public void BBoxTest()
{
var v = new Vector3D(1, 2, 3);
var bbox = v.BBox(1e-6, rad_tol);
Assert.True(bbox.Min.EqualsTol(1e-6, bbox.Max));
Assert.True(bbox.Min.EqualsTol(1e-6, v));
}
public void Vector3DTest_0002()
{
var tol = 1e-2;
var vx = -1.1;
var vy = 2.7;
var vz = 0.09;
var v = new Vector3D(vx, vy, vz);
Assert.True(v.GeomFrom.EqualsTol(tol, vx, vy, vz));
Assert.True(v.GeomFrom.EqualsTol(tol, v.GeomTo));
var vertexes = v.Vertexes;
Assert.True(vertexes.Count() == 1 && vertexes.First().EqualsTol(tol, v));
var len = v.Length;
Assert.True(len.EqualsTol(tol, Sqrt(vx * vx + vy * vy + vz * vz)));
var dxfEnt = v.DxfEntity;
Assert.True(dxfEnt.Type == netDxf.Entities.EntityType.Point);
{
var pos = ((netDxf.Entities.Point)dxfEnt).Position;
Assert.True(pos.X.EqualsTol(tol, v.X));
Assert.True(pos.Y.EqualsTol(tol, v.Y));
Assert.True(pos.Z.EqualsTol(tol, v.Z));
}
{
var en = v.Divide(2);
Assert.True(en.Count() == 1 && en.First().EqualsTol(tol, v));
}
var bbox = v.BBox(tol);
Assert.True(bbox.Min.EqualsTol(tol, bbox.Max) && bbox.Min.EqualsTol(tol, v));
}