Synthesizer.Interpolation

Documentation

data T t y

interpolation as needed for resampling

Constructors

Cons

Fields

• margin :: !Margin
• func :: !(t -> T y -> y)

data Margin

Instances

Arbitrary Margin

Defined in Synthesizer.Interpolation

Methods

arbitrary :: Gen Margin

shrink :: Margin -> [Margin]

Show Margin

Defined in Synthesizer.Interpolation

Methods

showsPrec :: Int -> Margin -> ShowS

show :: Margin -> String

showList :: [Margin] -> ShowS

Eq Margin

Defined in Synthesizer.Interpolation

Methods

(==) :: Margin -> Margin -> Bool

(/=) :: Margin -> Margin -> Bool

cons :: Int -> Int -> (t -> T y -> y) -> T t y

number :: T t y -> Int

offset :: T t y -> Int

data PrefixReader y a

Instances

Applicative (PrefixReader y)

Defined in Synthesizer.Interpolation

Methods

pure :: a -> PrefixReader y a

(<*>) :: PrefixReader y (a -> b) -> PrefixReader y a -> PrefixReader y b

liftA2 :: (a -> b -> c) -> PrefixReader y a -> PrefixReader y b -> PrefixReader y c

(*>) :: PrefixReader y a -> PrefixReader y b -> PrefixReader y b

(<*) :: PrefixReader y a -> PrefixReader y b -> PrefixReader y a

Functor (PrefixReader y)

Defined in Synthesizer.Interpolation

Methods

fmap :: (a -> b) -> PrefixReader y a -> PrefixReader y b

(<$) :: a -> PrefixReader y b -> PrefixReader y a

getNode :: PrefixReader y y

fromPrefixReader :: String -> Int -> PrefixReader y (t -> y) -> T t y

constant :: T t y

Consider the signal to be piecewise constant, where the leading value is used for filling the interval [0,1).