input signal to be filtered
center frequency in Hertz
reciprocal of Q. The Q (or quality) is conventionally
defined as center-frequency / bandwidth, meaning that rq
= bandwidth / center-frequency. A higher Q or
lower rq produces a steeper filter. Too high values for
rq
may blow the filter up!
The amount of boost (when positive) or attenuation (when negative) applied to the frequency band, in decibels.
center frequency in Hertz
The amount of boost (when positive) or attenuation (when negative) applied to the frequency band, in decibels.
input signal to be filtered
Abstract method which must be implemented by creating the actual UGen
s
during expansion.
reciprocal of Q.
reciprocal of Q. The Q (or quality) is conventionally
defined as center-frequency / bandwidth, meaning that rq
= bandwidth / center-frequency. A higher Q or
lower rq produces a steeper filter. Too high values for
rq
may blow the filter up!
A single band parametric equalizer UGen. It attenuates or boosts a frequency band.
input signal to be filtered
center frequency in Hertz
reciprocal of Q. The Q (or quality) is conventionally defined as center-frequency / bandwidth, meaning that rq = bandwidth / center-frequency. A higher Q or lower rq produces a steeper filter. Too high values for
rq
may blow the filter up!The amount of boost (when positive) or attenuation (when negative) applied to the frequency band, in decibels.
Resonz
LPF
HPF
BRF
BPF