Synthesizer.Dimensional.Amplitude

Documentation

data Abstract

Can be used as amplitude value for enumeration types such as Bool and Ordering and other types, where a numeric amplitude makes no sense. It is essential in T. It would be a bad idea to omit the Abstract parameter in dimensional causal processes since the correspondence between amplitude type and sample type would be lost.

Constructors

Abstract

Instances

Primitive Abstract

Methods

primitive :: Abstract

C Abstract

newtype Numeric amp

Constructors

Numeric amp

Instances

Functor Numeric

Methods

fmap :: (a -> b) -> Numeric a -> Numeric b

(<$) :: a -> Numeric b -> Numeric a

(IsScalar v, C y) => C y (Numeric (T v y))

Methods

toScalar :: Numeric (T v y) -> y

amplifySample :: Numeric (T v y) -> y -> y

amplify :: Transform sig y => Numeric (T v y) -> sig y -> sig y

C (Numeric amp)

type Dimensional v y = Numeric (T v y)

data Flat y

Flat y is quite the same as Dimensional Dim.Scalar y but in some cases it allows a little more efficient processing. It should not be mixed up with Abstract. Flat y is reserved for numeric amplitudes.

Constructors

Flat

Instances

C y => C y (Flat y)

Methods

toScalar :: Flat y -> y

amplifySample :: Flat y -> y -> y

amplify :: Transform sig y => Flat y -> sig y -> sig y

Primitive (Flat y)

Methods

primitive :: Flat y

C (Flat y)

class C amp

This class is used to make mapAmplitude both flexible and a bit safe. Its instances are dimensional numbers Numeric and Abstract. It should not be necessary to add more instances.

Instances

C Abstract

C AllpassPhaserGlobal

C AllpassCascadeGlobal

C MoogLowpassGlobal

C UniversalGlobal

C SecondOrderCascadeGlobal

C FirstOrderGlobal

C (Flat y)

C (Numeric amp)

class Primitive amp where

This class is used for append and map that expect that the amplitude value does carry not more information than that expressed by the type. It should not be necessary to add more instances.

Minimal complete definition

primitive

Methods

primitive :: amp

Instances

Primitive Abstract

Methods

primitive :: Abstract

Primitive UniversalGlobal

Methods

primitive :: UniversalGlobal

Primitive FirstOrderGlobal

Methods

primitive :: FirstOrderGlobal

Primitive (Flat y)

Methods

primitive :: Flat y