Uses of Class
ddf.minim.ugens.UGen.UGenInput

Packages that use UGen.UGenInput

ddf.minim.effects
ddf.minim.ugens

Uses of UGen.UGenInput in ddf.minim.effects

Fields in ddf.minim.effects declared as UGen.UGenInput

UGen.UGenInput	IIRFilter.audio
UGen.UGenInput	IIRFilter.cutoff

Uses of UGen.UGenInput in ddf.minim.ugens

Fields in ddf.minim.ugens declared as UGen.UGenInput

UGen.UGenInput	Oscil.amplitude Patch to this to control the amplitude of the oscillator with another UGen.
UGen.UGenInput	Multiplier.amplitude The amplitude input allows you to control the value being used for multiplying with another UGen.
UGen.UGenInput	WaveShaper.audio The default input is "audio."
UGen.UGenInput	Multiplier.audio The audio input is where incoming audio should be patched, but you can simply patch to the Multiplier itself.
UGen.UGenInput	GranulateSteady.audio The default input is "audio."
UGen.UGenInput	GranulateRandom.audio The default input is "audio."
UGen.UGenInput	Gain.audio The audio input is where incoming signals should be patched, however you do not need to patch directly to this input because patching to the Gain itself will accomplish the same thing.
UGen.UGenInput	Delay.audio audio is the incoming audio
UGen.UGenInput	Damp.audio The default input is "audio." You don't need to patch directly to this input, patching to the UGen itself will accomplish the same thing.
UGen.UGenInput	BitCrush.audio The audio input is where audio that gets bit-crushed should be patched.
UGen.UGenInput	Balance.audio The audio input is where audio comes in to be balanced.
UGen.UGenInput	ADSR.audio The default input is "audio." You won't need to patch to this directly, since simply patching to the ADSR itself will achieve the same result.
UGen.UGenInput	Balance.balance The balance control should be driven by UGens that generate values in the range [-1, 1].
UGen.UGenInput	BitCrush.bitRes Control the bit resolution with another UGen by patching to bitRes.
UGen.UGenInput	Delay.delAmp delAmp is the strength of each repetition compared to the previous.
UGen.UGenInput	Delay.delTime delTime is the time for delay between repetitions.
UGen.UGenInput	Reciprocal.denominator denominator is the default input
UGen.UGenInput	GranulateSteady.fadeLen Controls the length of the fade in and fade out.
UGen.UGenInput	GranulateRandom.fadeLenMax Controls the maximum length of the fade in and fade out.
UGen.UGenInput	GranulateRandom.fadeLenMin Controls the minimum length of the fade in and fade out.
UGen.UGenInput	Oscil.frequency Patch to this to control the frequency of the oscillator with another UGen.
UGen.UGenInput	Gain.gain The gain input controls the value of this Gain.
UGen.UGenInput	GranulateSteady.grainLen Controls the length of each grain.
UGen.UGenInput	GranulateRandom.grainLenMax Controls the manimum length of each grain.
UGen.UGenInput	GranulateRandom.grainLenMin Controls the minimum length of each grain.
UGen.UGenInput	WaveShaper.mapAmplitude The mapping amplitude of the input signal
UGen.UGenInput	Midi2Hz.midiNoteIn Patch something to this input that generates Midi note numbers (values in the range [0,127]
UGen.UGenInput	WaveShaper.outAmplitude The output amplitude
UGen.UGenInput	Pan.pan UGens patched to pan should generate values between -1 and +1.
UGen.UGenInput	Oscil.phase Patch to this to control the phase of the oscillator with another UGen.
UGen.UGenInput	GranulateSteady.spaceLen Controls the space between each grain.
UGen.UGenInput	GranulateRandom.spaceLenMax Controls the manimum space between each grain.
UGen.UGenInput	GranulateRandom.spaceLenMin Controls the minimum space between each grain.

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

UGen	UGen.patch(UGen.UGenInput connectToInput) Connect the output of this UGen to a specific input of connecToUGen.