Sound.Sox.Frame

Documentation

class C y => C y where

Methods

format :: y -> T

Instances

C Int16

Defined in Sound.Sox.Frame

Methods

format :: Int16 -> T

C Int32

Defined in Sound.Sox.Frame

Methods

format :: Int32 -> T

C Int8

Defined in Sound.Sox.Frame

Methods

format :: Int8 -> T

C Word16

Defined in Sound.Sox.Frame

Methods

format :: Word16 -> T

C Word32

Defined in Sound.Sox.Frame

Methods

format :: Word32 -> T

C Word8

Defined in Sound.Sox.Frame

Methods

format :: Word8 -> T

C T

Defined in Sound.Sox.Frame

Methods

format :: T -> T0

C Double

Defined in Sound.Sox.Frame

Methods

format :: Double -> T

C Float

The floating point instances are dangerous, because Storable Float may not use IEEE format that sox uses according to its man page. This is strange since sox uses the host's endianess for multi-byte values. So, why does it not use the machine's floating point format?

Defined in Sound.Sox.Frame

Methods

format :: Float -> T

C a => C (T a)

Defined in Sound.Sox.Frame

Methods

format :: T a -> T0

withSignal :: (y -> a) -> sig y -> a

numberOfChannels :: C y => y -> Int

The argument is not touched and can be undefined