Safe Haskell	None
Language	Haskell2010

Octane.Type.Float32

Synopsis

Documentation

newtype Float32 Source #

A 32-bit float.

Constructors

Float32 Float

Instances

Eq Float32 Source #
Methods (==) :: Float32 -> Float32 -> Bool # (/=) :: Float32 -> Float32 -> Bool #
Fractional Float32 Source #
Methods (/) :: Float32 -> Float32 -> Float32 # recip :: Float32 -> Float32 # fromRational :: Rational -> Float32 #
Num Float32 Source #
Methods (+) :: Float32 -> Float32 -> Float32 # (-) :: Float32 -> Float32 -> Float32 # (*) :: Float32 -> Float32 -> Float32 # negate :: Float32 -> Float32 # abs :: Float32 -> Float32 # signum :: Float32 -> Float32 # fromInteger :: Integer -> Float32 #
Ord Float32 Source #
Methods compare :: Float32 -> Float32 -> Ordering # (<) :: Float32 -> Float32 -> Bool # (<=) :: Float32 -> Float32 -> Bool # (>) :: Float32 -> Float32 -> Bool # (>=) :: Float32 -> Float32 -> Bool # max :: Float32 -> Float32 -> Float32 # min :: Float32 -> Float32 -> Float32 #
Show Float32 Source #	Shown as `12.34`. `>>>` `show (1.2 :: Float32)`"1.2"
Methods showsPrec :: Int -> Float32 -> ShowS # show :: Float32 -> String # showList :: [Float32] -> ShowS #
Generic Float32 Source #
Associated Types type Rep Float32 :: * -> * # Methods from :: Float32 -> Rep Float32 x # to :: Rep Float32 x -> Float32 #
ToJSON Float32 Source #	Encoded directly as a JSON number. Aeson.encode (1.2 :: Float32) "1.2"
Methods toJSON :: Float32 -> Value # toEncoding :: Float32 -> Encoding #
Binary Float32 Source #	Little-endian. `>>>` `Binary.decode "\x9a\x99\x99\x3f" :: Float32`1.2 `>>>` `Binary.encode (1.2 :: Float32)`"\154\153\153?"
Methods put :: Float32 -> Put # get :: Get Float32 # putList :: [Float32] -> Put #
BinaryBit Float32 Source #	Little-endian with the bits in each byte reversed. `>>>` `Binary.runGet (BinaryBit.runBitGet (BinaryBit.getBits 0)) "\x59\x99\x99\xfc" :: Float32`1.2 `>>>` `Binary.runPut (BinaryBit.runBitPut (BinaryBit.putBits 0 (1.2 :: Float32)))`"Y\153\153\252"
Methods putBits :: Int -> Float32 -> BitPut () # getBits :: Int -> BitGet Float32 #
NFData Float32 Source #
Methods rnf :: Float32 -> () #
type Rep Float32 Source #
type Rep Float32 = D1 (MetaData "Float32" "Octane.Type.Float32" "octane-0.13.2-Jhh2dCvgfd3Aq8n4T2jPT6" True) (C1 (MetaCons "Float32" PrefixI True) (S1 (MetaSel (Just Symbol "unpack") NoSourceUnpackedness NoSourceStrictness DecidedLazy) (Rec0 Float)))