Safe Haskell	None
Language	Haskell98

Geom2D.CubicBezier.Stroke

Synopsis

penCircle :: Floating a => Pen a
pathToPen :: Floating a => ClosedPath a -> Pen a
penStrokeOpen :: Int -> Double -> Bool -> Pen Double -> OpenPath Double -> [ClosedPath Double]
penStrokeClosed :: Int -> Double -> Bool -> Pen Double -> ClosedPath Double -> [ClosedPath Double]
data Pen a
bezierOffset :: CubicBezier Double -> Double -> Maybe Int -> Double -> Bool -> [CubicBezier Double]

Documentation

penCircle :: Floating a => Pen a Source #

A circular pen with unit radius.

pathToPen :: Floating a => ClosedPath a -> Pen a Source #

Create a pen from a path. For predictable results the path should be convex.

penStrokeOpen :: Int -> Double -> Bool -> Pen Double -> OpenPath Double -> [ClosedPath Double] Source #

penStrokeClosed :: Int -> Double -> Bool -> Pen Double -> ClosedPath Double -> [ClosedPath Double] Source #

data Pen a Source #

Instances

(Floating a, Eq a) => AffineTransform (Pen a) a Source #
Instance details Defined in Geom2D.CubicBezier.Stroke Methods transform :: Transform a -> Pen a -> Pen a Source #

bezierOffset Source #

Arguments

:: CubicBezier Double	The curve
-> Double	Offset distance.
-> Maybe Int	maximum subcurves
-> Double	Tolerance.
-> Bool	Calculate the curve faster but with more subcurves
-> [CubicBezier Double]	The offset curve

Calculate an offset path from the bezier curve to within tolerance. If the distance is positive offset to the left, otherwise to the right. A smaller tolerance may require more bezier curves in the path to approximate the offset curve