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Within LTS Haskell 24.34 (ghc-9.10.3)

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  1. steppableReadPrec :: forall t (f :: Type -> Type) . (Steppable (->) t f, Read1 f) => ReadPrec t

    yaya Yaya.Retrofit

    An implementation of readPrec for any Steppable instance. NB: Use steppableReadPrec' if you need to use a custom parsing function for f. NB: This only requires Steppable, but the inverse operation is recursiveShowsPrec, which requires Recursive instead.

  2. steppableReadPrec' :: Steppable (->) t f => (ReadPrec t -> ReadPrec [t] -> ReadPrec (f t)) -> ReadPrec t

    yaya Yaya.Retrofit

    Like steppableReadPrec, but allows you to provide a custom display function for f.

  3. stepSensible :: Pos -> Double -> Int -> Double

    numhask-space NumHask.Space.Range

    Find a step that feels pleasent for a 10 digit species.

    >>> stepSensible OuterPos 35 6
    5.0
    

  4. stepsize :: forall (n :: Nat) . FixedStep n -> Integer

    rhine FRP.Rhine.Clock.FixedStep

    Extract the type-level natural number as an integer.

  5. step2 :: (C a, C a v) => Parameter a -> v -> State [T v] (T v)

    synthesizer-core Synthesizer.Plain.Filter.Recursive.Hilbert

    No documentation available.

  6. stepAutomaton :: Functor m => Automaton m a b -> a -> m (Result (Automaton m a b) b)

    automaton Data.Automaton

    Run one step of an automaton. This consumes an input value, performs a side effect, and returns an updated automaton together with an output value.

  7. step_ :: forall (m :: Type -> Type) b a . Monad m => b -> AutomatonExcept a b m ()

    automaton Data.Automaton.Trans.Except

    Advances a single tick outputting the value, and then throws ().

  8. stepStream :: Functor m => StreamT m a -> m (Result (StreamT m a) a)

    automaton Data.Stream

    Perform one step of a stream, resulting in an updated stream and an output value.

  9. stepOptimizedStream :: Functor m => OptimizedStreamT m a -> m (Result (OptimizedStreamT m a) a)

    automaton Data.Stream.Optimized

    Perform one step of a stream, resulting in an updated stream and an output value.

  10. stepInvariant :: MonadDejaFu n => IAction n -> n (Either SomeException (Maybe (IAction n)), [IORefId], [MVarId], [TVarId])

    dejafu Test.DejaFu.Conc.Internal

    Run an invariant for one step

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