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1. step1 :: Fractional a => a -> [a] -> [[a]]

   dsp	DSP.Filter.IIR.Bilinear

   No documentation available.

2. step2 :: (Num a, Integral b) => b -> [[a]] -> [[a]]

   dsp	DSP.Filter.IIR.Bilinear

   No documentation available.

3. step3 :: Num a => [[a]] -> [a]

   dsp	DSP.Filter.IIR.Bilinear

   No documentation available.

4. step4 :: Fractional a => a -> [a] -> [a]

   dsp	DSP.Filter.IIR.Bilinear

   No documentation available.

5. step_ :: forall (m :: Type -> Type) b a . Monad m => b -> MSFExcept m a b ()

   dunai	Control.Monad.Trans.MSF.Except

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

6. stepLimit :: forall n f . Functor f => (Maybe Int -> f (Maybe Int)) -> ForceLayoutOpts n -> f (ForceLayoutOpts n)

   force-layout	Physics.ForceLayout

   No documentation available.

7. stepSolution :: EvolutionMethod state -> Time state -> SolutionMethod state

   learn-physics	Physics.Learn

   Given an evolution method and a time step, return the solution method which applies the evolution method repeatedly with with given time step. The solution method returned will produce an infinite list of states.

8. stepV :: Double -> Double -> Double

   learn-physics	Physics.Learn.Schrodinger1D

   A step barrier potential. Potential is zero to left of origin.

9. stepSolution :: EvolutionMethod state -> Time state -> SolutionMethod state

   learn-physics	Physics.Learn.StateSpace

   Given an evolution method and a time step, return the solution method which applies the evolution method repeatedly with with given time step. The solution method returned will produce an infinite list of states.

10. step_ :: Text -> Attributes

    lucid2	Lucid.Html5

    The step attribute.

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