def test_LandmarkManager_get():
lgroup = LabelledPointUndirectedGraph(points, adjacency_matrix, mask_dict)
man = LandmarkManager()
man._landmark_groups['test_set'] = lgroup
assert(man['test_set'] is lgroup)
assert is_same_array(man['test_set'].points, lgroup.points)
def test_LandmarkManager_str():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
out_str = man.__str__()
assert len(out_str) > 0
def test_LandmarkManager_str():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
out_str = man.__str__()
assert len(out_str) > 0
def test_LandmarkManager_get():
lgroup = LabelledPointUndirectedGraph(points, adjacency_matrix, mask_dict)
man = LandmarkManager()
man._landmark_groups['test_set'] = lgroup
assert (man['test_set'] is lgroup)
assert is_same_array(man['test_set'].points, lgroup.points)
def test_LandmarkManager_str():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
out_str = man.__str__()
assert (len(out_str) > 0)
def test_LandmarkManager_str():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
out_str = man.__str__()
assert (len(out_str) > 0)
def test_LandmarkManager_copy_method():
pcloud = PointCloud(points)
man = LandmarkManager()
man["test_set"] = pcloud
man_copy = man.copy()
assert man_copy["test_set"] is not man["test_set"]
assert not is_same_array(man_copy["test_set"].points, man["test_set"].points)
def test_LandmarkManager_copy_method():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
man_copy = man.copy()
assert man_copy['test_set'] is not man['test_set']
assert not is_same_array(man_copy['test_set'].points,
man['test_set'].points)
def test_LandmarkManager_copy_method():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
man_copy = man.copy()
assert (man_copy['test_set'] is not man['test_set'])
assert (not is_same_array(man_copy['test_set'].lms.points,
man['test_set'].lms.points))
def test_LandmarkManager_get():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
mask_dict = OrderedDict([('all', np.ones(10, dtype=np.bool))])
lgroup = LandmarkGroup(pcloud, mask_dict, copy=False)
man = LandmarkManager()
man._landmark_groups['test_set'] = lgroup
assert(man['test_set'] is lgroup)
def test_LandmarkManager_get():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
mask_dict = OrderedDict([('all', np.ones(10, dtype=np.bool))])
lgroup = LandmarkGroup(pcloud, mask_dict, copy=False)
man = LandmarkManager()
man._landmark_groups['test_set'] = lgroup
assert(man['test_set'] is lgroup)
def test_LandmarkManager_copy_method():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
man_copy = man.copy()
assert (man_copy['test_set'] is not man['test_set'])
assert (not is_same_array(man_copy['test_set'].lms.points,
man['test_set'].lms.points))
def test_LandmarkManager_get():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points)
mask_dict = {'all': np.ones(10, dtype=np.bool)}
lgroup = LandmarkGroup(target, 'label', pcloud, mask_dict, copy=False)
man = LandmarkManager(target)
man._landmark_groups['test_set'] = lgroup
assert_equal(man['test_set'], lgroup)
def test_LandmarkManager_copy_method():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points, copy=True)
man = LandmarkManager(target)
man['test_set'] = pcloud
man_copy = man.copy()
assert (man_copy._target is man._target)
assert (man_copy['test_set'] is not man['test_set'])
assert (not is_same_array(man_copy['test_set'].lms.points,
man['test_set'].lms.points))
assert_equal(man['test_set'].group_label, 'test_set')
def test_LandmarkManager_set_None_key():
lgroup = LabelledPointUndirectedGraph.init_with_all_label(
points, adjacency_matrix)
man = LandmarkManager()
with raises(ValueError):
man[None] = lgroup
def test_LandmarkManager_set_LabelledPointUndirectedGraph():
lgroup = LabelledPointUndirectedGraph(points, adjacency_matrix, mask_dict)
man = LandmarkManager()
man['test_set'] = lgroup
assert not is_same_array(man['test_set'].points, lgroup.points)
assert man['test_set']._labels_to_masks is not lgroup._labels_to_masks
def test_LandmarkManager_in():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
assert 'test_set' in man
def test_LandmarkManager_in():
pcloud = PointCloud(points)
man = LandmarkManager()
man["test_set"] = pcloud
assert "test_set" in man
def test_LandmarkManager_set_PointCloud_not_copy_target():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
assert not is_same_array(man['test_set'].points, pcloud.points)
assert_allclose(man['test_set'].points, np.ones([10, 3]))
def test_LandmarkManager_in():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
assert ('test_set' in man)
def test_LandmarkManager_set_PointCloud_not_copy_target():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
assert (not is_same_array(man['test_set'].lms.points, pcloud.points))
assert_allclose(man['test_set']['all'].points, np.ones([10, 3]))
def test_LandmarkManager_set():
lgroup = LabelledPointUndirectedGraph(points, adjacency_matrix, mask_dict)
man = LandmarkManager()
man['test_set'] = lgroup
assert_allclose(man._landmark_groups['test_set'].points, lgroup.points)
assert man._landmark_groups['test_set'].n_labels == 1
def test_LandmarkManager_set_pointcloud():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
new_pcloud = man['test_set']
assert new_pcloud is not pcloud
assert isinstance(new_pcloud, PointCloud)
def test_LandmarkManager_del():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
del man['test_set']
assert man.n_groups == 0
def test_LandmarkManager_set_pointcloud():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
man = LandmarkManager()
man['test_set'] = pcloud
lgroup = man['test_set']
assert (lgroup.lms is not pcloud)
assert_allclose(lgroup._labels_to_masks['all'], np.ones(10, dtype=np.bool))
def test_LandmarkManager_iterate():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
for l in man:
assert_equal(l, 'test_set')
def test_LandmarkManager_del():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
del man['test_set']
assert_equal(man.n_groups, 0)
def test_LandmarkManager_iterate():
pcloud = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud
man['test_set2'] = pcloud
man['test_set3'] = pcloud
for l in man:
assert not is_same_array(man[l].points, pcloud.points)
assert len(man) == 3
def test_LandmarkManager_set_LandmarkGroup():
points = np.ones((10, 3))
mask_dict = OrderedDict([('all', np.ones(10, dtype=np.bool))])
pcloud = PointCloud(points, copy=False)
lgroup = LandmarkGroup(pcloud, mask_dict, copy=False)
man = LandmarkManager()
man['test_set'] = lgroup
assert (not is_same_array(man['test_set'].lms.points, lgroup.lms.points))
assert_allclose(man['test_set']['all'].points, np.ones([10, 3]))
assert (man['test_set']._labels_to_masks is not lgroup._labels_to_masks)
def test_LandmarkManager_set():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
mask_dict = OrderedDict([('all', np.ones(10, dtype=np.bool))])
lgroup = LandmarkGroup(pcloud, mask_dict, copy=False)
man = LandmarkManager()
man['test_set'] = lgroup
assert_allclose(man._landmark_groups['test_set'].lms.points,
lgroup.lms.points)
assert_equal(man._landmark_groups['test_set'].n_labels, 1)
def test_LandmarkManager_group_order():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points)
man = LandmarkManager()
man["test_set"] = pcloud.copy()
man["abc"] = pcloud.copy()
man["def"] = pcloud.copy()
assert_equal(list(man._landmark_groups.keys()), ["test_set", "abc", "def"])
# check that after deleting and inserting the order will remain the same.
del man["test_set"]
man["tt"] = pcloud.copy()
assert_equal(list(man._landmark_groups.keys()), ["abc", "def", "tt"])
def test_LandmarkManager_group_order():
points = np.ones((10, 3))
pcloud = PointCloud(points, copy=False)
target = PointCloud(points)
man = LandmarkManager()
man['test_set'] = pcloud.copy()
man['abc'] = pcloud.copy()
man['def'] = pcloud.copy()
assert_equal(list(man._landmark_groups.keys()), ['test_set', 'abc', 'def'])
# check that after deleting and inserting the order will remain the same.
del man['test_set']
man['tt'] = pcloud.copy()
assert_equal(list(man._landmark_groups.keys()), ['abc', 'def', 'tt'])
def as_menpo_img(self):
"""
Converts image to menpo image
Returns
-------
menpo.image.Image: current image as menpo image
"""
menpo_img = Image(self.img)
lmk = self.lmk
menpo_lmk = PointCloud(self.lmk)
lmk_manager = LandmarkManager()
lmk_manager["LMK"] = menpo_lmk
menpo_img.landmarks = lmk_manager
return menpo_img
def test_landmarkmanager_view_widget():
l = LandmarkManager()
l['test'] = PointCloud(pcloud2d)
with raises(MenpowidgetsMissingError):
l.view_widget()
def landmarkmanager_view_widget_test():
LandmarkManager().view_widget()
assert 1
def landmarkmanager_view_widget_test():
l = LandmarkManager()
l['test'] = PointCloud(pcloud2d)
l.view_widget()
assert 1
def test_LandmarkManager_set_None_key():
pcloud = PointCloud(np.ones((10, 3)), copy=False)
lgroup = LandmarkGroup.init_with_all_label(pcloud)
man = LandmarkManager()
man[None] = lgroup
