def test_from_and_to_dict():
modifier = Plastic('polygon_material')
polygon = Polygon('default_polygon', vertices, modifier=modifier)
polygon_dict = polygon.to_dict()
# check values in dictionary
assert polygon_dict['identifier'] == 'default_polygon'
assert polygon_dict['modifier'] == modifier.to_dict()
assert polygon_dict['vertices'] == tuple(tuple(pt) for pt in vertices)
polygon_from_dict = Polygon.from_dict(polygon_dict)
assert polygon_from_dict.to_radiance() == polygon.to_radiance()
def test_from_and_to_dict():
modifier = Plastic('source_material')
source = Source('default_source', modifier=modifier)
source_dict = source.to_dict()
# check values in dictionary
assert source_dict['identifier'] == 'default_source'
assert source_dict['modifier'] == modifier.to_dict()
assert source_dict['direction'] == (0, 0, -1)
assert source_dict['angle'] == 0.533
source_from_dict = Source.from_dict(source_dict)
assert source_from_dict.to_radiance() == source.to_radiance()
def test_from_and_to_dict():
modifier = Plastic('sphere_material')
sphere = Sphere('default_sphere', modifier=modifier)
sphere_dict = sphere.to_dict()
# check values in dictionary
assert sphere_dict['identifier'] == 'default_sphere'
assert sphere_dict['modifier'] == modifier.to_dict()
assert sphere_dict['center_pt'] == (0, 0, 0)
assert sphere_dict['radius'] == 10
sphere_from_dict = Sphere.from_dict(sphere_dict)
assert sphere_from_dict.to_radiance() == sphere.to_radiance()
def test_from_and_to_dict():
modifier = Plastic('cylinder_material')
cylinder = Cylinder('default_cylinder', modifier=modifier)
cylinder_dict = cylinder.to_dict()
# check values in dictionary
assert cylinder_dict['identifier'] == 'default_cylinder'
assert cylinder_dict['modifier'] == modifier.to_dict()
assert cylinder_dict['center_pt_start'] == (0, 0, 0)
assert cylinder_dict['center_pt_end'] == (0, 0, 10)
assert cylinder_dict['radius'] == 10
cylinder_from_dict = Cylinder.from_dict(cylinder_dict)
assert cylinder_from_dict.to_radiance() == cylinder.to_radiance()
def test_from_and_to_dict():
modifier = Plastic('cone_material')
cone = Cone('default_cone', modifier=modifier)
cone_dict = cone.to_dict()
# check values in dictionary
assert cone_dict['identifier'] == 'default_cone'
assert cone_dict['modifier'] == modifier.to_dict()
assert cone_dict['center_pt_start'] == (0, 0, 0)
assert cone_dict['center_pt_end'] == (0, 0, 10)
assert cone_dict['radius_start'] == 10
assert cone_dict['radius_end'] == 0
cone_from_dict = Cone.from_dict(cone_dict)
assert cone_from_dict.to_radiance() == cone.to_radiance()
def test_from_and_to_dict():
modifier = Plastic('ring_material')
ring = Ring('default_ring', modifier=modifier)
ring_dict = ring.to_dict()
# check values in dictionary
assert ring_dict['identifier'] == 'default_ring'
assert ring_dict['modifier'] == modifier.to_dict()
assert ring_dict['center_pt'] == (0, 0, 0)
assert ring_dict['normal_vector'] == (0, 0, 1)
assert ring_dict['radius_inner'] == 5
assert ring_dict['radius_outer'] == 10
ring_from_dict = Ring.from_dict(ring_dict)
assert ring_from_dict.to_radiance() == ring.to_radiance()