public void isNotClockwiseLinkedGeoLoop()
{
List <GeoCoord> verts =
new List <GeoCoord>
{
new GeoCoord(0, 0), new GeoCoord(0, 0.4), new GeoCoord(0.4, 0.4), new GeoCoord(0.4, 0)
};
LinkedGeo.LinkedGeoLoop loop = new LinkedGeo.LinkedGeoLoop();
createLinkedLoop(ref loop, verts, 4);
Assert.False(LinkedGeo.isClockwiseLinkedGeoLoop(loop),
"Got false for counter-clockwise loop");
}
public void isNotClockwiseLinkedGeoLoopTransmeridian()
{
List <GeoCoord> verts =
new List <GeoCoord>
{
new GeoCoord(0.4, Constants.M_PI - 0.1),
new GeoCoord(-0.4, Constants.M_PI - 0.1),
new GeoCoord(-0.4, -Constants.M_PI + 0.1),
new GeoCoord(0.4, -Constants.M_PI + 0.1)
};
LinkedGeo.LinkedGeoLoop loop = new LinkedGeo.LinkedGeoLoop();
createLinkedLoop(ref loop, verts, 4);
Assert.False(LinkedGeo.isClockwiseLinkedGeoLoop(loop),
"Got false for counter-clockwise transmeridian loop");
}
public void isClockwiseLinkedGeoLoop()
{
List <GeoCoord> verts =
new List <GeoCoord>
{
new GeoCoord(0.1, 0.1),
new GeoCoord(0.2, 0.2),
new GeoCoord(0.1, 0.2)
};
LinkedGeo.LinkedGeoLoop loop = new LinkedGeo.LinkedGeoLoop();
createLinkedLoop(ref loop, verts, 3);
Assert.True
(
LinkedGeo.isClockwiseLinkedGeoLoop(loop),
"Got true for clockwise loop"
);
}
