Lang Show Source #
Methods exfalso :: Show h (Void -> a) Source # writer :: Show h ((a, w) -> Writer w a) Source # runWriter :: Show h (Writer w a -> (a, w)) Source # float2Double :: Show h (Float -> Double) Source # double2Float :: Show h (Double -> Float) Source # state :: Show h ((x -> (y, x)) -> State x y) Source # runState :: Show h (State x y -> x -> (y, x)) Source # iterate :: Show h ((x -> x) -> x -> [x]) Source # buildFreeVector :: Ord b => Show h (FreeVectorBuilder b -> FreeVector b Double) Source # toSVTFBuilder :: Ord b => Show h (VectorTF b Int -> SVTFBuilder b) Source # get :: Show h (Maybe a -> a) Source # getVar :: Show h (State x x) Source # update :: Show h ((x -> x) -> State x ()) Source # updateWengert :: Show h (Int -> Double -> Map Int Double -> Map Int Double) Source # vtfCata :: Show h ((VectorTF a b -> b) -> Fix (VectorTF a) -> b) Source #
Lang Size Source #
Methods exfalso :: Size h (Void -> a) Source # writer :: Size h ((a, w) -> Writer w a) Source # runWriter :: Size h (Writer w a -> (a, w)) Source # float2Double :: Size h (Float -> Double) Source # double2Float :: Size h (Double -> Float) Source # state :: Size h ((x -> (y, x)) -> State x y) Source # runState :: Size h (State x y -> x -> (y, x)) Source # iterate :: Size h ((x -> x) -> x -> [x]) Source # buildFreeVector :: Ord b => Size h (FreeVectorBuilder b -> FreeVector b Double) Source # toSVTFBuilder :: Ord b => Size h (VectorTF b Int -> SVTFBuilder b) Source # get :: Size h (Maybe a -> a) Source # getVar :: Size h (State x x) Source # update :: Size h ((x -> x) -> State x ()) Source # updateWengert :: Size h (Int -> Double -> Map Int Double -> Map Int Double) Source # vtfCata :: Size h ((VectorTF a b -> b) -> Fix (VectorTF a) -> b) Source #
Lang UInt Source #
Methods exfalso :: UInt h (Void -> a) Source # writer :: UInt h ((a, w) -> Writer w a) Source # runWriter :: UInt h (Writer w a -> (a, w)) Source # float2Double :: UInt h (Float -> Double) Source # double2Float :: UInt h (Double -> Float) Source # state :: UInt h ((x -> (y, x)) -> State x y) Source # runState :: UInt h (State x y -> x -> (y, x)) Source # iterate :: UInt h ((x -> x) -> x -> [x]) Source # buildFreeVector :: Ord b => UInt h (FreeVectorBuilder b -> FreeVector b Double) Source # toSVTFBuilder :: Ord b => UInt h (VectorTF b Int -> SVTFBuilder b) Source # get :: UInt h (Maybe a -> a) Source # getVar :: UInt h (State x x) Source # update :: UInt h ((x -> x) -> State x ()) Source # updateWengert :: UInt h (Int -> Double -> Map Int Double -> Map Int Double) Source # vtfCata :: UInt h ((VectorTF a b -> b) -> Fix (VectorTF a) -> b) Source #
Lang r => Lang (UnLiftEnv r) Source #
Methods exfalso :: UnLiftEnv r h (Void -> a) Source # writer :: UnLiftEnv r h ((a, w) -> Writer w a) Source # runWriter :: UnLiftEnv r h (Writer w a -> (a, w)) Source # float2Double :: UnLiftEnv r h (Float -> Double) Source # double2Float :: UnLiftEnv r h (Double -> Float) Source # state :: UnLiftEnv r h ((x -> (y, x)) -> State x y) Source # runState :: UnLiftEnv r h (State x y -> x -> (y, x)) Source # iterate :: UnLiftEnv r h ((x -> x) -> x -> [x]) Source # buildFreeVector :: Ord b => UnLiftEnv r h (FreeVectorBuilder b -> FreeVector b Double) Source # toSVTFBuilder :: Ord b => UnLiftEnv r h (VectorTF b Int -> SVTFBuilder b) Source # get :: UnLiftEnv r h (Maybe a -> a) Source # getVar :: UnLiftEnv r h (State x x) Source # update :: UnLiftEnv r h ((x -> x) -> State x ()) Source # updateWengert :: UnLiftEnv r h (Int -> Double -> Map Int Double -> Map Int Double) Source # vtfCata :: UnLiftEnv r h ((VectorTF a b -> b) -> Fix (VectorTF a) -> b) Source #

class Reify r x where Source #

Minimal complete definition

reify

Methods

reify :: x -> r h x Source #

Instances

Lang r => Reify r Double Source #
Methods reify :: Double -> r h Double Source #
Lang r => Reify r () Source #
Methods reify :: () -> r h () Source #
(Lang repr, Reify repr l, Reify repr r) => Reify repr (l, r) Source #
Methods reify :: (l, r) -> repr h (l, r) Source #
Lang repr => ProdCon (Reify repr) l r Source #
Methods prodCon :: (Reify repr l, Reify repr r) :- Reify repr (l, r) Source #

uncurry1 :: Prod r => r h (a -> b -> c) -> r h ((a, b) -> c) Source #

optionMatch2 :: Option r => r h a1 -> r h (a -> a1) -> r h (Maybe a -> a1) Source #

optionMatch3 :: Option r => r h b -> r h (a -> b) -> r h (Maybe a) -> r h b Source #

writer1 :: Lang r => r h (a, w) -> r h (Writer w a) Source #

runWriter1 :: Lang r => r h (Writer w a) -> r h (a, w) Source #

float2Double1 :: Lang r => r h Float -> r h Double Source #

floatExp1 :: Float r => r h Float -> r h Float Source #

state1 :: Lang r => r h (x -> (y, x)) -> r h (State x y) Source #

runState1 :: Lang r => r h (State x y) -> r h (x -> (y, x)) Source #

runState2 :: Lang r => r h (State a y) -> r h a -> r h (y, a) Source #

toSVTFBuilder1 :: (Ord b, Lang r) => r h (VectorTF b Int) -> r h (SVTFBuilder b) Source #

double2Float1 :: Lang r => r h Double -> r h Float Source #

get1 :: Lang r => r h (Maybe b) -> r h b Source #

return1 :: Applicative r a => r h a1 -> r h (a a1) Source #

update1 :: Lang r => r h (x -> x) -> r h (State x ()) Source #

updateWengert1 :: Lang r => r h Int -> r h (Double -> Map Int Double -> Map Int Double) Source #

updateWengert2 :: Lang r => r h Int -> r h Double -> r h (Map Int Double -> Map Int Double) Source #

vtfCata1 :: Lang r => r h (VectorTF a b -> b) -> r h (Fix (VectorTF a) -> b) Source #

module DDF.Bool

module DDF.Char

module DDF.Double

module DDF.Float

module DDF.Bimap

module DDF.Dual

module DDF.Meta.Diff

module DDF.Unit

module DDF.Sum

module DDF.Int

module DDF.IO

module DDF.DiffWrapper

module DDF.Fix

module DDF.FreeVector

Orphan instances

Ord Int Source #
Methods diffOrd :: Proxy * (v, Int) -> Dict (Ord (DiffType v Int)) Source #
Lang r => Monad r Maybe Source #
Methods bind :: r h (Maybe a -> (a -> Maybe b) -> Maybe b) Source # join :: r h (Maybe (Maybe a) -> Maybe a) Source #
Lang r => Applicative r Maybe Source #
Methods pure :: r h (x -> Maybe x) Source # ap :: r h (Maybe (x -> y) -> Maybe x -> Maybe y) Source #
Lang r => Functor r Maybe Source #
Methods map :: r h ((a -> b) -> Maybe a -> Maybe b) Source #
Lang r => Functor r [] Source #
Methods map :: r h ((a -> b) -> [a] -> [b]) Source #
Lang r => Vector r Double Source #
Associated Types type Basis Double :: * Source # Methods mult :: r h (Double -> Double -> Double) Source # divide :: r h (Double -> Double -> Double) Source # toFreeVector :: r h (Double -> FreeVector (Basis Double) Double) Source #
Lang r => Vector r Float Source #
Associated Types type Basis Float :: * Source # Methods mult :: r h (Double -> Float -> Float) Source # divide :: r h (Float -> Double -> Float) Source # toFreeVector :: r h (Float -> FreeVector (Basis Float) Double) Source #
Lang r => Vector r () Source #
Associated Types type Basis () :: * Source # Methods mult :: r h (Double -> () -> ()) Source # divide :: r h (() -> Double -> ()) Source # toFreeVector :: r h (() -> FreeVector (Basis ()) Double) Source #
Double r => Group r Double Source #
Methods invert :: r h (Double -> Double) Source # minus :: r h (Double -> Double -> Double) Source #
Float r => Group r Float Source #
Methods invert :: r h (Float -> Float) Source # minus :: r h (Float -> Float -> Float) Source #
Lang r => Group r () Source #
Methods invert :: r h (() -> ()) Source # minus :: r h (() -> () -> ()) Source #
Dual r => BiFunctor * r Dual Source #
Methods bimap :: Dual h ((a -> b) -> (c -> d) -> p a c -> p b d) Source #
Prod r => BiFunctor * r (,) Source #
Methods bimap :: (h, (a -> b) -> (c -> d) -> p a c -> p b d) Source #
Lang r => BiFunctor * r Either Source #
Methods bimap :: Either h ((a -> b) -> (c -> d) -> p a c -> p b d) Source #
Double r => Monoid * r Double Source #
Methods zero :: Double h m Source # plus :: Double h (m -> m -> m) Source #
Float r => Monoid * r Float Source #
Methods zero :: Float h m Source # plus :: Float h (m -> m -> m) Source #
Lang r => Monoid * r () Source #
Methods zero :: () h m Source # plus :: () h (m -> m -> m) Source #
(Ord b, Lang r) => Monoid * r (SVTFBuilder b) Source #
Methods zero :: SVTFBuilder b h m Source # plus :: SVTFBuilder b h (m -> m -> m) Source #
Lang r => Monoid * r (Fix (VectorTF b)) Source #
Methods zero :: Fix (VectorTF b) h m Source # plus :: Fix (VectorTF b) h (m -> m -> m) Source #
(Ord b, Lang r) => Monoid * r (FreeVectorBuilder b) Source #
Methods zero :: FreeVectorBuilder b h m Source # plus :: FreeVectorBuilder b h (m -> m -> m) Source #
Lang r => Monoid * r [a] Source #
Methods zero :: [a] h m Source # plus :: [a] h (m -> m -> m) Source #
Lang r => Monoid * r (FreeVector b Double) Source #
Methods zero :: FreeVector b Double h m Source # plus :: FreeVector b Double h (m -> m -> m) Source #
(Double r, Monoid * r v) => Monoid * r (Double -> v) Source #
Methods zero :: (Double -> v) h m Source # plus :: (Double -> v) h (m -> m -> m) Source #
(Prod repr, Monoid * repr l, Monoid * repr r) => Monoid * repr (l, r) Source #
Methods zero :: (l, r) h m Source # plus :: (l, r) h (m -> m -> m) Source #
Lang r => Monad r (State l) Source #
Methods bind :: r h (State l a -> (a -> State l b) -> State l b) Source # join :: r h (State l (State l a) -> State l a) Source #
(Lang r, Monoid * r w) => Monad r (Writer w) Source #
Methods bind :: r h (Writer w a -> (a -> Writer w b) -> Writer w b) Source # join :: r h (Writer w (Writer w a) -> Writer w a) Source #
Lang r => Applicative r (State l) Source #
Methods pure :: r h (x -> State l x) Source # ap :: r h (State l (x -> y) -> State l x -> State l y) Source #
(Lang r, Monoid * r w) => Applicative r (Writer w) Source #
Methods pure :: r h (x -> Writer w x) Source # ap :: r h (Writer w (x -> y) -> Writer w x -> Writer w y) Source #
Lang r => Functor r (State l) Source #
Methods map :: r h ((a -> b) -> State l a -> State l b) Source #
Lang r => Functor r (Map k) Source #
Methods map :: r h ((a -> b) -> Map k a -> Map k b) Source #
Lang r => Functor r (Writer w) Source #
Methods map :: r h ((a -> b) -> Writer w a -> Writer w b) Source #
Lang r => Functor r (VectorTF b) Source #
Methods map :: r h ((a -> b) -> VectorTF b a -> VectorTF b b) Source #
(Ord b, Lang r) => Vector r (SVTFBuilder b) Source #
Associated Types type Basis (SVTFBuilder b) :: * Source # Methods mult :: r h (Double -> SVTFBuilder b -> SVTFBuilder b) Source # divide :: r h (SVTFBuilder b -> Double -> SVTFBuilder b) Source # toFreeVector :: r h (SVTFBuilder b -> FreeVector (Basis (SVTFBuilder b)) Double) Source #
(Ord b, Lang r) => Vector r (Fix (VectorTF b)) Source #
Associated Types type Basis (Fix (VectorTF b)) :: * Source # Methods mult :: r h (Double -> Fix (VectorTF b) -> Fix (VectorTF b)) Source # divide :: r h (Fix (VectorTF b) -> Double -> Fix (VectorTF b)) Source # toFreeVector :: r h (Fix (VectorTF b) -> FreeVector (Basis (Fix (VectorTF b))) Double) Source #
(Ord b, Lang r) => Vector r (FreeVectorBuilder b) Source #
Associated Types type Basis (FreeVectorBuilder b) :: * Source # Methods mult :: r h (Double -> FreeVectorBuilder b -> FreeVectorBuilder b) Source # divide :: r h (FreeVectorBuilder b -> Double -> FreeVectorBuilder b) Source # toFreeVector :: r h (FreeVectorBuilder b -> FreeVector (Basis (FreeVectorBuilder b)) Double) Source #
(Ord b, Lang r) => Group r (SVTFBuilder b) Source #
Methods invert :: r h (SVTFBuilder b -> SVTFBuilder b) Source # minus :: r h (SVTFBuilder b -> SVTFBuilder b -> SVTFBuilder b) Source #
(Ord b, Lang r) => Group r (Fix (VectorTF b)) Source #
Methods invert :: r h (Fix (VectorTF b) -> Fix (VectorTF b)) Source # minus :: r h (Fix (VectorTF b) -> Fix (VectorTF b) -> Fix (VectorTF b)) Source #
(Ord b, Lang r) => Group r (FreeVectorBuilder b) Source #
Methods invert :: r h (FreeVectorBuilder b -> FreeVectorBuilder b) Source # minus :: r h (FreeVectorBuilder b -> FreeVectorBuilder b -> FreeVectorBuilder b) Source #
Lang r => Vector r (FreeVector b Double) Source #
Associated Types type Basis (FreeVector b Double) :: * Source # Methods mult :: r h (Double -> FreeVector b Double -> FreeVector b Double) Source # divide :: r h (FreeVector b Double -> Double -> FreeVector b Double) Source # toFreeVector :: r h (FreeVector b Double -> FreeVector (Basis (FreeVector b Double)) Double) Source #
(Lang r, Vector r v) => Vector r (Double -> v) Source #
Associated Types type Basis (Double -> v) :: * Source # Methods mult :: r h (Double -> (Double -> v) -> Double -> v) Source # divide :: r h ((Double -> v) -> Double -> Double -> v) Source # toFreeVector :: r h ((Double -> v) -> FreeVector (Basis (Double -> v)) Double) Source #
(Prod repr, Double repr, Sum repr, FreeVector repr, Vector repr l, Vector repr r) => Vector repr (l, r) Source #
Associated Types type Basis (l, r) :: * Source # Methods mult :: repr h (Double -> (l, r) -> (l, r)) Source # divide :: repr h ((l, r) -> Double -> (l, r)) Source # toFreeVector :: repr h ((l, r) -> FreeVector (Basis (l, r)) Double) Source #
Lang r => Group r (FreeVector b Double) Source #
Methods invert :: r h (FreeVector b Double -> FreeVector b Double) Source # minus :: r h (FreeVector b Double -> FreeVector b Double -> FreeVector b Double) Source #
(Lang r, Group r v) => Group r (Double -> v) Source #
Methods invert :: r h ((Double -> v) -> Double -> v) Source # minus :: r h ((Double -> v) -> (Double -> v) -> Double -> v) Source #
(Prod repr, Group repr l, Group repr r) => Group repr (l, r) Source #
Methods invert :: repr h ((l, r) -> (l, r)) Source # minus :: repr h ((l, r) -> (l, r) -> (l, r)) Source #
Lang repr => ProdCon (Vector repr) l r Source #
Methods prodCon :: (Vector repr l, Vector repr r) :- Vector repr (l, r) Source #
(Ord b, Ord f) => Ord (VectorTF b f) Source #
Methods diffOrd :: Proxy * (v, VectorTF b f) -> Dict (Ord (DiffType v (VectorTF b f))) Source #
Lang repr => ProdCon (Monoid * repr) l r Source #
Methods prodCon :: (Monoid * repr l, Monoid * repr r) :- Monoid * repr (l, r) Source #