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Making the sound re ect the physical
positions of the knobs and sliders
( MANUAL)
The Manual function changes the parameter values to
match the physical positions of the knobs and sliders,
allowing you to edit in a straightforward manner.
When you edit a patch to modify its sound, the actual
value of each parameter will not necessarily match the
physical positions of the knobs and sliders.
By executing the Manual function, you can change the
sound to match the settings of the knobs and sliders. This
is convenient when you’re editing a sound from scratch.
When you execute the Manual function, the patch
parameters will be set according to the physical positions
of the knobs and sliders.
1. Hold down the [PRESET PATCH] button and press
the [USER PATCH] button.
The [PRESET PATCH] button and [USER PATCH] button will
both light, and settings that are made will re ect the knob
and slider positions.
Copying a tone ( TONE COPY)
You can copy the settings of a tone to another tone.
1. Press the [TONE COPY] button.
The [TONE COPY] button and the [SELECT] buttons for all
tones will start blinking.
2. Press the [SELECT] button of the copy-source tone.
The [SELECT] button for the tone you’ve selected will
change from blinking to steadily lit.
3. Press the [SELECT] button of the copy-destination
tone.
The copy will be completed, and the copy-destination tone
will become the current tone.
* If you decide not to save the phrase, press the [CANCEL/
SHIFT] button before pressing the [SELECT] button in
step 3.
Specifying the Waveform and
Pitch (OSC)
The OSC (oscillator) section produces the waveform that is
the basis of the sound.
Selecting a waveform will also determine the pitch.
The GAIA SH-01 has an oscillator for each tone 1–3.
These three oscillator can be used independently, or in
combination to create thick or complex sounds.
You can also combine tone 1 and tone 2 to create thick
sounds or metallic sounds.
[ WAVE] button
This button selects the waveform that is the basis of the
sound. The waveform whose indicator is lit is the selected
waveform.
Lit indicator Characteristics
Sawtooth wave
This waveform contains a sine wave
fundamental plus a xed proportion
of sine wave harmonics at all integer
multiples of that fundamental.
Square wave
This waveform contains a sine wave
fundamental plus a xed proportion of
sine wave harmonics at odd-numbered
multiples of that fundamental.
Pulse/PWM
The overtone structure of this waveform
will vary signi cantly depending on
the width of the upper portion of the
waveform (Pulse Width, p. 31).
Triangle wave
This waveform contains a sine wave
fundamental plus a xed proportion of
sine wave harmonics at even-numbered
multiples of that fundamental.
Sine wave
This is the simplest of all waveforms,
containing only a single frequency.