algebra-driven-design-0.1.1.1: Companion library for the book Algebra-Driven Design by Sandy Maguire

Safe Haskell	None
Language	Haskell2010

Tiles.Efficient

Contents

Observations
Generic constructors
Color constructors
Special color constructors
Color operations
Types
Orphan instances

Synopsis

rasterize :: forall a. Int -> Int -> Tile a -> [[a]]
sample :: Tile a -> Double -> Double -> a
toPNG :: Int -> Int -> Tile Color -> Image PixelRGBA8
empty :: Tile Color
cw :: Tile a -> Tile a
ccw :: Tile a -> Tile a
beside :: Tile a -> Tile a -> Tile a
cols :: Monoid a => [Tile a] -> Tile a
above :: Tile a -> Tile a -> Tile a
rows :: Monoid a => [Tile a] -> Tile a
flipH :: Tile a -> Tile a
flipV :: Tile a -> Tile a
quad :: Tile a -> Tile a -> Tile a -> Tile a -> Tile a
swirl :: Tile a -> Tile a
behind :: Tile Color -> Tile Color -> Tile Color
color :: Double -> Double -> Double -> Double -> Tile Color
haskell :: Tile Color
sandy :: Tile Color
spj :: Tile Color
rgba :: Double -> Double -> Double -> Double -> Color
invert :: Color -> Color
mask :: Color -> Color -> Color
data Tile a
type Color = PixelRGBA8
pattern Color :: Double -> Double -> Double -> Double -> Color

Observations

rasterize Source #

Arguments

:: Int	resulting width
-> Int	resulting heigeht
-> Tile a
-> [[a]]	the resulting "pixels" in row-major order

Rasterize a Tile down into a row-major representation of its constituent "pixels".

sample :: Tile a -> Double -> Double -> a Source #

toPNG :: Int -> Int -> Tile Color -> Image PixelRGBA8 Source #

Generic constructors

empty :: Tile Color Source #

cw :: Tile a -> Tile a Source #

ccw :: Tile a -> Tile a Source #

beside :: Tile a -> Tile a -> Tile a Source #

cols :: Monoid a => [Tile a] -> Tile a Source #

above :: Tile a -> Tile a -> Tile a Source #

rows :: Monoid a => [Tile a] -> Tile a Source #

flipH :: Tile a -> Tile a Source #

flipV :: Tile a -> Tile a Source #

quad :: Tile a -> Tile a -> Tile a -> Tile a -> Tile a Source #

swirl :: Tile a -> Tile a Source #

Color constructors

behind :: Tile Color -> Tile Color -> Tile Color Source #

color :: Double -> Double -> Double -> Double -> Tile Color Source #

Special color constructors

haskell :: Tile Color Source #

sandy :: Tile Color Source #

spj :: Tile Color Source #

Color operations

rgba :: Double -> Double -> Double -> Double -> Color Source #

invert :: Color -> Color Source #

mask :: Color -> Color -> Color Source #

Types

data Tile a Source #

Instances

Monad Tile Source #
Instance details Defined in Tiles.Efficient Methods (>>=) :: Tile a -> (a -> Tile b) -> Tile b # (>>) :: Tile a -> Tile b -> Tile b # return :: a -> Tile a # fail :: String -> Tile a #
Functor Tile Source #
Instance details Defined in Tiles.Efficient Methods fmap :: (a -> b) -> Tile a -> Tile b # (<$) :: a -> Tile b -> Tile a #
Applicative Tile Source #
Instance details Defined in Tiles.Efficient Methods pure :: a -> Tile a # (<>) :: Tile (a -> b) -> Tile a -> Tile b # liftA2 :: (a -> b -> c) -> Tile a -> Tile b -> Tile c # (>) :: Tile a -> Tile b -> Tile b # (<*) :: Tile a -> Tile b -> Tile a #
Show (Tile t) Source #
Instance details Defined in Tiles.Efficient Methods showsPrec :: Int -> Tile t -> ShowS # show :: Tile t -> String # showList :: [Tile t] -> ShowS #
Semigroup a => Semigroup (Tile a) Source #
Instance details Defined in Tiles.Efficient Methods (<>) :: Tile a -> Tile a -> Tile a # sconcat :: NonEmpty (Tile a) -> Tile a # stimes :: Integral b => b -> Tile a -> Tile a #
Monoid a => Monoid (Tile a) Source #
Instance details Defined in Tiles.Efficient Methods mempty :: Tile a # mappend :: Tile a -> Tile a -> Tile a # mconcat :: [Tile a] -> Tile a #
(CoArbitrary a, Arbitrary a) => Arbitrary (Tile a) Source #
Instance details Defined in Tiles.Efficient Methods arbitrary :: Gen (Tile a) # shrink :: Tile a -> [Tile a] #

type Color = PixelRGBA8 Source #

pattern Color :: Double -> Double -> Double -> Double -> Color Source #

Orphan instances

Semigroup Color Source #
Instance details Methods (<>) :: Color -> Color -> Color # sconcat :: NonEmpty Color -> Color # stimes :: Integral b => b -> Color -> Color #
Monoid Color Source #
Instance details Methods mempty :: Color # mappend :: Color -> Color -> Color # mconcat :: [Color] -> Color #
Arbitrary PixelRGBA8 Source #
Instance details Methods arbitrary :: Gen PixelRGBA8 # shrink :: PixelRGBA8 -> [PixelRGBA8] #
CoArbitrary PixelRGBA8 Source #
Instance details Methods coarbitrary :: PixelRGBA8 -> Gen b -> Gen b #