protected override void CheckEquality(IGeometry gIn, IGeometry gParsed, WKTWriter writer)
{
var res = gIn.EqualsExact(gParsed);
if (res) return;
if (Compressed)
{
var discreteHausdorffDistance =
Algorithm.Distance.DiscreteHausdorffDistance.Distance(gIn, gParsed);
if (discreteHausdorffDistance > 0.05)
{
Console.WriteLine();
Console.WriteLine(gIn.AsText());
Console.WriteLine(gParsed.AsText());
Console.WriteLine("DiscreteHausdorffDistance=" + discreteHausdorffDistance);
}
Assert.IsTrue(discreteHausdorffDistance < 0.001);
}
else
Assert.IsTrue(false);
}
protected virtual void CheckEquality(IGeometry gIn, IGeometry gParsed, WKTWriter writer)
{
Assert.IsTrue(gIn.EqualsExact(gParsed), "Instances are not equal\n{0}\n\n{1}", gIn, gParsed);
}
protected override void CheckEquality(IGeometry gIn, IGeometry gParsed, WKTWriter writer)
{
if (gIn.OgcGeometryType == OgcGeometryType.GeometryCollection)
Assert.IsTrue(gIn.EqualsNormalized(gParsed));
else
Assert.IsTrue(gIn.EqualsTopologically(gParsed));
}
public void PerformTest(IGeometry gIn)
{
WKTWriter writer = new WKTWriter(2) {EmitSRID = true, MaxCoordinatesPerLine = 3,};
byte[] b = null;
Assert.DoesNotThrow(() => b = Write(gIn), "Threw exception during write:\n{0}", writer.WriteFormatted(gIn));
IGeometry gParsed = null;
Assert.DoesNotThrow(() => gParsed = Read(b), "Threw exception during read:\n{0}", writer.WriteFormatted(gIn));
Assert.IsNotNull(gParsed, "Could not be parsed\n{0}", gIn);
CheckEquality(gIn, gParsed, writer);
}
private void PrintNode(IntervalRTreeNode <T> node, int level)
{
Console.WriteLine(WKTWriter.ToLineString(new Coordinate(node.Min, level), new Coordinate(node.Max, level)));
}
