Safe Haskell	None
Language	Haskell2010

Data.MediaBus.Media.Audio.Raw.Mono

Description

Single channel (Mono) PCM audio

Synopsis

Documentation

data Mono Source #

The channel layout indicator type for **mono** audio

Instances

KnownChannelLayout * Mono Source #
Methods numberOfChannels :: proxy c -> Int Source #
Enum s => Enum (Pcm Mono s) Source #
Methods succ :: Pcm Mono s -> Pcm Mono s # pred :: Pcm Mono s -> Pcm Mono s # toEnum :: Int -> Pcm Mono s # fromEnum :: Pcm Mono s -> Int # enumFrom :: Pcm Mono s -> [Pcm Mono s] # enumFromThen :: Pcm Mono s -> Pcm Mono s -> [Pcm Mono s] # enumFromTo :: Pcm Mono s -> Pcm Mono s -> [Pcm Mono s] # enumFromThenTo :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s -> [Pcm Mono s] #
Eq s => Eq (Pcm Mono s) Source #
Methods (==) :: Pcm Mono s -> Pcm Mono s -> Bool # (/=) :: Pcm Mono s -> Pcm Mono s -> Bool #
Integral s => Integral (Pcm Mono s) Source #
Methods quot :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # rem :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # div :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # mod :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # quotRem :: Pcm Mono s -> Pcm Mono s -> (Pcm Mono s, Pcm Mono s) # divMod :: Pcm Mono s -> Pcm Mono s -> (Pcm Mono s, Pcm Mono s) # toInteger :: Pcm Mono s -> Integer #
Num s => Num (Pcm Mono s) Source #
Methods (+) :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # (-) :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # (*) :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # negate :: Pcm Mono s -> Pcm Mono s # abs :: Pcm Mono s -> Pcm Mono s # signum :: Pcm Mono s -> Pcm Mono s # fromInteger :: Integer -> Pcm Mono s #
Ord s => Ord (Pcm Mono s) Source #
Methods compare :: Pcm Mono s -> Pcm Mono s -> Ordering # (<) :: Pcm Mono s -> Pcm Mono s -> Bool # (<=) :: Pcm Mono s -> Pcm Mono s -> Bool # (>) :: Pcm Mono s -> Pcm Mono s -> Bool # (>=) :: Pcm Mono s -> Pcm Mono s -> Bool # max :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s # min :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s #
Real s => Real (Pcm Mono s) Source #
Methods toRational :: Pcm Mono s -> Rational #
Show s => Show (Pcm Mono s) Source #
Methods showsPrec :: Int -> Pcm Mono s -> ShowS # show :: Pcm Mono s -> String # showList :: [Pcm Mono s] -> ShowS #
Arbitrary s => Arbitrary (Pcm Mono s) Source #
Methods arbitrary :: Gen (Pcm Mono s) # shrink :: Pcm Mono s -> [Pcm Mono s] #
Storable s => Storable (Pcm Mono s) Source #
Methods sizeOf :: Pcm Mono s -> Int # alignment :: Pcm Mono s -> Int # peekElemOff :: Ptr (Pcm Mono s) -> Int -> IO (Pcm Mono s) # pokeElemOff :: Ptr (Pcm Mono s) -> Int -> Pcm Mono s -> IO () # peekByteOff :: Ptr b -> Int -> IO (Pcm Mono s) # pokeByteOff :: Ptr b -> Int -> Pcm Mono s -> IO () # peek :: Ptr (Pcm Mono s) -> IO (Pcm Mono s) # poke :: Ptr (Pcm Mono s) -> Pcm Mono s -> IO () #
Default s => Default (Pcm Mono s) Source #
Methods def :: Pcm Mono s #
NFData s => NFData (Pcm Mono s) Source #
Methods rnf :: Pcm Mono s -> () #
CanBeBlank s => CanBeBlank (Pcm Mono s) Source #
Methods blank :: Pcm Mono s Source #
IsPcmValue s => IsPcmValue (Pcm Mono s) Source #
Methods pcmAverage :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s Source #
(IsPcmValue a, IsPcmValue b) => EachChannel (Pcm Mono a) (Pcm Mono b) Source #
Associated Types type ChannelsFrom (Pcm Mono a) :: * Source # type ChannelsTo (Pcm Mono b) :: * Source # Methods eachChannel :: Traversal (Pcm Mono a) (Pcm Mono b) (ChannelsFrom (Pcm Mono a)) (ChannelsTo (Pcm Mono b)) Source #
data Pcm Mono Source #
data Pcm Mono = MkMonoSample { _monoSample :: s }
type ChannelsFrom (Pcm Mono a) Source #
type ChannelsFrom (Pcm Mono a) = a
type ChannelsTo (Pcm Mono b) Source #
type ChannelsTo (Pcm Mono b) = b