SegModPhasor
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normalized frequency (f/sr). One value per output cycle is read.
Also note that the UGen terminates when the freqN signal ends.
Thus, to use a constant frequency, wrap it in a DC or DC(...).take.
phase offset in radians. The phase offset is only used internally to
determine when to change the frequency. For example, with a phase of
0.25, when the output phase reaches 0.25, the next frequency value
is read. With the default phase of 0.0, a frequency value is read
after one complete cycle (output reaches 1.0).
normalized frequency (f/sr).
normalized frequency (f/sr). One value per output cycle is read.
Also note that the UGen terminates when the freqN signal ends.
Thus, to use a constant frequency, wrap it in a DC or DC(...).take.
Abstract method which must be implemented by creating the actual UGens
during expansion.
Abstract method which must be implemented by creating the actual UGens
during expansion. This method is at most called once during graph
expansion
the expanded object (depending on the type parameter U)
phase offset in radians.
phase offset in radians. The phase offset is only used internally to
determine when to change the frequency. For example, with a phase of
0.25, when the output phase reaches 0.25, the next frequency value
is read. With the default phase of 0.0, a frequency value is read
after one complete cycle (output reaches 1.0).
A phasor UGen that takes new frequency values at the beginning of each cycle. It can be used to implement the 'segmod' program of Döbereiner and Lorenz. In contrast,
LFSawcontinuously reads frequency values, it output values go from zero to one, and the phase argument is only used internally (the output signal always starts at zero).To turn this, for example, into a sine oscillator, you can use
(SegModPhasor(...) * 2 * math.Pi).sin.Warning: passing in zero frequencies will halt the process. XXX TODO
normalized frequency (f/sr). One value per output cycle is read. Also note that the UGen terminates when the
freqNsignal ends. Thus, to use a constant frequency, wrap it in aDCorDC(...).take.phase offset in radians. The phase offset is only used internally to determine when to change the frequency. For example, with a phase of
0.25, when the output phase reaches 0.25, the next frequency value is read. With the default phase of 0.0, a frequency value is read after one complete cycle (output reaches 1.0).