Data.MediaBus.Media.Audio.Raw

Sub-types of Audio for uncompressed audio.

Documentation

data Raw encoding

An indicator for uncompressed audio with a given per sample encoding type.

Instances

(Typeable k t, KnownRate r, KnownChannelLayout * c) => Show (MediaDescription * (Audio r c (Raw k t)))

Methods

showsPrec :: Int -> MediaDescription * (Audio r c (Raw k t)) -> ShowS

show :: MediaDescription * (Audio r c (Raw k t)) -> String

showList :: [MediaDescription * (Audio r c (Raw k t))] -> ShowS

CanBeSample (Pcm c t) => Eq (Audio r c (Raw * t))

Methods

(==) :: Audio r c (Raw * t) -> Audio r c (Raw * t) -> Bool

(/=) :: Audio r c (Raw * t) -> Audio r c (Raw * t) -> Bool

(Typeable * t, KnownRate r, KnownChannelLayout * c, CanBeSample (Pcm c t)) => Show (Audio r c (Raw * t))

Methods

showsPrec :: Int -> Audio r c (Raw * t) -> ShowS

show :: Audio r c (Raw * t) -> String

showList :: [Audio r c (Raw * t)] -> ShowS

CanBeSample (Pcm c t) => Monoid (Audio r c (Raw * t))

Methods

mempty :: Audio r c (Raw * t)

mappend :: Audio r c (Raw * t) -> Audio r c (Raw * t) -> Audio r c (Raw * t)

mconcat :: [Audio r c (Raw * t)] -> Audio r c (Raw * t)

CanBeSample (Pcm c t) => NFData (Audio r c (Raw * t))

Methods

rnf :: Audio r c (Raw * t) -> ()

(Typeable * t, KnownRate r, KnownChannelLayout * c, CanBeSample (Pcm c t)) => IsMedia (Audio r c (Raw * t))

(KnownRate r, CanBeSample (Pcm c t)) => HasDuration (Audio r c (Raw * t))

Methods

getDuration :: Audio r c (Raw * t) -> NominalDiffTime

getDurationTicks :: CanBeTicks r i => Audio r c (Raw * t) -> Ticks r i

(CanBeSample (Pcm c t), KnownRate r) => CanSegment (Audio r c (Raw * t))

Methods

splitAfterDuration :: HasStaticDuration StaticTicks d => proxy d -> Audio r c (Raw * t) -> Maybe (Segment d (Audio r c (Raw * t)), Audio r c (Raw * t))

(KnownRate r, CanBeSample (Pcm c t), CanBeBlank (Pcm c t)) => CanGenerateBlankMedia (Audio r c (Raw * t))

Methods

blankFor :: NominalDiffTime -> Audio r c (Raw * t)

blankForTicks :: CanBeTicks r i => Ticks r i -> Audio r c (Raw * t)

(CanBeSample (Pcm c t), CanBeSample (Pcm c' t'), EachSampleL (Audio r c (Raw * t)) (Audio r' c' (Raw * t')) (Pcm c t) (Pcm c' t'), EachChannelL (Pcm c t) (Pcm c' t') t t') => EachChannel (Audio r c (Raw * t)) (Audio r' c' (Raw * t'))

Associated Types

type ChannelsFrom (Audio r c (Raw * t)) :: *

type ChannelsTo (Audio r' c' (Raw * t')) :: *

Methods

eachChannel :: Traversal (Audio r c (Raw * t)) (Audio r' c' (Raw * t')) (ChannelsFrom (Audio r c (Raw * t))) (ChannelsTo (Audio r' c' (Raw * t')))

(CanBeSample (Pcm c t), CanBeSample (Pcm c' t')) => EachSample (Audio r c (Raw * t)) (Audio r' c' (Raw * t'))

Associated Types

type SamplesFrom (Audio r c (Raw * t)) :: *

type SamplesTo (Audio r' c' (Raw * t')) :: *

Methods

eachSample :: Traversal (Audio r c (Raw * t)) (Audio r' c' (Raw * t')) (SamplesFrom (Audio r c (Raw * t))) (SamplesTo (Audio r' c' (Raw * t')))

(CanBeSample (Pcm ca a), CanBeSample (Pcm cb b)) => HasMediaBuffer (Audio r ca (Raw * a)) (Audio r' cb (Raw * b))

Associated Types

type MediaBufferFrom (Audio r ca (Raw * a)) :: *

type MediaBufferTo (Audio r' cb (Raw * b)) :: *

Methods

mediaBuffer :: Lens (Audio r ca (Raw * a)) (Audio r' cb (Raw * b)) (MediaBufferFrom (Audio r ca (Raw * a))) (MediaBufferTo (Audio r' cb (Raw * b)))

data Audio r c (Raw * t)

All Pcm audio is audio. An Audio instance with Pcms in a MediaBuffer.

data Audio r c (Raw * t) = MkPcm {

• _pcmMediaBuffer :: MediaBuffer (Pcm c t)

}

type ChannelsFrom (Audio r c (Raw * t))

type ChannelsFrom (Audio r c (Raw * t)) = ChannelsFrom (Pcm c t)

type ChannelsTo (Audio r' c' (Raw * t'))

type ChannelsTo (Audio r' c' (Raw * t')) = ChannelsTo (Pcm c' t')

type SamplesFrom (Audio r c (Raw * t))

type SamplesFrom (Audio r c (Raw * t)) = Pcm c t

type SamplesTo (Audio r' c' (Raw * t'))

type SamplesTo (Audio r' c' (Raw * t')) = Pcm c' t'

type MediaBufferFrom (Audio r ca (Raw * a))

type MediaBufferFrom (Audio r ca (Raw * a)) = MediaBuffer (Pcm ca a)

type MediaBufferTo (Audio r' cb (Raw * b))

type MediaBufferTo (Audio r' cb (Raw * b)) = MediaBuffer (Pcm cb b)

data family Pcm c t

A family of multi-channel audio samples, this will be stored in a MediaBuffer if audio is represented by Audio r (Pcm c t)

Instances

Enum s => Enum (Pcm Mono s)

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)

Methods

(==) :: Pcm Mono s -> Pcm Mono s -> Bool

(/=) :: Pcm Mono s -> Pcm Mono s -> Bool

Eq t => Eq (Pcm Stereo t)

Methods

(==) :: Pcm Stereo t -> Pcm Stereo t -> Bool

(/=) :: Pcm Stereo t -> Pcm Stereo t -> Bool

Integral s => Integral (Pcm Mono s)

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)

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)

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

Ord t => Ord (Pcm Stereo t)

Methods

compare :: Pcm Stereo t -> Pcm Stereo t -> Ordering

(<) :: Pcm Stereo t -> Pcm Stereo t -> Bool

(<=) :: Pcm Stereo t -> Pcm Stereo t -> Bool

(>) :: Pcm Stereo t -> Pcm Stereo t -> Bool

(>=) :: Pcm Stereo t -> Pcm Stereo t -> Bool

max :: Pcm Stereo t -> Pcm Stereo t -> Pcm Stereo t

min :: Pcm Stereo t -> Pcm Stereo t -> Pcm Stereo t

Real s => Real (Pcm Mono s)

Methods

toRational :: Pcm Mono s -> Rational

Show s => Show (Pcm Mono s)

Methods

showsPrec :: Int -> Pcm Mono s -> ShowS

show :: Pcm Mono s -> String

showList :: [Pcm Mono s] -> ShowS

Generic (Pcm Stereo t)

Associated Types

type Rep (Pcm Stereo t) :: * -> *

Methods

from :: Pcm Stereo t -> Rep (Pcm Stereo t) x

to :: Rep (Pcm Stereo t) x -> Pcm Stereo t

Arbitrary s => Arbitrary (Pcm Mono s)

Methods

arbitrary :: Gen (Pcm Mono s)

shrink :: Pcm Mono s -> [Pcm Mono s]

Arbitrary t => Arbitrary (Pcm Stereo t)

Methods

arbitrary :: Gen (Pcm Stereo t)

shrink :: Pcm Stereo t -> [Pcm Stereo t]

Storable s => Storable (Pcm Mono s)

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 ()

Storable s => Storable (Pcm Stereo s)

Methods

sizeOf :: Pcm Stereo s -> Int

alignment :: Pcm Stereo s -> Int

peekElemOff :: Ptr (Pcm Stereo s) -> Int -> IO (Pcm Stereo s)

pokeElemOff :: Ptr (Pcm Stereo s) -> Int -> Pcm Stereo s -> IO ()

peekByteOff :: Ptr b -> Int -> IO (Pcm Stereo s)

pokeByteOff :: Ptr b -> Int -> Pcm Stereo s -> IO ()

peek :: Ptr (Pcm Stereo s) -> IO (Pcm Stereo s)

poke :: Ptr (Pcm Stereo s) -> Pcm Stereo s -> IO ()

Default s => Default (Pcm Mono s)

Methods

def :: Pcm Mono s

Default a => Default (Pcm Stereo a)

Methods

def :: Pcm Stereo a

NFData s => NFData (Pcm Mono s)

Methods

rnf :: Pcm Mono s -> ()

NFData t => NFData (Pcm Stereo t)

Methods

rnf :: Pcm Stereo t -> ()

CanBeBlank s => CanBeBlank (Pcm Mono s)

Methods

blank :: Pcm Mono s

CanBeBlank a => CanBeBlank (Pcm Stereo a)

Methods

blank :: Pcm Stereo a

IsPcmValue s => IsPcmValue (Pcm Mono s)

Methods

pcmAverage :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s

IsPcmValue a => IsPcmValue (Pcm Stereo a)

Methods

pcmAverage :: Pcm Stereo a -> Pcm Stereo a -> Pcm Stereo a

(IsPcmValue a, IsPcmValue b) => EachChannel (Pcm Mono a) (Pcm Mono b)

Associated Types

type ChannelsFrom (Pcm Mono a) :: *

type ChannelsTo (Pcm Mono b) :: *

Methods

eachChannel :: Traversal (Pcm Mono a) (Pcm Mono b) (ChannelsFrom (Pcm Mono a)) (ChannelsTo (Pcm Mono b))

EachChannel (Pcm Stereo a) (Pcm Stereo b)

Associated Types

type ChannelsFrom (Pcm Stereo a) :: *

type ChannelsTo (Pcm Stereo b) :: *

Methods

eachChannel :: Traversal (Pcm Stereo a) (Pcm Stereo b) (ChannelsFrom (Pcm Stereo a)) (ChannelsTo (Pcm Stereo b))

data Pcm Mono

data Pcm Mono = MkMonoSample {

• _monoSample :: s

}

data Pcm Stereo

data Pcm Stereo = MkStereo {

• _leftSample :: !t
• _rightSample :: !t

}

type Rep (Pcm Stereo t)

type Rep (Pcm Stereo t) = D1 (MetaData "Pcm" "Data.MediaBus.Media.Audio.Raw.Stereo" "mediabus-0.3.0.0-DtMsRxpAVUCAZa5EIcL7KN" False) (C1 (MetaCons "MkStereo" PrefixI True) ((:*:) (S1 (MetaSel (Just Symbol "_leftSample") NoSourceUnpackedness SourceStrict DecidedStrict) (Rec0 t)) (S1 (MetaSel (Just Symbol "_rightSample") NoSourceUnpackedness SourceStrict DecidedStrict) (Rec0 t))))

type ChannelsFrom (Pcm Mono a)

type ChannelsFrom (Pcm Mono a) = a

type ChannelsFrom (Pcm Stereo a)

type ChannelsFrom (Pcm Stereo a) = a

type ChannelsTo (Pcm Mono b)

type ChannelsTo (Pcm Mono b) = b

type ChannelsTo (Pcm Stereo b)

type ChannelsTo (Pcm Stereo b) = b

pcmMediaBuffer :: Iso (Audio r c (Raw t)) (Audio r' c' (Raw t')) (MediaBuffer (Pcm c t)) (MediaBuffer (Pcm c' t'))

An isomorphism for Audio and MediaBuffer

class (CanBeBlank a, CanBeSample a, Arbitrary a) => IsPcmValue a where

Types of per channel PCM audio sample value.

Minimal complete definition

pcmAverage

Methods

pcmAverage :: a -> a -> a

Calculate the average of two pcm samples

Instances

IsPcmValue S16

Methods

pcmAverage :: S16 -> S16 -> S16

IsPcmValue ALaw

Methods

pcmAverage :: ALaw -> ALaw -> ALaw

IsPcmValue s => IsPcmValue (Pcm Mono s)

Methods

pcmAverage :: Pcm Mono s -> Pcm Mono s -> Pcm Mono s

IsPcmValue a => IsPcmValue (Pcm Stereo a)

Methods

pcmAverage :: Pcm Stereo a -> Pcm Stereo a -> Pcm Stereo a