6.3.12. Modal Resonator (Modal)
Description:
A modal resonator imitates how sound is amplified in the things that surround
us. Everything (without exception) responds with a complex sound consisting of many
harmonics (subpitches) when you hit it. Usually, that response is so soft that we don't hear
it; the sound is soft because the energy of your hit is absorbed/dampened by the material
of the object you hit. But some objects, such as the kettle in which you're boiling water
or the pipes of a central heating unit, will respond really well. Musical instruments have
been designed to respond in a (usually) pleasing way to being struck or, in the case of a
stringed instrument, playing them with a bow. The shape of an instrument determines which
harmonics you will hear. Its shape will amplify certain harmonics and dampen others. This
technique can imitate many instrument bodies, from woodwinds to strings to drums.
Real world instruments like a violin or a drum you play with a bow, a drumstick, or with
your breath in the case of a woodwind instrument. The modal resonator needs a signal,
an exciter, to make it come alive. It mimics the behavior of real world instruments. The
extraordinary thing about the Modal Resonator is that it can change the shape it mimics on
the fly when you turn a knob or modulate it externally with the LFO, the Envelope, or one of
the other sources on the Matrix. It changes its internal harmonic structure.
Another important quality of a modal resonator is that it enables you to control the damping
of the generated sound. How we hear an object that is hit will very much depend on the
damping qualities of the material from which it was built. Drummers know all about this,
and often use their hand to muffle the sound of their drum. Guitarists know how to dampen
the sound of strings with the palm of their hand.
Here again, the extraordinary thing about the Modal Resonator is that it can mimic the
damping characteristics of an instrument on the fly when you turn a knob or modulate it
with a Matrix source.
Inharm:
amount of inharmonicity, or material selection.
Timbre:
excitation brightness and dust density.
Decay:
damping, decay time (energy absorption).
Freaky idea:
The MicroFreak is paraphonic. When you arpeggiate or sequence chords and
modulate the damping simultaneously, you can selectively dampen certain steps in your
sequence/arpeggio.
Modal Resonator
Oscillator Model
Arturia - User Manual MicroFreak - The Digital Oscillator
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