| Safe Haskell | None |
|---|---|
| Language | Haskell2010 |
Waterfall.TwoD.Internal.Shape
Synopsis
- newtype Shape = Shape {}
- acquireShape :: Shape -> Acquire (Ptr Shape)
- shapeFromAcquire :: Acquire (Ptr Shape) -> Shape
- union2D :: Shape -> Shape -> Shape
- difference2D :: Shape -> Shape -> Shape
- intersection2D :: Shape -> Shape -> Shape
- unions2D :: [Shape] -> Shape
- intersections2D :: [Shape] -> Shape
- emptyShape :: Shape
Documentation
A Region in 2D Space
In general, this is used as a face, and extruded along some sort of path
Under the hood, this is represented by an OpenCascade Shape
This should be of type Face, constrained to the plane \( z=0 \).
Please feel free to report a bug if you're able to construct a Shape
which does not lie on this plane (without using Internal functions).
Or which is not either a Face, or a composite of faces.
union2D :: Shape -> Shape -> Shape Source #
Take the union of two 2D shapes. The region occupied by either one of them
difference2D :: Shape -> Shape -> Shape Source #
Take the difference of two 2D shapes. The region occupied by the first, but not the second
intersection2D :: Shape -> Shape -> Shape Source #
Take the intersection of two 2D shapes. The region occupied by both of them
unions2D :: [Shape] -> Shape Source #
Take the union of a list of 2D shapes
May be more performant than chaining multiple applications of union2D
intersections2D :: [Shape] -> Shape Source #
Take the intersection of a list of 2D shapes
May be more performant than chaining multiple applications of intersection2D
emptyShape :: Shape Source #
An empty 2D shape