def test_getStateReturnsOriginalValue(self):
testEffect = colors.StaticRGBColor(r=100)
testEffect.setParameterOffset('r', testEffect.getParameterDefinition(),
1)
state = testEffect.__getstate__()
self.assertEqual(state['r'], 100)
def test_parameterOffsetWorks(self):
testEffect = colors.StaticRGBColor(r=100, g=100)
testEffect.setParameterOffset('r', testEffect.getParameterDefinition(),
1)
testEffect.setParameterOffset('g', testEffect.getParameterDefinition(),
-1)
self.assertEqual(testEffect.r, 255)
self.assertEqual(testEffect.g, 0)
def createSwimmingPoolGraph():
fg = filtergraph.FilterGraph(recordTimings=True)
led_out = devices.LEDOutput()
fg.addEffectNode(led_out)
color = colors.StaticRGBColor(55.0, 150.0, 236.0)
fg.addEffectNode(color)
SwimmingPool = generative.SwimmingPool()
fg.addEffectNode(SwimmingPool)
fg.addConnection(color, 0, SwimmingPool, 0)
fg.addConnection(SwimmingPool, 0, led_out, 0)
return fg
def test_getParameterRespectsOriginalValue(self):
testEffect = colors.StaticRGBColor(r=100)
testEffect.setParameterOffset('r', testEffect.getParameterDefinition(),
1)
paramDict = testEffect.getParameter()
self.assertEqual(paramDict['parameters']['r'][0], 100)