def __call__(self, alpha, delta):
# create a LabeledObject form the input x and y coordinates
labeled_input = LabeledInput([alpha, delta], ['x', 'y'])
# pass the LabeledInput object to the composite transform
result = SCompositeModel.__call__(self, labeled_input)
return result.x, result.y
def __call__(self, alpha, delta):
# create a LabeledObject form the input x and y coordinates
labeled_input = LabeledInput([alpha, delta], ['x', 'y'])
# pass the LabeledInput object to the composite transform
result = SCompositeModel.__call__(self, labeled_input)
return result.x, result.y
def __call__(self, x, y):
# create a LabeledObject from x and y
labeled_input = LabeledInput([x, y], ['x', 'y'])
# pass the LabeledObject to the composite model to do the transformation
result = SCompositeModel.__call__(self, labeled_input)
return result.x, result.y
def __call__(self, x, y):
# create a LabeledObject from x and y
labeled_input = LabeledInput([x,y], ['x', 'y'])
# pass the LabeledObject to the composite model to do the transformation
result = SCompositeModel.__call__(self, labeled_input)
return result.x, result.y