object FSinOsc extends Serializable
A sine oscillator UGen using a fast approximation. It uses a ringing filter and
is less CPU expensive than SinOsc . However, the amplitude of the wave will
vary with frequency. Generally the amplitude will go down when the frequency
rises and it will go up as if the frequency is lowered.
Warning: In the current implementation, the amplitude can blow up if the
frequency is modulated by certain alternating signals (e.g. abruptly by TRand
).
Examples
// plain oscillator play { FSinOsc.ar(441) * 0.2 }
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def
ar(freq: GE = 440.0f, iphase: GE = 0.0f): FSinOsc
- freq
frequency in Hertz
- iphase
initial phase of the oscillator in radians. This cannot be modulated. A value of
0.5 Pimeans the output starts at +1. A value of1.5 Pimeans the output starts at -1, (init-time only)
- def ar: FSinOsc
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def
kr(freq: GE = 440.0f, iphase: GE = 0.0f): FSinOsc
- freq
frequency in Hertz
- iphase
initial phase of the oscillator in radians. This cannot be modulated. A value of
0.5 Pimeans the output starts at +1. A value of1.5 Pimeans the output starts at -1, (init-time only)
- def kr: FSinOsc
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