Uses of Class
ddf.minim.ugens.UGen

Packages that use UGen

ddf.minim
ddf.minim.effects
ddf.minim.ugens

Uses of UGen in ddf.minim

Methods in ddf.minim that return UGen

UGen	UGenSignal.getUGen() Returns the UGen that is being wrapped by this UGenSignal.

Methods in ddf.minim with parameters of type UGen

void	UGenSignal.setUGen(UGen ugen) Sets the UGen that this UGenSignal wraps.

Uses of UGen in ddf.minim.effects

Subclasses of UGen in ddf.minim.effects

class	BandPass A band pass filter is a filter that filters out all frequencies except for those in a band centered on the current frequency of the filter.
class	ChebFilter A Chebyshev filter is an IIR filter that uses a particular method to calculate the coefficients of the filter.
class	HighPassSP HighPassSP is a single pole high pass filter.
class	IIRFilter An Infinite Impulse Response, or IIR, filter is a filter that uses a set of coefficients and previous filtered values to filter a stream of audio.
class	LowPassFS LowPassFS is a four stage low pass filter.
class	LowPassSP LowPassSP is a single pole low pass filter.
class	NotchFilter A notch filter removes a narrow band of frequencies from an audio signal.

Uses of UGen in ddf.minim.ugens

Subclasses of UGen in ddf.minim.ugens

class	ADSR A UGen that plays input audio through a standard ADSR envelope based on time from noteOn and noteOff
class	Balance Balance is for controlling the left/right channel balance of a stereo signal.
class	BitCrush BitCrush is an effect that reduces the fidelity of the incoming signal.
class	Constant Just outputs a constant value.
class	Damp A UGen that starts at an amplitude value and changes to zero over a specified time.
class	Delay The Delay UGen is used to create delayed repetitions of the input audio.
class	FilePlayer The FilePlayer UGen provides a way for you to wrap an AudioRecordingStream with the UGen interface, allowing you to patching into a UGen graph any way you choose.
class	Gain Gain is another way of expressing an increase or decrease in the volume of something.
class	GranulateRandom GranulateRandom is granular synthesis of the incoming audio.
class	GranulateSteady A UGen which chops the incoming audio into steady grains of sound.
class	Line A UGen that starts at a value and changes linearly to another value over a specified time.
class	LiveInput LiveInput is a way to wrap an input stream with the UGen interface so that you can easily route incoming audio through a UGen graph.
class	Midi2Hz Midi2Hz is a UGen that will convert a MIDI note number to a frequency in Hertz.
class	Multiplier Multiplier is a UGen that will simply multiply the incoming audio signal by either a fixed value or by whatever its amplitude input is currently generating.
class	Noise Provides a UGen which generates noise.
class	Oscil Provides a UGen which generates a Waveform at a specified frequency.
class	Pan A UGen for panning a mono signal in a stereo field
class	Reciprocal A UGen which simply returns the reciprocal value of it's input.
class	Summer A Summer allows you to sum the outputs of multiple UGens to be sent further down the chain.
class	WaveShaper A UGen which provides waveshaping distortion.

Methods in ddf.minim.ugens that return UGen

UGen	UGen.UGenInput.getIncomingUGen() returns the UGen which is giving values to this input.
UGen	UGen.UGenInput.getOuterUGen() returns the outer UGen of which this is an input.
UGen	UGen.patch(UGen.UGenInput connectToInput) Connect the output of this UGen to a specific input of connecToUGen.
UGen	UGen.patch(UGen connectToUGen) Connect the output of this UGen to the first input of connectToUGen.

Methods in ddf.minim.ugens with parameters of type UGen

protected void	UGen.addInput(UGen input) If you want to do something other than the default behavior when your UGen is patched to, you can override this method in your derived class.
protected void	Summer.addInput(UGen input)
protected void	Pan.addInput(UGen in)
UGen	UGen.patch(UGen connectToUGen) Connect the output of this UGen to the first input of connectToUGen.
protected void	UGen.removeInput(UGen input) If you need to do something specific when something is unpatched from your UGen, you can override this method.
protected void	Summer.removeInput(UGen input)
protected void	Pan.removeInput(UGen input)
void	UGen.UGenInput.setIncomingUGen(UGen in) set the UGen which is giving values to this input
void	UGen.unpatch(UGen connectToUGen) Remove this UGen as the input to the connectToUGen.