class Extrusion(Interface):
- """Interface on an Extrusion feature."""
+ """Interface class for Extrusion feature.
+
+ Extrusion(feature) -> feature interface without initialization
+ Extrusion(feature, base, size) ->
+ feature interface initialized from arguments:
+ - base -- name, sketch or list of names and sketches
+ - size -- if positive -> to_size, if negative -> from_size
+ Extrusion(feature, base, to_size, from_size) ->
+ feature interface initialized from arguments:
+ - base -- name, sketch or list of names and sketches
+ - to_size -- upper size
+ - from_size -- lower size
+ Extrusion(feature, base, to_object, to_offset, from_object, from_offset) ->
+ feature interface initialized from arguments:
+ - base -- name, sketch or list of names and sketches
+ - to_object -- upper object (plane)
+ - to_offset -- offset from upper object
+ - from_object -- lower object (plane)
+ - from_offset -- offset from lower object
+ """
def __init__(self, feature, *args):
- """Initialize an Extrusion feature with given parameters.
-
- Expected arguments for all modes:
- feature -- an Extrusion feature
-
- Expected arguments for initializing the feature:
- base -- name, sketch or list of names and sketches.
- If base is None then don't change the feature.
-
- For BySize mode (expect 2 arguments):
- to_size -- upper size
- from_size -- lower size
-
- For ByPlanesAndOffsets mode (expect 4 arguments):
- to_object -- upper object (plane)
- to_offset -- offset from upper object
- from_object -- lower object (plane)
- from_offset -- offset from lower object
- """
+ """x.__init__(...) initializes x; see x.__class__.__doc__ for signature"""
Interface.__init__(self, feature)
assert(self._feature.getKind() == "Extrusion")
See __init__.
"""
self.__clear()
- self._CreationMethod.setValue("BySizes")
+ self._fill_attribute(self._CreationMethod, "BySizes")
self._fill_attribute(self._to_size, to_size)
self._fill_attribute(self._from_size, from_size)
pass
pass
def result(self):
+ """F.result() -> list of Selection objects"""
return [Selection(result, result.shape()) for result in (self.firstResult(),)]
