Safe Haskell	None
Language	Haskell2010

OpenCV.Core.Types.Vec

Contents

Orphan instances

Documentation

data Vec (dim :: Nat) (depth :: *) Source #

Instances

ToMat Vec2i Source #
Methods toMat :: Vec2i -> Mat (MatShape Vec2i) (MatChannels Vec2i) (MatDepth Vec2i) Source #
ToMat Vec2f Source #
Methods toMat :: Vec2f -> Mat (MatShape Vec2f) (MatChannels Vec2f) (MatDepth Vec2f) Source #
ToMat Vec2d Source #
Methods toMat :: Vec2d -> Mat (MatShape Vec2d) (MatChannels Vec2d) (MatDepth Vec2d) Source #
ToMat Vec3i Source #
Methods toMat :: Vec3i -> Mat (MatShape Vec3i) (MatChannels Vec3i) (MatDepth Vec3i) Source #
ToMat Vec3f Source #
Methods toMat :: Vec3f -> Mat (MatShape Vec3f) (MatChannels Vec3f) (MatDepth Vec3f) Source #
ToMat Vec3d Source #
Methods toMat :: Vec3d -> Mat (MatShape Vec3d) (MatChannels Vec3d) (MatDepth Vec3d) Source #
ToMat Vec4i Source #
Methods toMat :: Vec4i -> Mat (MatShape Vec4i) (MatChannels Vec4i) (MatDepth Vec4i) Source #
ToMat Vec4f Source #
Methods toMat :: Vec4f -> Mat (MatShape Vec4f) (MatChannels Vec4f) (MatDepth Vec4f) Source #
ToMat Vec4d Source #
Methods toMat :: Vec4d -> Mat (MatShape Vec4d) (MatChannels Vec4d) (MatDepth Vec4d) Source #
(IsVec V2 a, Show a) => Show (Vec 2 a) Source #
Methods showsPrec :: Int -> Vec 2 a -> ShowS # show :: Vec 2 a -> String # showList :: [Vec 2 a] -> ShowS #
(IsVec V3 a, Show a) => Show (Vec 3 a) Source #
Methods showsPrec :: Int -> Vec 3 a -> ShowS # show :: Vec 3 a -> String # showList :: [Vec 3 a] -> ShowS #
(IsVec V4 a, Show a) => Show (Vec 4 a) Source #
Methods showsPrec :: Int -> Vec 4 a -> ShowS # show :: Vec 4 a -> String # showList :: [Vec 4 a] -> ShowS #
WithPtr (Vec dim depth) Source #
Methods withPtr :: Vec dim depth -> (Ptr (C (Vec dim depth)) -> IO b) -> IO b
type VecDim (Vec dim) Source #
type VecDim (Vec dim) = dim
type MatDepth (Vec dim depth) Source #
type MatDepth (Vec dim depth) = S * depth
type MatChannels (Vec dim depth) Source #
type MatChannels (Vec dim depth) = S Nat 1
type MatShape (Vec dim depth) Source #
type MatShape (Vec dim depth) = ShapeT [Nat] ((:) Nat dim ([] Nat))

type family VecDim (v :: * -> *) :: Nat Source #

Instances

type VecDim V4 Source #
type VecDim V4 = 4
type VecDim V3 Source #
type VecDim V3 = 3
type VecDim V2 Source #
type VecDim V2 = 2
type VecDim LineSegment Source #
type VecDim LineSegment = 4
type VecDim (Vec dim) Source #
type VecDim (Vec dim) = dim

class IsVec (v :: * -> *) (depth :: *) where Source #

Minimal complete definition

toVec, fromVec

Methods

toVec :: v depth -> Vec (VecDim v) depth Source #

fromVec :: Vec (VecDim v) depth -> v depth Source #

toVecIO :: v depth -> IO (Vec (VecDim v) depth) Source #

Instances

IsVec V4 depth => IsVec LineSegment depth Source #
Methods toVec :: LineSegment depth -> Vec (VecDim LineSegment) depth Source # fromVec :: Vec (VecDim LineSegment) depth -> LineSegment depth Source # toVecIO :: LineSegment depth -> IO (Vec (VecDim LineSegment) depth) Source #

type Vec2i = Vec 2 Int32 Source #

type Vec2f = Vec 2 CFloat Source #

type Vec2d = Vec 2 CDouble Source #

type Vec3i = Vec 3 Int32 Source #

type Vec3f = Vec 3 CFloat Source #

type Vec3d = Vec 3 CDouble Source #

type Vec4i = Vec 4 Int32 Source #

type Vec4f = Vec 4 CFloat Source #

type Vec4d = Vec 4 CDouble Source #

Orphan instances

FromPtr Vec2i Source #
Methods fromPtr :: IO (Ptr (C Vec2i)) -> IO Vec2i
FromPtr Vec2f Source #
Methods fromPtr :: IO (Ptr (C Vec2f)) -> IO Vec2f
FromPtr Vec2d Source #
Methods fromPtr :: IO (Ptr (C Vec2d)) -> IO Vec2d
FromPtr Vec3i Source #
Methods fromPtr :: IO (Ptr (C Vec3i)) -> IO Vec3i
FromPtr Vec3f Source #
Methods fromPtr :: IO (Ptr (C Vec3f)) -> IO Vec3f
FromPtr Vec3d Source #
Methods fromPtr :: IO (Ptr (C Vec3d)) -> IO Vec3d
FromPtr Vec4i Source #
Methods fromPtr :: IO (Ptr (C Vec4i)) -> IO Vec4i
FromPtr Vec4f Source #
Methods fromPtr :: IO (Ptr (C Vec4f)) -> IO Vec4f
FromPtr Vec4d Source #
Methods fromPtr :: IO (Ptr (C Vec4d)) -> IO Vec4d
IsVec V4 Int32 Source #
Methods toVec :: V4 Int32 -> Vec (VecDim V4) Int32 Source # fromVec :: Vec (VecDim V4) Int32 -> V4 Int32 Source # toVecIO :: V4 Int32 -> IO (Vec (VecDim V4) Int32) Source #
IsVec V4 CFloat Source #
Methods toVec :: V4 CFloat -> Vec (VecDim V4) CFloat Source # fromVec :: Vec (VecDim V4) CFloat -> V4 CFloat Source # toVecIO :: V4 CFloat -> IO (Vec (VecDim V4) CFloat) Source #
IsVec V4 CDouble Source #
Methods toVec :: V4 CDouble -> Vec (VecDim V4) CDouble Source # fromVec :: Vec (VecDim V4) CDouble -> V4 CDouble Source # toVecIO :: V4 CDouble -> IO (Vec (VecDim V4) CDouble) Source #
IsVec V3 Int32 Source #
Methods toVec :: V3 Int32 -> Vec (VecDim V3) Int32 Source # fromVec :: Vec (VecDim V3) Int32 -> V3 Int32 Source # toVecIO :: V3 Int32 -> IO (Vec (VecDim V3) Int32) Source #
IsVec V3 CFloat Source #
Methods toVec :: V3 CFloat -> Vec (VecDim V3) CFloat Source # fromVec :: Vec (VecDim V3) CFloat -> V3 CFloat Source # toVecIO :: V3 CFloat -> IO (Vec (VecDim V3) CFloat) Source #
IsVec V3 CDouble Source #
Methods toVec :: V3 CDouble -> Vec (VecDim V3) CDouble Source # fromVec :: Vec (VecDim V3) CDouble -> V3 CDouble Source # toVecIO :: V3 CDouble -> IO (Vec (VecDim V3) CDouble) Source #
IsVec V2 Int32 Source #
Methods toVec :: V2 Int32 -> Vec (VecDim V2) Int32 Source # fromVec :: Vec (VecDim V2) Int32 -> V2 Int32 Source # toVecIO :: V2 Int32 -> IO (Vec (VecDim V2) Int32) Source #
IsVec V2 CFloat Source #
Methods toVec :: V2 CFloat -> Vec (VecDim V2) CFloat Source # fromVec :: Vec (VecDim V2) CFloat -> V2 CFloat Source # toVecIO :: V2 CFloat -> IO (Vec (VecDim V2) CFloat) Source #
IsVec V2 CDouble Source #
Methods toVec :: V2 CDouble -> Vec (VecDim V2) CDouble Source # fromVec :: Vec (VecDim V2) CDouble -> V2 CDouble Source # toVecIO :: V2 CDouble -> IO (Vec (VecDim V2) CDouble) Source #
IsVec (Vec 2) Int32 Source #
Methods toVec :: Vec 2 Int32 -> Vec (VecDim (Vec 2)) Int32 Source # fromVec :: Vec (VecDim (Vec 2)) Int32 -> Vec 2 Int32 Source # toVecIO :: Vec 2 Int32 -> IO (Vec (VecDim (Vec 2)) Int32) Source #
IsVec (Vec 2) CFloat Source #
Methods toVec :: Vec 2 CFloat -> Vec (VecDim (Vec 2)) CFloat Source # fromVec :: Vec (VecDim (Vec 2)) CFloat -> Vec 2 CFloat Source # toVecIO :: Vec 2 CFloat -> IO (Vec (VecDim (Vec 2)) CFloat) Source #
IsVec (Vec 2) CDouble Source #
Methods toVec :: Vec 2 CDouble -> Vec (VecDim (Vec 2)) CDouble Source # fromVec :: Vec (VecDim (Vec 2)) CDouble -> Vec 2 CDouble Source # toVecIO :: Vec 2 CDouble -> IO (Vec (VecDim (Vec 2)) CDouble) Source #
IsVec (Vec 3) Int32 Source #
Methods toVec :: Vec 3 Int32 -> Vec (VecDim (Vec 3)) Int32 Source # fromVec :: Vec (VecDim (Vec 3)) Int32 -> Vec 3 Int32 Source # toVecIO :: Vec 3 Int32 -> IO (Vec (VecDim (Vec 3)) Int32) Source #
IsVec (Vec 3) CFloat Source #
Methods toVec :: Vec 3 CFloat -> Vec (VecDim (Vec 3)) CFloat Source # fromVec :: Vec (VecDim (Vec 3)) CFloat -> Vec 3 CFloat Source # toVecIO :: Vec 3 CFloat -> IO (Vec (VecDim (Vec 3)) CFloat) Source #
IsVec (Vec 3) CDouble Source #
Methods toVec :: Vec 3 CDouble -> Vec (VecDim (Vec 3)) CDouble Source # fromVec :: Vec (VecDim (Vec 3)) CDouble -> Vec 3 CDouble Source # toVecIO :: Vec 3 CDouble -> IO (Vec (VecDim (Vec 3)) CDouble) Source #
IsVec (Vec 4) Int32 Source #
Methods toVec :: Vec 4 Int32 -> Vec (VecDim (Vec 4)) Int32 Source # fromVec :: Vec (VecDim (Vec 4)) Int32 -> Vec 4 Int32 Source # toVecIO :: Vec 4 Int32 -> IO (Vec (VecDim (Vec 4)) Int32) Source #
IsVec (Vec 4) CFloat Source #
Methods toVec :: Vec 4 CFloat -> Vec (VecDim (Vec 4)) CFloat Source # fromVec :: Vec (VecDim (Vec 4)) CFloat -> Vec 4 CFloat Source # toVecIO :: Vec 4 CFloat -> IO (Vec (VecDim (Vec 4)) CFloat) Source #
IsVec (Vec 4) CDouble Source #
Methods toVec :: Vec 4 CDouble -> Vec (VecDim (Vec 4)) CDouble Source # fromVec :: Vec (VecDim (Vec 4)) CDouble -> Vec 4 CDouble Source # toVecIO :: Vec 4 CDouble -> IO (Vec (VecDim (Vec 4)) CDouble) Source #