def test_to_scad(self):
sphere = Sphere(2)
cube = Cuboid(10, 10, 10)
cylinder = Frustum(origin, Z, 5, 5)
mixed = Union(
[Intersection([sphere, cylinder]),
Difference([cube, sphere])])
self.assertEqual(
mixed.to_scad(),
ScadObject("union", None, None, [
ScadObject(
"intersection", None, None,
[sphere.to_scad(), cylinder.to_scad()]),
ScadObject("difference", None, None,
[cube.to_scad(), sphere.to_scad()]),
]))
def test_to_scad(self):
sphere = Sphere(2)
cube = Cuboid(10, 10, 10)
cylinder = Frustum(origin, Z, 11, 11)
self.assertEqual(
Difference([sphere, cube, cylinder]).to_scad(),
ScadObject("difference", None, None, [
sphere.to_scad(),
cube.to_scad(),
cylinder.to_scad(),
]))
def test_to_scad(self):
sphere = Sphere(2)
cube = Cuboid(10, 10, 10)
cylinder = Frustum(origin, Z, 11, 11)
self.assertEqual(
Union([sphere, cube, cylinder]).to_scad(),
ScadObject("union", None, None, [
sphere.to_scad(),
cube.to_scad(),
cylinder.to_scad(),
]))
# Empty
self.assertEqual(
Union([]).to_scad(), ScadObject("union", None, None, None))