private void AssertNtsConsistentRelate(IShape shape)
{
IntersectionMatrix expectedM = POLY_SHAPE.Geometry.Relate(((NtsSpatialContext)ctx).GetGeometryFrom(shape));
SpatialRelation expectedSR = NtsGeometry.IntersectionMatrixToSpatialRelation(expectedM);
//NTS considers a point on a boundary INTERSECTS, not CONTAINS
if (expectedSR == SpatialRelation.INTERSECTS && shape is Core.Shapes.IPoint)
{
expectedSR = SpatialRelation.CONTAINS;
}
AssertRelation(null, expectedSR, POLY_SHAPE, shape);
if (ctx.IsGeo)
{
//shift shape, set to shape2
IShape shape2;
if (shape is IRectangle)
{
IRectangle r = (IRectangle)shape;
shape2 = MakeNormRect(r.MinX + DL_SHIFT, r.MaxX + DL_SHIFT, r.MinY, r.MaxY);
}
else if (shape is Core.Shapes.IPoint)
{
Core.Shapes.IPoint p = (Core.Shapes.IPoint)shape;
shape2 = ctx.MakePoint(base.NormX(p.X + DL_SHIFT), p.Y);
}
else
{
throw new Exception("" + shape);
}
AssertRelation(null, expectedSR, POLY_SHAPE_DL, shape2);
}
}
private void assertJtsConsistentRelate(Shape shape)
{
IntersectionMatrix expectedM = POLY_SHAPE.GetGeom().Relate(((NtsSpatialContext)ctx).GetGeometryFrom(shape));
SpatialRelation expectedSR = NtsGeometry.IntersectionMatrixToSpatialRelation(expectedM);
//JTS considers a point on a boundary INTERSECTS, not CONTAINS
if (expectedSR == SpatialRelation.INTERSECTS && shape is Point)
{
expectedSR = SpatialRelation.CONTAINS;
}
assertRelation(null, expectedSR, POLY_SHAPE, shape);
if (TEST_DL_POLY && ctx.IsGeo())
{
//shift shape, set to shape2
Shape shape2;
if (shape is Rectangle)
{
Rectangle r = (Rectangle)shape;
shape2 = makeNormRect(r.GetMinX() + DL_SHIFT, r.GetMaxX() + DL_SHIFT, r.GetMinY(), r.GetMaxY());
if (!TEST_DL_OTHER && shape2.GetBoundingBox().GetCrossesDateLine())
{
return;
}
}
else if (shape is Point)
{
Point p = (Point)shape;
shape2 = ctx.MakePoint(normX(p.GetX() + DL_SHIFT), p.GetY());
}
else
{
throw new Exception("" + shape);
}
assertRelation(null, expectedSR, POLY_SHAPE_DL, shape2);
}
}