public void TestIntersection_envelope1() { Assert.IsTrue(CoordinateArrays.Equals( CoordinateArrays.Intersection(Coords1, new Envelope(1, 2, 1, 2)), new[] { new Coordinate(1, 1), new Coordinate(2, 2) } )); }
public void EqualsComparerTest() { Coordinate[] reverse = CoordinateArrays.CopyDeep(array); CoordinateArrays.Reverse(reverse); Assert.IsFalse(CoordinateArrays.Equals(array, reverse)); Assert.IsFalse(CoordinateArrays.Equals(array, reverse, new CoordinateArrays.ForwardComparator())); Assert.IsTrue(CoordinateArrays.Equals(array, reverse, new CoordinateArrays.BidirectionalComparator())); }
private void TestQuery(KdTree <object> index, Envelope queryEnv, bool includeRepeated, Coordinate[] expectedCoord) { var result = KdTree <object> .ToCoordinates(index.Query(queryEnv), includeRepeated); Array.Sort(result); Array.Sort(expectedCoord); Assert.IsTrue(result.Length == expectedCoord.Length, "Result count = {0}, expected count = {1}", result.Length, expectedCoord.Length); bool isMatch = CoordinateArrays.Equals(result, expectedCoord); Assert.IsTrue(isMatch, "Expected result coordinates not found"); }
/// <summary> /// Dissolve the given <see cref="ISegmentString" />. /// </summary> /// <param name="segString"></param> public void Dissolve(ISegmentString segString) { var oca = new OrientedCoordinateArray(segString.Coordinates); var existing = FindMatching(oca /*, segString*/); if (existing == null) { Add(oca, segString); } else { if (_merger != null) { bool isSameOrientation = CoordinateArrays.Equals(existing.Coordinates, segString.Coordinates); _merger.Merge(existing, segString, isSameOrientation); } } }
public void TestIntersection_coords_emptyEnvelope() { Assert.IsTrue(CoordinateArrays.Equals( CoordinateArrays.Intersection(Coords1, new Envelope()), Empty) ); }
public void TestIntersection_empty_envelope() { Assert.IsTrue(CoordinateArrays.Equals( CoordinateArrays.Intersection(Empty, new Envelope(1, 2, 1, 2)), Empty) ); }
public void TestIntersection_envelopeDisjoint() { Assert.IsTrue(CoordinateArrays.Equals( CoordinateArrays.Intersection(Coords1, new Envelope(10, 20, 10, 20)), Empty) ); }