Reanimate.Monad

Documentation

type Duration = Double

type Time = Double

data Frame a

Constructors

Frame

Fields

• unFrame :: Duration -> Time -> State ([Tree] -> [Tree]) a

Instances

Monad Frame

Defined in Reanimate.Monad

Methods

(>>=) :: Frame a -> (a -> Frame b) -> Frame b

(>>) :: Frame a -> Frame b -> Frame b

return :: a -> Frame a

fail :: String -> Frame a

Functor Frame

Defined in Reanimate.Monad

Methods

fmap :: (a -> b) -> Frame a -> Frame b

(<$) :: a -> Frame b -> Frame a

Applicative Frame

Defined in Reanimate.Monad

Methods

pure :: a -> Frame a

(<*>) :: Frame (a -> b) -> Frame a -> Frame b

liftA2 :: (a -> b -> c) -> Frame a -> Frame b -> Frame c

(*>) :: Frame a -> Frame b -> Frame b

(<*) :: Frame a -> Frame b -> Frame a

data Animation

Constructors

Animation Duration (Frame ())

mkAnimation :: Duration -> Frame () -> Animation

duration :: Animation -> Duration

emit :: Tree -> Frame ()

before :: Animation -> Animation -> Animation

sim :: Animation -> Animation -> Animation

simLoop :: Animation -> Animation -> Animation

simDrop :: Animation -> Animation -> Animation

pause :: Double -> Animation

andThen :: Animation -> Animation -> Animation

signal :: Double -> Double -> Frame Double

signalSCurve :: Double -> Double -> Double -> Frame Double

frameAt :: Double -> Animation -> Tree

renderTree :: Tree -> String

renderSvg :: Maybe Number -> Maybe Number -> Tree -> String

mapA :: (Tree -> Tree) -> Animation -> Animation

mapF :: (Tree -> Tree) -> Frame a -> Frame a

pauseAtEnd :: Double -> Animation -> Animation

adjustSpeed :: Double -> Animation -> Animation

reverseAnimation :: Animation -> Animation

autoReverse :: Animation -> Animation

oscillate :: Frame a -> Frame a

repeatAnimation :: Double -> Animation -> Animation