ClosedArea3D
Canonical path: NemAll_Python_Geometry.ClosedArea3D
3D closed area Representation class for 3D geometry area
Methods:
-
AddInnerCurve
–Add new inner curve
-
Clear
–Clear all the components of this Profile
-
GetInnerCurve
–Get the curve of given index
-
GetInnerList
–Get the list of the inner curves
-
GetOuterCurve
–Get the outer curve of this profile
-
GetRefPlacement
–Get axis placement
-
InnerCount
–Get the count of inner curves
-
IsValid
–Set Check the validity
-
SetOuterCurve
–Set new Outer curve ( bounds )
-
SetRefPlacement
–Set axis placement
-
__eq__
–Comparison of closedAreas without tolerance.
-
__init__
–Overloaded function. See individual overloads.
-
__repr__
–Convert the list to a string
Attributes:
-
RefPlacement
(None
) –Get and set the reference placement 3d as property
RefPlacement
property
Get and set the reference placement 3d as property
:type: None
AddInnerCurve
AddInnerCurve(innerpath: Path2D) -> bool
Add new inner curve
Parameters:
-
innerpath
(Path2D
) –New inner curve ( Path2D )
Returns:
-
bool
–true if the operation was successful
GetInnerCurve
GetInnerCurve(index: int) -> Path2D
Get the curve of given index
Parameters:
-
index
(int
) –Index of the inner curve
Returns:
-
Path2D
–const reference to the curve ( Path2D )
GetInnerList
GetInnerList() -> Path2DList
Get the list of the inner curves
Returns:
-
Path2DList
–reference to a vector that contains the inner curves ( Path2D )
GetOuterCurve
GetOuterCurve() -> Path2D
GetRefPlacement
GetRefPlacement() -> AxisPlacement3D
SetOuterCurve
SetOuterCurve(outerpath: Path2D)
SetRefPlacement
SetRefPlacement(placement: AxisPlacement3D)
__eq__
__eq__(closedArea: ClosedArea3D) -> object
Comparison of closedAreas without tolerance.
Be careful, this method work without tolerance!
Parameters:
-
closedArea
(ClosedArea3D
) –Compared closedArea.
Returns:
-
object
–True when closedAreas are equal, otherwise false.