public static void polygon_intersection_point_crossings(PolyPairTestData testData)
{
if (testData.Name == "Fuzzed: 3")
{
return; // NOTE: we must test this one a different way
}
Console.WriteLine(testData.Name);
var result = _intersectionOperation.FindPointCrossings(testData.A, testData.B);
Assert.NotNull(result);
Console.WriteLine("{0} crossing points", result.Count);
PolyOperationTestUtility.AssertEqual(
testData.CrossingPoints.OrderBy(p => p),
result.Select(r => r.Point).OrderBy(p => p),
(x, y) => Assert.True(PointsAlmostEqual(x, y), "Points not equal."));
result = _intersectionOperation.FindPointCrossings(testData.B, testData.A);
Assert.NotNull(result);
PolyOperationTestUtility.AssertEqual(
testData.CrossingPoints.OrderBy(p => p),
result.Select(r => r.Point).OrderBy(p => p),
(x, y) => Assert.True(PointsAlmostEqual(x, y), "Points not equal."));
}
static PolygonXorFacts()
{
_polyPairData = PolyOperationTestUtility.GeneratePolyPairXorTestDataCollection();
_xorOperation = new PolygonXorOperation();
}
static PolygonDifferenceFacts()
{
_polyPairData = PolyOperationTestUtility.GeneratePolyPairDifferenceTestDataCollection();
_differenceOperation = new PolygonDifferenceOperation();
}
static PolygonFindPointCrossingsFacts()
{
_polyPairData = PolyOperationTestUtility.GeneratePolyPairTestDataCollection();
_intersectionOperation = new PolygonIntersectionOperation();
}
static PolygonUnionFacts()
{
_polyPairData = PolyOperationTestUtility.GeneratePolyPairUnionTestDataCollection();
_unionOperation = new PolygonUnionOperation();
}
