'vtkPiecewiseFunction').module()
of_module.vtkInstance = of
cf_module = reg.get_descriptor_by_name(vtk_pkg_identifier,
'vtkColorTransferFunction').module()
cf_module.vtkInstance = cf
self.setResult('vtkPicewiseFunction', of_module)
self.setResult('vtkColorTransferFunction', cf_module)
string_conversion = staticmethod(lambda x: x.serialize())
conversion = staticmethod(lambda x: TransferFunction.parse(x))
validation = staticmethod(lambda x: isinstance(x, TransferFunction))
TransferFunctionConstant = new_constant('TransferFunction',
conversion,
default_tf,
validation,
TransferFunctionWidget)
TransferFunctionConstant.translate_to_string = string_conversion
##############################################################################
def initialize():
init_constant(TransferFunctionConstant)
##############################################################################
class TestTransferFunction(unittest.TestCase):
def test_serialization(self):
tf = TransferFunction()
tf._min_range = 0.1
tf._max_range = 2.0
elif is_str and (desired_type is None or desired_type == str):
res = [str(elt) for elt in v_list]
return robjects.StrVector(res)
if desired_type is not None:
raise TypeException("Cannot coerce vector to type '%s'" % desired_type)
return robjects.RVector(v_list)
def vector_conv(v, desired_type=None):
v_list = literal_eval(v)
return create_vector(v_list, desired_type)
RVector = new_constant(
"RVector", staticmethod(vector_conv), robjects.Vector([]), staticmethod(lambda x: isinstance(x, robjects.Vector))
)
def bool_vector_conv(v):
return vector_conv(v, bool)
RBoolVector = new_constant(
"RBoolVector",
staticmethod(bool_vector_conv),
robjects.BoolVector([]),
staticmethod(lambda x: isinstance(x, robjects.Vector)),
base_class=RVector,
)
res = [float(elt) for elt in v_list]
return robjects.FloatVector(res)
elif is_str and (desired_type is None or desired_type == str):
res = [str(elt) for elt in v_list]
return robjects.StrVector(res)
if desired_type is not None:
raise TypeException("Cannot coerce vector to type '%s'" % desired_type)
return robjects.RVector(v_list)
def vector_conv(v, desired_type=None):
v_list = eval(v)
return create_vector(v_list, desired_type)
RVector = new_constant('RVector', staticmethod(vector_conv),
robjects.Vector([]),
staticmethod(lambda x: isinstance(x, robjects.Vector)))
def bool_vector_conv(v):
return vector_conv(v, bool)
RBoolVector = new_constant('RBoolVector' , staticmethod(bool_vector_conv),
robjects.BoolVector([]),
staticmethod(lambda x: isinstance(x, robjects.Vector)),
base_class=RVector)
def int_vector_conv(v):
return vector_conv(v, int)
RIntVector = new_constant('RIntVector' , staticmethod(int_vector_conv),
robjects.IntVector([]),
elif is_str and (desired_type is None or desired_type == str):
res = [str(elt) for elt in v_list]
return robjects.StrVector(res)
if desired_type is not None:
raise TypeException("Cannot coerce vector to type '%s'" % desired_type)
return robjects.RVector(v_list)
def vector_conv(v, desired_type=None):
v_list = literal_eval(v)
return create_vector(v_list, desired_type)
RVector = new_constant('RVector', staticmethod(vector_conv),
robjects.Vector([]),
staticmethod(lambda x: isinstance(x, robjects.Vector)))
def bool_vector_conv(v):
return vector_conv(v, bool)
RBoolVector = new_constant(
'RBoolVector',
staticmethod(bool_vector_conv),
robjects.BoolVector([]),
staticmethod(lambda x: isinstance(x, robjects.Vector)),
base_class=RVector)