WAGS.Graph.Constructors

data Allpass frequency q audioUnit

Term-level constructor for an allpass filter.

• frequency - the frequency where the phase transition occurs.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Allpass frequency q audioUnit

data Bandpass frequency q audioUnit

Term-level constructor for a bandpass filter.

• frequency - the frequency of the isolated band.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Bandpass frequency q audioUnit

data Constant offset

Term-level constructor for a constant value, aka DC offset.

• OnOff - whether the generator is on or off.
• offset - the amount of DC offset.

Constructors

• Constant OnOff offset

data Convolver (buffer :: Symbol) audioUnit

Term-level constructor for a convolver, aka reverb.

• buffer - the buffer of the impulse response of the space.
• audioUnit - the audio unit to convolve with the input response.

Constructors

• Convolver (Proxy buffer) audioUnit

data Delay delay audioUnit

Term-level constructor for a delay unit.

• delay - the delay to apply.
• audioUnit - the audio unit to delay.

Constructors

• Delay delay audioUnit

data Dup audioUnit continuation

Term-level constructor for a duplicated audio unit.

• audioUnit - the audio unit to duplicate.
• continuation - the continuation of the audio graph. This is a function that takes the duplicated audio unit as its single argument.

Constructors

• Dup audioUnit continuation

data DynamicsCompressor threshold knee ratio attack release audioUnit

Term-level constructor for a compressor.

• threshold - The threshold under which compression kicks in.
• knee - The kink of the compression.
• ratio - The amount of compression to apply.
• attack - How far we look ahead. Longer attacks will lead to more crisp compression at the expense of an audible delay.
• release - How long the release time of compression should be.

Constructors

• DynamicsCompressor threshold knee ratio attack release audioUnit

data Gain volume audioUnit

Term-level constructor for a gain unit.

• volume - the volume of the gain from 0 to 1.
• audioUnit - what we are applying the gain to.

Constructors

• Gain volume audioUnit

data Highpass frequency q audioUnit

Term-level constructor for a highpass filter.

• frequency - the frequency below which we start to filter.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Highpass frequency q audioUnit

data Highshelf frequency gain audioUnit

Term-level constructor for a highshelf filter.

• frequency - the frequency above which we start to filter.
• gain - the boost or the amount of attenuation to apply.
• audioUnit - the audio unit to filter.

Constructors

• Highshelf frequency gain audioUnit

data LoopBuf playbackRate

Term-level constructor for a looping buffer.

• buffer - a string representing the buffer to use. Note that this string, when reset, will only reset the buffer when it is stopped.
• OnOff - whether or not the generator is on or off.
• playbackRate - the playback rate.
• Number - where in the file the loop should start.
• Number - where in the file the loop should end. A value of 0.0 or less means play to the end of the buffer.

Constructors

• LoopBuf String OnOff playbackRate Number Number

data Lowpass frequency q audioUnit

Term-level constructor for a lowpass filter.

• frequency - the frequency above which we start to filter.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Lowpass frequency q audioUnit

data Lowshelf frequency gain audioUnit

Term-level constructor for a lowshelf filter.

• frequency - the frequency below which we start to filter.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Lowshelf frequency gain audioUnit

data Microphone

Term-level constructor for a microphone

Constructors

• Microphone

data Notch frequency q audioUnit

Term-level constructor for a notch (aka band-reject) filter.

• frequency - the frequency we are rejecting.
• q - the width of the filter.
• audioUnit - the audio unit to filter.

Constructors

• Notch frequency q audioUnit

data Peaking frequency q gain audioUnit

Term-level constructor for a peaking filter. A peaking filter is a combination of bandpass and notch where the gain parameter modulates whether we are reinforcing or attenuating a frequency.

• frequency - the frequency we are emphasizing or rejecting.
• q - the width of the filter.
• gain - if positive, we are emphasizing the frequency. If negative, we are rejecting it.
• audioUnit - the audio unit to filter.

Constructors

• Peaking frequency q gain audioUnit

data PeriodicOsc frequency

Term-level constructor for a periodic oscillator.

• periodicOsc - the name of the wave table we'll be using. Note that, for a chance to take effect, the periodic oscillator must be stopped.
• OnOff - whether the generator is on or off.
• frequency - the frequency of the oscillator.

Constructors

• PeriodicOsc String OnOff frequency

data PlayBuf playbackRate

Term-level constructor for a playback buffer.

• buffer - a string representing the buffer to use. Note that this string, when reset, will only reset the buffer when it is stopped.
• Number - where in the file the playback should start.
• OnOff - whether or not the generator is on or off.
• playbackRate - the playback rate.

Constructors

• PlayBuf String Number OnOff playbackRate

data Recorder (recorder :: Symbol) audioUnit

Term-level constructor for a recorder.

• recorder - the recorder to which we write data.
• audioUnit - the audio unit to record.

Constructors

• Recorder (Proxy recorder) audioUnit

data SawtoothOsc frequency

Term-level constructor for a sawtooth oscillator.

• OnOff - whether the generator is on or off.
• frequency - the frequency of the oscillator.

Constructors

• SawtoothOsc OnOff frequency

data SinOsc frequency

Term-level constructor for a sine-wave oscillator.

• OnOff - whether the generator is on or off.
• frequency - the frequency of the oscillator.

Constructors

• SinOsc OnOff frequency

data Speaker audioUnit

Term-level constructor for a loudspeaker.

• audioUnit - the audio unit to play from the loudspeaker.

Constructors

• Speaker audioUnit

data SquareOsc frequency

Term-level constructor for a square-wave oscillator.

• OnOff - whether the generator is on or off.
• frequency - the frequency of the oscillator.

Constructors

• SquareOsc OnOff frequency

data StereoPanner pan audioUnit

Term-level constructor for a stereo panner.

• pan - the amount of pan to apply, where -1.0 is fully to the left and 1.0 is fully to the right.
• audioUnit - the audio unit to pan.

Constructors

• StereoPanner pan audioUnit

data TriangleOsc frequency

Term-level constructor for a triangle oscillator.

• OnOff - whether the generator is on or off.
• frequency - the frequency of the oscillator.

Constructors

• TriangleOsc OnOff frequency

data WaveShaper (floatArray :: Symbol) oversample audioUnit

Term-level constructor for a WaveShaper, aka distortion.

• floatArray - the shape of the distortion.
• oversample - how much to oversample - none, 2x or 4x. Once set, this cannot change without destroying and remaking the audio unit.
• audioUnit - the audio unit to which we apply distortion.

Constructors

• WaveShaper (Proxy floatArray) oversample audioUnit

data OnOff

Term-level constructor for a generator being on or off

Constructors

• On
• Off

Instances

• Eq OnOff
• Generic OnOff _
• Show OnOff

data OversampleNone

Type-level oversample none for a wave shaper. This is at the type-level and not the term-level via an ADT because we need make sure to construct an entirely new wave shaper if the value changes.

Constructors

• OversampleNone

data OversampleTwoX

Type-level oversample 2x for a wave shaper. This is at the type-level and not the term-level via an ADT because we need make sure to construct an entirely new wave shaper if the value changes.

Constructors

• OversampleTwoX

data OversampleFourX

Type-level oversample 4x for a wave shaper. This is at the type-level and not the term-level via an ADT because we need make sure to construct an entirely new wave shaper if the value changes.

Constructors

• OversampleFourX