public void TestCustom()
{
SpatialContext sc = Call("units", "u");
Assert.Equal(DistanceUnits.CARTESIAN, sc.GetUnits());
Assert.Equal(new CartesianDistCalc(), sc.GetDistCalc());
sc = Call("units", "u",
"distCalculator", "cartesian^2",
"worldBounds", "-100 0 75 200");//West South East North
Assert.Equal(new CartesianDistCalc(true), sc.GetDistCalc());
Assert.Equal(new RectangleImpl(-100, 75, 0, 200), sc.GetWorldBounds());
sc = Call("units", "miles",
"distCalculator", "lawOfCosines");
Assert.Equal(DistanceUnits.MILES, sc.GetUnits());
var test = new GeodesicSphereDistCalc.LawOfCosines(sc.GetUnits().EarthRadius());
Assert.Equal(test, sc.GetDistCalc());
}
public void TestCustom()
{
SpatialContext sc = Call("geo", "false");
Assert.True(!sc.IsGeo());
Assert.Equal(new CartesianDistCalc(), sc.GetDistCalc());
sc = Call("geo", "false",
"distCalculator", "cartesian^2",
"worldBounds", "-100 0 75 200");//West South East North
Assert.Equal(new CartesianDistCalc(true), sc.GetDistCalc());
Assert.Equal(new RectangleImpl(-100, 75, 0, 200, sc), sc.GetWorldBounds());
sc = Call("geo", "true",
"distCalculator", "lawOfCosines");
Assert.True(sc.IsGeo());
var test = new GeodesicSphereDistCalc.LawOfCosines();
Assert.Equal(test, sc.GetDistCalc());
}