Safe Haskell	None
Language	Haskell2010

Torch.Data.Loaders.RGBVector

Synopsis

data Normalize
- = ZeroToOne
- | NegOneToOne
- | NoNormalize
file2rgb :: forall h w hw rgb. (All KnownDim '[h, w], All KnownNat '[h, w]) => hw ~ (Int, Int) => rgb ~ (Int, Int, Int) => Proxy '(h, w) -> FilePath -> ExceptT String IO [(hw, rgb)]
rgb2list :: forall h w. (All KnownDim '[h, w], All KnownNat '[h, w]) => Proxy '(h, w) -> Normalize -> FilePath -> ExceptT String IO [[[HsReal]]]
assertList :: String -> [HsReal] -> IO ()

Documentation

Constructors

Instances

Bounded Normalize Source #
Instance details Defined in Torch.Data.Loaders.RGBVector Methods minBound :: Normalize # maxBound :: Normalize #
Enum Normalize Source #
Instance details Defined in Torch.Data.Loaders.RGBVector Methods succ :: Normalize -> Normalize # pred :: Normalize -> Normalize # toEnum :: Int -> Normalize # fromEnum :: Normalize -> Int # enumFrom :: Normalize -> [Normalize] # enumFromThen :: Normalize -> Normalize -> [Normalize] # enumFromTo :: Normalize -> Normalize -> [Normalize] # enumFromThenTo :: Normalize -> Normalize -> Normalize -> [Normalize] #
Eq Normalize Source #
Instance details Defined in Torch.Data.Loaders.RGBVector Methods (==) :: Normalize -> Normalize -> Bool # (/=) :: Normalize -> Normalize -> Bool #
Ord Normalize Source #
Instance details Defined in Torch.Data.Loaders.RGBVector Methods compare :: Normalize -> Normalize -> Ordering # (<) :: Normalize -> Normalize -> Bool # (<=) :: Normalize -> Normalize -> Bool # (>) :: Normalize -> Normalize -> Bool # (>=) :: Normalize -> Normalize -> Bool # max :: Normalize -> Normalize -> Normalize # min :: Normalize -> Normalize -> Normalize #
Show Normalize Source #
Instance details Defined in Torch.Data.Loaders.RGBVector Methods showsPrec :: Int -> Normalize -> ShowS # show :: Normalize -> String # showList :: [Normalize] -> ShowS #

file2rgb :: forall h w hw rgb. (All KnownDim '[h, w], All KnownNat '[h, w]) => hw ~ (Int, Int) => rgb ~ (Int, Int, Int) => Proxy '(h, w) -> FilePath -> ExceptT String IO [(hw, rgb)] Source #

rgb2list :: forall h w. (All KnownDim '[h, w], All KnownNat '[h, w]) => Proxy '(h, w) -> Normalize -> FilePath -> ExceptT String IO [[[HsReal]]] Source #

load an RGB PNG image into a Torch tensor