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1. data SetSingletonConstructors (a :: k)

   dhall	Dhall.Deriving

   SetSingletonConstructors t replaces the singletonConstructors from options with the value-level version of t.

2. class ToSingletonConstructors (a :: SingletonConstructors)

   dhall	Dhall.Deriving

   Convert a type of kind SingletonConstructors into a value of type SingletonConstructors

3. asSingletonConstructors :: ToSingletonConstructors a => SingletonConstructors

   dhall	Dhall.Deriving

   No documentation available.

4. setSingletonConstructors :: SingletonConstructors -> InterpretOptions -> InterpretOptions

   dhall	Dhall.Deriving

   setSingletonConstructors v options replaces the singletonConstructors from options with v.

5. unorderedSingleton :: k -> v -> Map k v

   dhall	Dhall.Map

   Create a Map from a single key-value pair. Any further operations on this map will not retain the order of the keys.

   >>> unorderedSingleton "A" 1
   fromList [("A",1)]
   

6. asSingleton :: Array a -> Array a

   harpie	Harpie.Array

   Convert a scalar to being a dimensioned array. Do nothing if not a scalar.

   >>> asSingleton (toScalar 4)
   UnsafeArray [1] [4]
   

7. asSingleton :: forall (s :: [Nat]) (s' :: [Nat]) a . (KnownNats s, KnownNats s', s' ~ Eval (AsSingleton s)) => Array s a -> Array s' a

   harpie	Harpie.Fixed

   Convert a scalar to being a dimensioned array. Do nothing if not a scalar.

   >>> asSingleton (toScalar 4)
   [4]
   

8. data AsSingleton (a :: [Nat]) (b :: [Nat])

   harpie	Harpie.Shape

   Convert a scalar to a dimensioned shape >>> :k! Eval (AsSingleton '[]) ... = '[1] >>> :k! Eval (AsSingleton [2,3,4]) ... = [2, 3, 4]

9. asSingleton :: [Int] -> [Int]

   harpie	Harpie.Shape

   Convert a scalar to a dimensioned shape

   >>> asSingleton []
   [1]
   
   >>> asSingleton [2,3,4]
   [2,3,4]
   

10. plot_bars_singleton_width :: forall x y f . Functor f => (Double -> f Double) -> PlotBars x y -> f (PlotBars x y)

    Chart	Graphics.Rendering.Chart.Plot.Bars

    No documentation available.

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