final case class AmpComp(rate: Rate, freq: GE = 261.626f, root: GE = 261.626f, expon: GE = 0.3333f) extends SingleOut with Product with Serializable
A UGen that produces a psychoacoustic amplitude compensation factor for a given frequency.
Implements the formula: (root / freq).pow(exp)
Higher frequencies are normally perceived as louder, therefore AmpComp
outputs lower values for them. For example, with default parameters, the pitch
C4 (frequency 262 Hz) produces the base factor of 1.0, whereas a pitch one
octave up, C5 (or 523 Hz) produces a factor of 0.793719 (an attenuation of -2
dB).
An alternative is AmpCompA that better models the bell-shaped equal loudness
contours of the hearing system. Especially note that the output of this UGen can
become very high for frequencies much lower than the root parameter.
- freq
the frequency in Hertz for which to determine the compensation factor
- root
the base frequency corresponding to a compensation factor of 1.0
- expon
the exponent determines how steep the compensation curve decreases for increasing frequencies. In general, the louder a signal is played, the shallower the equal loudness contours become.
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- new AmpComp(rate: Rate, freq: GE = 261.626f, root: GE = 261.626f, expon: GE = 0.3333f)
- freq
the frequency in Hertz for which to determine the compensation factor
- root
the base frequency corresponding to a compensation factor of 1.0
- expon
the exponent determines how steep the compensation curve decreases for increasing frequencies. In general, the louder a signal is played, the shallower the equal loudness contours become.
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- val expon: GE
- val freq: GE
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Abstract method which must be implemented by creating the actual
UGens during expansion. - final def name: String
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- val rate: Rate
- val root: GE
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