
var indices = wpts.Select(w => wptList.AddWaypoint(w)).ToList();
wptList.AddNeighbor(indices[0], "A01", indices[1]);
wptList.AddNeighbor(indices[1], "A02", indices[2]);
// Added so that there are 2 airways to choose from at P03.
wptList.AddNeighbor(indices[1], "A03", indices[3]);
var analyzer = new AutoSelectAnalyzer(
GetRouteString("P01", "A01", "P02", "A02", "P03"),
new LatLon(50.0, -30.0),
new LatLon(50.0, -30.0),
wptList);
// invoke
var route = analyzer.Analyze();
// assert
var expected = GetRoute(
wpts[0], "A01", -1.0,
wpts[1], "A02", -1.0,
wpts[2]);
Assert.IsTrue(route.Equals(expected));
}