๚ฮ_ท\ฝ     Safe1Compose a binary function with a unitary functionNote*: you should use idiomatic haskell instead 5(.).(.) :: (c -> d) -> (a -> b -> c) -> (a -> b -> d) (f %.** g) x y = f (g x y) (f .: g) x y = f (g x y)2Compose a ternary function with a unitary functionNote*: you should use idiomatic haskell instead C(.).(.).(.) :: (d -> e) -> (a -> b -> c -> d) -> (a -> b -> c -> e) (f %.*** g) x y z = f (g x y z) (f .:. g) x y z = f (g x y z)5Compose a quaternary function with a unitary functionNote*: you should use idiomatic haskell instead Q(.).(.).(.).(.) :: (e -> f) -> (a -> b -> c -> d -> e) -> (a -> b -> c -> d -> f) $(f %.**** g) w x y z = f (g w x y z) !(f .:: g) w x y z = f (g w x y z)‹Compose a unary function with a binary function, applying the result of the unary function as the first parameter of the binary function.Note: DO NOT USE. Equivalent to .. $(f %*.* g) x y = f (g x) y <=> f . gŒCompose a unary function with a binary function, applying the result of the unary function as the second parameter of the binary function.Note: DO NOT USE. Equivalent to  flip f . g. (f *%.* g) x y = f y (g x)Compose a unary function with a ternary function, applying the result of the unary function as the first parameter of the ternary function.Note: DO NOT USE. Equivalent to .. (f %**.* g) x y z = f (g x) y zŽCompose a unary function with a ternary function, applying the result of the unary function as the second parameter of the ternary function. (f *%*.* g) x y z = f y (g x) zCompose a unary function with a ternary function, applying the result of the unary function as the third parameter of the ternary function. (f **%.* g) x y z = f y z (g x) Compose a binary function with another binary function, applying the result of the first binary function as the first parameter of the second binary function.Note: DO NOT USE. Equivalent to  flip f . g. (f %*.** g) x y z = f (g x y) z กCompose a binary function with another binary function, applying the result of the first binary function as the second parameter of the second binary function.Note: DO NOT USE. Equivalent to  flip f .: g or  flip f %.** g. (f *%.** g) x y z = f z (g x y) Compose a ternary function with a binary function, applying the result of the ternary function as the first parameter of the binary function. $(f %*.*** g) x y w z = f (g x y w) z Compose a ternary function with a binary function, applying the result of the ternary function as the second parameter of the binary function.Note: DO NOT USE. Equivalent to  flip f .:. g or flip f %.*** g. $(f *%.*** g) x y w z = f z (g x y w) Compose a binary function with a ternary function, applying the result of the binary function as the first parameter of the ternary function. $(f %**.** g) x y w z = f (g x y) w z Compose a binary function with a ternary function, applying the result of the binary function as the second parameter of the ternary function.Note: DO NOT USE. Equivalent to  flip f .: g or  flip f %.** g. $(f *%*.** g) x y w z = f w (g x y) zCompose a binary function with a ternary function, applying the result of the binary function as the third parameter of the ternary function. $(f **%.** g) x y w z = f w z (g x y)ขCompose a ternary function with another ternary function, applying the result of the first ternary function as the first parameter of the last ternary function. )(f %**.*** g) v w x y z = f (g v w x) y zฃCompose a ternary function with another ternary function, applying the result of the first ternary function as the second parameter of the last ternary function.Note: DO NOT USE. Equivalent to  flip f .:. g or flip f %.*** g. )(f *%*.*** g) v w x y z = f y (g v w x) zขCompose a ternary function with another ternary function, applying the result of the first ternary function as the third parameter of the last ternary function. )(f **%.*** g) v w x y z = f y z (g v w x)™Compose a unary function with a quaternary function, applying the result of the first unary function as the first parameter of the quaternary function. $(f %***.* g) w x y z = f (g w) x y z›Compose a binary function with a quaternary function, applying the result of the first binary function as the first parameter of the quaternary function. )(f %***.** g) v w x y z = f (g v w) x y z7Conditional composition. Borrowed (and modified) from  /http://hackage.haskell.org/package/cond-0.4.0.2 If the predicate is False,  is returned instead of the second argument. This function, for example, can be used to conditionally add functions to a composition chain.8Slightly Lower fixity function composition for use with . Just like ($), but with higher precedence than (<>), but still lower than (). Similar to  Diagrams.Util # , but without flipped arguments.Group conditions with . Useful for filter.Noteฌ: an easy mnemonic to remember is that operators ending in \ (lambda) imply that their parameters are functions instead of values (in this particular case, boolean tests) (f &&\ g) x = f x && g xGroup conditions with  Useful for filter.Noteฌ: an easy mnemonic to remember is that operators ending in \ (lambda) imply that their parameters are functions instead of values (in this particular case, boolean tests) (f ||\ g) x = f x || g x!fmap with its arguments reversed. Ghttp://www.reddit.com/r/haskell/comments/qy990/suggestion_for_flip_map/ !for = flip fmap with = flip fmap!fmap with its arguments reversed. Ghttp://www.reddit.com/r/haskell/comments/qy990/suggestion_for_flip_map/ !for = flip fmap with = flip fmap 5 !"#$%&'()*+,-./0123456789      9 9 9 9 9 9 9 9 9  9  9  9  9  9 9 9 9 9 9 9 8832:      !"#$"#%&'(&')&'*&'+&',&'-&'.&'/&'0&'1&'2&'3&'4&'5&'6&'7&'8&'9&':&';&'<&'=&'>&'?&'@&'AB-altcomposition-0.2.3.0-94jilq4aWpyDVVXS7sA2omData.AltComposition%.**%.***%.****%*.**%.*%**.**%*.***%.*%*.***%.**%*.****%.***%**.***%*.****%.**%**.****%*.*****%.***%***.*%***.**?..$ยง&&\||\forwithbaseGHC.Baseid$.ghc-prim GHC.Classes&&||*composition-1.0.2.1-KZVQ5Se9KseC7kQ38aLGDnData.Composition.::::..::::.:::..:::.::..::.:.compose9compose8compose7compose6compose5compose4compose3compose2compose1 .********.*******.******.*****.****.***.**.*.:โˆ˜