def test_layout(self):
sub_rig = nt.SubRig(meta_data=None,
top_node=None,
layout_joints='test layout',
parent=None)
sub_rig.build()
self.assertEquals(sub_rig.layout_joints, 'test layout')
def test_top_node(self):
top_node = nt.Transform.build()
sub_rig = nt.SubRig(meta_data=None,
top_node=top_node,
layout=None,
parent=None)
sub_rig.build()
self.assertEquals(sub_rig.root, top_node)
def test_all_children_exist(self):
sub_rig = nt.SubRig(meta_data={'meta': 'data'},
top_node=None,
layout=None,
parent=None)
sub_rig.build()
for node in sub_rig._flat_hierarchy():
self.assertTrue(node.exists())
self.assertTrue(isinstance(node, nt.Transform))
def test_register_previously_created_with_meta_data(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
b = nt.Joint.build(meta_data={'name': 'bob'})
self.sub_rig.register_node('test', hierarchy_id=b)
self.assertDictEqual(b.meta_data, {'name': 'bob', 'type': 'joint'})
self.assertDictEqual(b.name_tokens, {
cfg.NAME: 'untitled',
cfg.TYPE: cfg.JOINT_TYPE
})
def test_build_with_sub_rig_previous_name_tokens(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build(name_tokens={'name': 'silvia'})
self.sub_rig.build_node(nt.Joint, hierarchy_id='test')
self.assertDictEqual(
self.sub_rig.joint.test.name_tokens, {
'name': 'silvia',
cfg.SUB_RIG_TOKEN: cfg.SUB_RIG_TOKEN,
cfg.TYPE: cfg.JOINT_TYPE
})
def test_register_previously_created_add_name_tokens(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
b = nt.Joint.build(name_tokens={'name': 'silvia'})
self.sub_rig.register_node(b, hierarchy_id='test')
self.assertDictEqual(
b.name_tokens, {
'name': 'silvia',
cfg.SUB_RIG_TOKEN: cfg.SUB_RIG_TOKEN,
cfg.TYPE: cfg.JOINT_TYPE
})
def test_register_previously_created_with_name_tokens(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
b = nt.Joint.build(name_tokens={'name': 'bob'})
self.sub_rig.register_node('test', hierarchy_id=b)
# This test will override the previous name because it now should inherit the new sub rig tokens.
self.assertDictEqual(
b.name_tokens, {
cfg.NAME: 'bob',
cfg.SUB_RIG_TOKEN: cfg.SUB_RIG_TOKEN,
cfg.TYPE: cfg.JOINT_TYPE
})
self.assertDictEqual(b.meta_data, {})
def test_register_previously_created_with_meta_data_overwrite(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
b = nt.Joint.build(meta_data={'name': 'silvia'})
self.sub_rig.register_node('test', hierarchy_id=b)
self.assertDictEqual(b.meta_data, {
'name': 'silvia',
cfg.SUB_RIG_TOKEN: cfg.SUB_RIG_TOKEN
})
self.assertDictEqual(b.name_tokens, {
cfg.NAME: 'untitled',
cfg.TYPE: cfg.JOINT_TYPE
})
def test_build_add_name_tokens(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
self.sub_rig.build_node(nt.Joint,
hierarchy_id='test',
name_tokens={'name': 'silvia'},
meta_data=None)
self.assertDictEqual(
self.sub_rig.joint.test.name_tokens, {
cfg.NAME: 'silvia',
cfg.SUB_RIG_TOKEN: cfg.SUB_RIG_TOKEN,
cfg.TYPE: cfg.JOINT_TYPE
})
def test_register_previously_created_with_name_tokens_overwrite(self):
self.sub_rig = nt.SubRig()
self.sub_rig.build()
b = nt.Joint.build(name_tokens={
'name': 'silvia',
cfg.SUB_RIG_TOKEN: 'muggle'
})
self.sub_rig.register_node(b, hierarchy_id='test')
self.assertDictEqual(
b.name_tokens, {
'name': 'silvia',
cfg.SUB_RIG_TOKEN: 'muggle',
cfg.TYPE: cfg.JOINT_TYPE
})
self.assertDictEqual(b.meta_data, {})
def build_dependencies(cls):
cls.test_rig = nt.SubRig([])
cls.test_rig.build()
def test_parent(self):
parent = nt.Transform.build()
sub_rig = nt.SubRig(meta_data=None, top_node=None, layout=None)
sub_rig.build(parent=parent)
self.assertEquals(sub_rig.root.getParent(), parent)
def test_default(self):
nt.SubRig().build()