Mutable Instruments Rings User Manual page 3

5/3/2018
A. Polyphony setting.
B. Resonator type.
C. Coarse frequency, adjusted by semitone increments. This control spans 5 octaves.
D. Harmonic structure.
partials (and by doing so, the perceived structure - plate, bar, string). With the sympathetic string
resonator, this parameter controls the set of frequency ratios between all strings (with virtual notches at
octaves or fifths). Finally, with the modulated/inharmonic string resonator, this parameter controls the
amount of modulation and detuning of the partials.
E. Brightness. Adjusts the level of higher harmonics in the signal, by the simultaneous action of a low-
pass filter on the exciter signal (closed at 8 o'clock, fully open at 12 o'clock), and the damping filter (or Q
factor of the higher modes) on the rest of the course of the potentiometer. Low values simulate materials
like wood or nylon. High values simulate materials like glass or steel.
F. Damping. Controls the decay time of the sound, from less than 100ms to about 10s.
G. Excitation position.
the excitation right in the middle of the surface will cause, by symmetry, the even harmonics to cancel
each other, resulting in a "hollow" sound reminiscent of a square wave. This setting will remind you of the
PWM control on a square oscillator – or of the comb-filtering effect of a phaser.
H. Attenuverters for the CV inputs.
1. Resonator parameters CV
voltage, allowing its attenuverter to be used as a fine frequency control when no patch cable is inserted.
2. Strumming trigger
module freezes the currently playing voice and lets it decay, and starts a note on the next voice.
Normalized to a step detector on the
3. V/oct CV input.
4. Audio INPUT for the excitation signal. Modular levels are expected! Normalized to a pulse/burst
generator that reacts to note changes on the
5. Odd and even audio outputs.
components of the signal (odd and even numbered partials with the modal resonator, dephased
components due to picking position and pickup placement with the string resonators). In polyphonic mode,
splits the signal into odd and even numbered strings/plates. Note that you need to insert a jack into each
output to split the signals: when only one jack is inserted, both signals are mixed together.
https://mutable-instruments.net/modules/rings/manual/
Selects between monophonic, duophonic and quadriphonic operation.
Selects between modal, sympathetic and string resonators.
With the modal resonator, this parameter controls the frequency ratio between
Controls on which point of the string/surface the excitation is applied. Applying
inputs. Note that the
input, for polyphonic operation. Whenever a trigger is received on this input, the
V/OCT
Controls the main frequency of the resonator.
In monophonic mode, these two outputs carries two complementary
Mutable Instruments | Rings
FREQUENCY
input and a transient detector on the
V/OCT input.
CV input is normalized to a
IN input.
1
⁄ V
12
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