def test_inputConnections(self):
node = utilnodes.createUtilityNode('multiplyDivide')
cons = utilnodes.getInputConnections(1, node.input1)
self.assertEqual(len(cons), 1)
self.assertEqual(cons[0][0], 1)
self.assertEqual(cons[0][1].longName(), 'input1X')
cons = utilnodes.getInputConnections([1, 2], node.input1)
self.assertEqual(len(cons), 2)
self.assertEqual(cons[0][0], 1)
self.assertEqual(cons[0][1].longName(), 'input1X')
self.assertEqual(cons[1][0], 2)
self.assertEqual(cons[1][1].longName(), 'input1Y')
cons = utilnodes.getInputConnections([1, 2, 3], node.input1)
self.assertEqual(len(cons), 1)
self.assertEqual(cons[0][0], [1, 2, 3])
self.assertEqual(cons[0][1].longName(), 'input1')
node = utilnodes.createUtilityNode('condition')
cons = utilnodes.getInputConnections(1, node.colorIfTrueR)
self.assertEqual(len(cons), 1)
self.assertEqual(cons[0][0], 1)
self.assertEqual(cons[0][1].longName(), 'colorIfTrueR')
def test_utilityOutputAttr(self):
node = utilnodes.createUtilityNode('multiplyDivide')
outputAttr = utilnodes.getOutputAttr(node)
self.assertEqual(outputAttr.longName(), 'output')
outputAttr = utilnodes.getOutputAttr(node.input1X)
self.assertEqual(outputAttr.longName(), 'outputX')
outputAttr = utilnodes.getOutputAttr(node.input1Y)
self.assertEqual(outputAttr.longName(), 'outputY')
node = utilnodes.createUtilityNode('condition')
outputAttr = utilnodes.getOutputAttr(node.colorIfTrueR)
self.assertEqual(outputAttr.longName(), 'outColorR')
def test_plusMinusAverageOutputAttr(self):
node = utilnodes.createUtilityNode('plusMinusAverage')
output1D = utilnodes.getPlusMinusAverageOutputAttr(node)
self.assertEqual(output1D.longName(), 'output1D')
output1D = utilnodes.getOutputAttr(node)
self.assertEqual(output1D.longName(), 'output1D')
output2D = utilnodes.getPlusMinusAverageOutputAttr(node.input2D)
self.assertEqual(output2D.longName(), 'output2D')
output2D = utilnodes.getOutputAttr(node.input2D)
self.assertEqual(output2D.longName(), 'output2D')
output3DX = utilnodes.getPlusMinusAverageOutputAttr(
node.input3D[0].input3Dx)
self.assertEqual(output3DX.longName(), 'output3Dx')
output3Dy = utilnodes.getPlusMinusAverageOutputAttr(
node.input3D[0].input3Dy)
self.assertEqual(output3Dy.longName(), 'output3Dy')
def test_attrDimensions(self):
node = utilnodes.createUtilityNode('multiplyDivide')
largest = utilnodes.getLargestDimensionAttr(
[node.outputX, node.output])
self.assertEqual(largest.longName(), 'output')
def test_createUtilityNode(self):
node = utilnodes.createUtilityNode('multiplyDivide')
self.assertEqual(node.nodeType(), 'multiplyDivide')