protected override void SetUp()
{
base.SetUp();
southHemi = new S2Loop(northHemi);
southHemi.Invert();
eastHemi = new S2Loop(westHemi);
eastHemi.Invert();
farHemi = new S2Loop(nearHemi);
farHemi.Invert();
}
protected override void SetUp()
{
base.SetUp();
southHemi = new S2Loop(northHemi);
southHemi.Invert();
eastHemi = new S2Loop(westHemi);
eastHemi.Invert();
farHemi = new S2Loop(nearHemi);
farHemi.Invert();
}
public void testBounds()
{
assertTrue(candyCane.RectBound.Lng.IsFull);
assertTrue(candyCane.RectBound.LatLo.Degrees < -20);
assertTrue(candyCane.RectBound.LatHi.Degrees > 10);
assertTrue(smallNeCw.RectBound.IsFull);
assertEquals(arctic80.RectBound,
new S2LatLngRect(S2LatLng.FromDegrees(80, -180), S2LatLng.FromDegrees(90, 180)));
assertEquals(antarctic80.RectBound,
new S2LatLngRect(S2LatLng.FromDegrees(-90, -180), S2LatLng.FromDegrees(-80, 180)));
arctic80.Invert();
// The highest latitude of each edge is attained at its midpoint.
var mid = (arctic80.Vertex(0) + arctic80.Vertex(1)) * 0.5;
assertDoubleNear(arctic80.RectBound.LatHi.Radians, new S2LatLng(mid).Lat.Radians);
arctic80.Invert();
assertTrue(southHemi.RectBound.Lng.IsFull);
assertEquals(southHemi.RectBound.Lat, new R1Interval(-S2.PiOver2, 0));
}
