def test_flood_1(self, pymel):
v = MagicMock(name = 'VertexMock')
v.name.return_value = 'mesh.vtx[34]'
pymel.ls.return_value = [v]
blend = MagicMock(name='blendNodeMock')
blend.name.return_value = 'blendNode'
SeparateBlends._floodWeightsOnSelected(blendNode=blend,value=1)
pymel.setAttr.assert_called_with('blendNode.inputTarget[0].inputTargetGroup[0].targetWeights[34]', 1)
def test_createSets(self,pymel,vertsFromShader):
pymel.partition.return_value = 'part'
pymel.sets.return_value = 'set'
SeparateBlends._createSets(shaders=['A_SB','B_SB','C_SB'])
pmCalls = pymel.mock_calls
shaderCalls = vertsFromShader.mock_calls
assert call.sets(n='A_SB_set') in pmCalls
assert call(shader='C_SB') in shaderCalls
def test_getShaders(self,pymel):
shaderStub = MagicMock(name='shaderMock')
shaderStub.name.return_value = 'A_SB'
badShaderStub = MagicMock(name='badShaderMock')
badShaderStub.name.return_value = 'shader1'
pymel.ls.return_value = [shaderStub,shaderStub,badShaderStub]
returnValue = SeparateBlends._getShaders()
ulib.assertListEqual(l1=returnValue, l2=[shaderStub,shaderStub])
def test_main(self, createTarget, floodWeights, createSets, getShaders, pm ):
blendMock = MagicMock(name='blendShapeMock')
pm.blendShape.side_effect = blendMock
n = MagicMock(name='neutralMock')
n.name.return_value = 'name'
n.numVertices.return_value = 2
t = MagicMock(name='targetMock')
SeparateBlends.main(neutral=n, target=t)
pm.mel.eval.assert_called_with("select -r name.vtx[0:1]")
floodWeights.assert_called_with(blendNode=blendMock().__getitem__(),value=0)
assert createSets.called
assert getShaders.called
assert createTarget.called
assert pm.sceneName.called
def test_(self,pymel):
SeparateBlends._createTarget(name='A',mesh='B')
assert call.duplicate('B',n='A') in pymel.method_calls
def test_createVertShaderMap(self,pymel):
mesh = MagicMock(name='mesh')
sets = MagicMock(name='sets')
SeparateBlends._createVertShaderMap(mesh=mesh,sets=sets)
def test_vertsFromShader(self,pymel):
shader = MagicMock(name='shader')
SeparateBlends._vertsFromShader(shader=shader)
