public void CirtularDeviationTest()
{
double expected = 5.4163747152893815251e-01;
double actual = Circular.AngularDeviation(angles);
Assert.AreEqual(expected, actual, 1e-15);
}
public void CircularDeviationTest()
{
/* angles = [ 0.003898633 5.956808760 0.318487983 5.887227832 0.641802182, 4.640345741, 0.931996171, 0.426819547, 0.624824460, 0.247553652, 6.282827901, 0.313780766, 0.093206440, 0.392279489, 0.601228848 ]
*/
// Compared against R's circular package
/* angles <- c(0.003898633, 5.956808760, 0.318487983, 5.887227832, 0.641802182, 4.640345741, 0.931996171, 0.426819547, 0.624824460, 0.247553652, 6.282827901, 0.313780766, 0.093206440, 0.392279489, 0.601228848)
* angular.deviation(angles)
* 0.541637471528937930465
*/
double expected = 5.4163747152893815251e-01;
double actual = Circular.AngularDeviation(angles);
Assert.IsFalse(Double.IsNaN(actual));
Assert.AreEqual(expected, actual, 1e-15);
}