public void InfiniteShouldReturnTheSameResultInBothVerison()
{
var minPoint = new Coordinate {
Latitude = 6544, Longitude = 5577
};
var maxPoint = new Coordinate {
Latitude = 9687, Longitude = 1254
};
var minPointA = new[] { minPoint.Latitude, minPoint.Longitude };
var maxPointA = new[] { maxPoint.Latitude, maxPoint.Longitude };
var hyperRect = new HyperRect <double>();
hyperRect.MinPoint = minPointA;
hyperRect.MaxPoint = maxPointA;
var hyperRectCoordinate = new HyperRectCoordinate <Coordinate>();
hyperRectCoordinate.MinPoint = minPoint;
hyperRectCoordinate.MaxPoint = maxPoint;
var rect = hyperRect.Clone();
var rectCoordinate = hyperRectCoordinate.Clone();
var res1 = HyperRect <double> .Infinite(2, double.MaxValue, double.MinValue);
var res2 = HyperRectCoordinate <Coordinate> .Infinite(2, double.MaxValue, double.MinValue);
res1.MaxPoint[0].Should().Be(res2.MaxPoint.Latitude);
res1.MaxPoint[1].Should().Be(res2.MaxPoint.Longitude);
res1.MinPoint[0].Should().Be(res2.MinPoint.Latitude);
res1.MinPoint[1].Should().Be(res2.MinPoint.Longitude);
}
/// <inheritdoc />
public IEnumerable <int> NearestNeighborIndexes(TNode target, int k)
{
var point = this.PointSelector(target);
var nearestNeighborList = new BoundablePriorityList <int, double>(k, true);
var rect = HyperRect <double> .Infinite(this.Dimensions, double.MaxValue, double.MinValue);
this.SearchForNearestNeighbors(this.rootNode, point, rect, 0, nearestNeighborList, double.MaxValue);
return(nearestNeighborList);
}
/// <inheritdoc />
public IEnumerable <int> RadialSearchIndexes(TNode center, double radius)
{
var nearestNeighbors = new BoundablePriorityList <int, double>();
var centerPoint = this.PointSelector(center);
this.SearchForNearestNeighbors(
this.rootNode,
centerPoint,
HyperRect <double> .Infinite(this.Dimensions, double.MaxValue, double.MinValue),
0,
nearestNeighbors,
radius);
return(nearestNeighbors);
}