def test_connect(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
target = new_network.find_by_name('TotalAmbientAndOpacity')[0]
new_network.connect(new_node, new_node.outputs.rgb, target, target.inputs.xyz)
connections = new_network.get_inputs(target)
assert new_node in connections.values()
def test_properties_dict(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
props = new_node.properties
expected = {
u'uigroup': 'string',
u'socketdefaultvalue': 'string',
u'semantic': 'string',
u'color': 'float4',
u'global': 'bool',
u'activesocketlabel': 'string',
u'compoundassignment': 'bool',
u'exposetoui': 'bool',
u'defineinheader': 'bool',
u'group': 'int',
u'uiorder': 'int',
u'note': 'string',
u'width': 'int',
u'version': 'float',
u'hasbeenedited': 'bool',
u'collapsed': 'bool',
u'helpaction': 'action',
u'posx': 'float',
u'posy': 'float',
u'previewswatch': 'int',
u'name': 'string',
u'activesocket': 'int',
u'socketswizzlevalue': 'string'
}
for k, v in props.items():
assert expected[k] == v
def test_connect(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
target = new_network.find_by_name('TotalAmbientAndOpacity')[0]
new_network.connect(new_node, new_node.outputs.rgb, target,
target.inputs.xyz)
connections = new_network.get_inputs(target)
assert new_node in connections.values()
def test_properties_dict(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
props = new_node.properties
expected = {u'uigroup': 'string', u'socketdefaultvalue': 'string', u'semantic': 'string', u'color': 'float4',
u'global': 'bool', u'activesocketlabel': 'string', u'compoundassignment': 'bool',
u'exposetoui': 'bool', u'defineinheader': 'bool', u'group': 'int', u'uiorder': 'int',
u'note': 'string', u'width': 'int', u'version': 'float', u'hasbeenedited': 'bool',
u'collapsed': 'bool', u'helpaction': 'action', u'posx': 'float', u'posy': 'float',
u'previewswatch': 'int', u'name': 'string', u'activesocket': 'int', u'socketswizzlevalue': 'string'}
for k, v in props.items():
assert expected[k] == v
def test_asserts_on_bad_property(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
example = lambda: new_node.fred
self.assertRaises(SFXPropertyNotFound, example)
def test_properties_setter_1(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
new_node.uiorder = 10
assert new_node.uiorder == 10
def test_cmd(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
result = new_node.cmd(help=True)
def test_properties_setter_1(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
new_node.uiorder = 10
assert new_node.uiorder == 10
def test_sfx_create(self):
new_network = SFXNetwork.create('example')
assert cmds.ls('example') == ['example']
assert cmds.nodeType('example') == 'ShaderfxShader'
assert new_network.shader == 'example'
def test_find_by_name(self):
new_network = SFXNetwork.create('example')
assert len(new_network.find_by_name('SurfaceMaskCutoff')) == 1
assert len(new_network.find_by_name('nonexistent')) == 0
assert len(new_network.find_by_name('Color')) == 7
def test_node_dict(self):
new_network = SFXNetwork.create('example')
assert hasattr(new_network.nodes, 'keys')
assert hasattr(new_network.nodes, 'values')
assert hasattr(new_network.nodes, '__getitem__')
assert hasattr(new_network.nodes, '__iter__')
def test_cmd(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
result = new_node.cmd(help=True)
def test_cmd(self):
new_network = SFXNetwork.create('example')
result = new_network.cmd(help=True)
def test_node_dict(self):
new_network = SFXNetwork.create('example')
assert hasattr(new_network.nodes, 'keys')
assert hasattr(new_network.nodes, 'values')
assert hasattr(new_network.nodes, '__getitem__')
assert hasattr(new_network.nodes, '__iter__')
def test_new_node(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.nodetype == 'Color'
assert new_network.find_by_name('added')
def test_find_by_type(self):
new_network = SFXNetwork.create('example')
assert len(new_network.find_by_type(sfxnodes.Color)) == 26
assert len(new_network.find_by_type(sfxnodes.DerivedNormalZMap)) == 0
def test_find_by_name(self):
new_network = SFXNetwork.create('example')
assert len(new_network.find_by_name('SurfaceMaskCutoff')) == 1
assert len(new_network.find_by_name('nonexistent')) == 0
assert len(new_network.find_by_name('Color')) == 7
def test_sfx_root(self):
new_network = SFXNetwork.create('example')
root_node = new_network.root
assert root_node.nodetype == 'Hardware Shader'
def test_sfx_create(self):
new_network = SFXNetwork.create('example')
assert cmds.ls('example') == ['example']
assert cmds.nodeType('example') == 'ShaderfxShader'
assert new_network.shader == 'example'
def test_node_name(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.name == 'added'
def test_sfx_root(self):
new_network = SFXNetwork.create('example')
root_node = new_network.root
assert root_node.nodetype == 'Hardware Shader'
def test_node_name(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.name == 'added'
def test_find_by_type(self):
new_network = SFXNetwork.create('example')
assert len(new_network.find_by_type(sfxnodes.Color)) == 26
assert len(new_network.find_by_type(sfxnodes.DerivedNormalZMap)) == 0
def test_properties_setter_4(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
new_node.color = [1, 0, 1, 0]
assert new_node.color == [1, 0, 1, 0]
def test_new_node(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.nodetype == 'Color'
assert new_network.find_by_name('added')
def test_properties_setter_4(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
new_node.color = [1, 0, 1, 0]
assert new_node.color == [1, 0, 1, 0]
def test_cmd(self):
new_network = SFXNetwork.create('example')
result = new_network.cmd(help=True)
def test_asserts_on_bad_property(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
example = lambda: new_node.fred
self.assertRaises(SFXPropertyNotFound, example)
def test_properties_getter_4(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.color == [0.5, 0.5, 0.5, 1.0]
def test_properties_getter_4(self):
new_network = SFXNetwork.create('example')
new_node = new_network.add(sfxnodes.Color, 'added')
assert new_node.color == [0.5, 0.5, 0.5, 1.0]