Vibrato
Related Docs:
object Vibrato
| package ugen
fundamental frequency in Hertz. If the Vibrato UGen is running at audio rate, this must be an audio-rate input as well.
vibrato rate, that is the speed of wobble in Hertz. Note that if this is set to a too low value, you may never get vibrato back, since this input is only checked at the end of a cycle.
amount of vibrato frequency deviation around the fundamental, as a proportion of the fundamental.
delay in seconds before vibrato is established.
transition time in seconds from no vibrato to full vibrato after the initial delay time.
random (noise) variation on the beat parameter,
expressed as a proportion of beat . It can change once
per cycle of vibrato.
random (noise) variation on the depth of modulation,
expressed as a proportion of depth . It can change
once per cycle of vibrato. The noise affects
independently the up and the down part of vibrato shape
within a cycle.
initial phase of vibrato modulation, allowing starting above or below the fundamental rather than on it.
vibrato rate, that is the speed of wobble in Hertz.
vibrato rate, that is the speed of wobble in Hertz. Note that if this is set to a too low value, you may never get vibrato back, since this input is only checked at the end of a cycle.
random (noise) variation on the beat parameter,
expressed as a proportion of beat .
random (noise) variation on the beat parameter,
expressed as a proportion of beat . It can change once
per cycle of vibrato.
delay in seconds before vibrato is established.
amount of vibrato frequency deviation around the fundamental, as a proportion of the fundamental.
random (noise) variation on the depth of modulation,
expressed as a proportion of depth .
random (noise) variation on the depth of modulation,
expressed as a proportion of depth . It can change
once per cycle of vibrato. The noise affects
independently the up and the down part of vibrato shape
within a cycle.
fundamental frequency in Hertz.
fundamental frequency in Hertz. If the Vibrato UGen is running at audio rate, this must be an audio-rate input as well.
initial phase of vibrato modulation, allowing starting above or below the fundamental rather than on it.
transition time in seconds from no vibrato to full vibrato after the initial delay time.
A low frequency oscillator UGen for modelling vibrato. It produces a modulating frequency value in Hertz that can be used as the frequency parameter of another UGen.
By setting more extreme settings, one can get back to the timbres of FM synthesis. One can also add in some noise to the vibrato rate and vibrato size (modulation depth) to make for a more realistic motor pattern.
The vibrato output is a waveform based on a squared envelope shape with four stages marking out 0.0 to 1.0, 1.0 to 0.0, 0.0 to -1.0, and -1.0 back to 0.0. The vibrato rate determines how quickly one moves through these stages.
fundamental frequency in Hertz. If the Vibrato UGen is running at audio rate, this must be an audio-rate input as well.
vibrato rate, that is the speed of wobble in Hertz. Note that if this is set to a too low value, you may never get vibrato back, since this input is only checked at the end of a cycle.
amount of vibrato frequency deviation around the fundamental, as a proportion of the fundamental.
delay in seconds before vibrato is established.
transition time in seconds from no vibrato to full vibrato after the initial delay time.
random (noise) variation on the beat parameter, expressed as a proportion of
beat. It can change once per cycle of vibrato.random (noise) variation on the depth of modulation, expressed as a proportion of
depth. It can change once per cycle of vibrato. The noise affects independently the up and the down part of vibrato shape within a cycle.initial phase of vibrato modulation, allowing starting above or below the fundamental rather than on it.