Effect Types and Parameters
ZOOM G9.2tt
68
Ensemble
This is a chorus ensemble with three-dimensional movement.
PARM1 PARM2 PARM3 PARM4
Depth
0 – 100
Rate
1 – 50
Tone
0 – 10
Mix
0 – 100
Adjusts the effect depth. Adjusts the modulation rate. Adjusts the tonal quality of the
sound.
Adjusts the level of the effect
sound mixed to the original
sound.
ModDelay
This is a delay that allows use of modulation.
PARM1 PARM2 PARM3 PARM4
Time
1 –
2000
mS
FeedBack
0 – 100
Rate
1 – 50
Mix
0 – 100
Sets the delay time.
Adjusts the amount of
feedback. Higher setting values
result in a higher number of
delay sound repetitions.
Adjusts the modulation rate.
Adjusts the level of the effect
sound mixed to the original
sound.
Flanger
This effect produces a resonating and strongly undulating sound.
PARM1 PARM2 PARM3 PARM4
Depth
0 – 100
Rate
0 – 50
Resonance
-10 – -1, 0,
1 – 10
Manual
0 – 100
Adjusts the effect depth. Adjusts the modulation rate. Adjusts the resonance
intensity.
Adjusts the frequency range
on which the effect operates.
PitchShift
This effect shifts the pitch up or down.
PARM1 PARM2 PARM3 PARM4
Shift
-12 – -1, 0,
1 – 12, 24
Tone
0 – 10
Fine
-25 – 25
Balance
0 – 100
Sets the pitch shift amount in
semitones.
Adjusts the tonal quality of the
sound.
Allows fine adjustment of
pitch shift amount in Cent (1/
100 semitone) steps.
Adjusts the balance between
original sound and effect
sound.
PedalPitch
This effect allows using a pedal to shift the pitch in real time.
PARM1 PARM2 PARM3 PARM4
Color
1 – 8
Mode
Up, Down
Tone
0 – 10
PdlPosi
0 – 100
Selects the type of pitch
change caused by the pedal
(see Table 1).
Sets the direction of the pitch
change to Up or Down.
Adjusts the tonal quality of the
sound.
Sets the pitch shift amount.
Depending on the "Color"
setting, the balance between
original sound and effect
sound also changes
accordingly.
[Table 1]
Pedal minimum value Pedal maximum value Pedal minimum value Pedal maximum value
Up
Down
Up
Down
Up
Down
Up
Down
1
2
3
4
-100 cent
Original sound only
DOUBLING
Detune + DRY
0 cent
+1 octave
0 cent
-2 octaves
Original sound only
-100 cent
Detune + DRY
DOUBLING
+1 octave
0 cent
-2 octaves
0 cent
Color
Mode
Up
Down
Up
Down
Up
Down
Up
Down
5
6
7
8
-1 octave + DRY
+1 octave + DRY
-700 cent + DRY
+500 cent + DRY
-∞ (0 Hz) + DRY
+1 octave
-∞ (0 Hz) + DRY
+1 octave + DRY
+1 octave + DRY
-1 octave + DRY
+500 cent + DRY
-700 cent + DRY
+1 octave
-∞ (0 Hz) + DRY
+1 octave + DRY
-∞ (0 Hz) + DRY
Color
Mode
Effect Types and Parameters
ZOOM G9.2tt 69Vibe
This is an effect with automatic vibrato.
PARM1 PARM2 PARM3 PARM4
Depth
0 – 100
Rate
0 – 50
Tone
0 – 10
Balance
0 – 100
Adjusts the effect depth. Adjusts the modulation rate. Adjusts the tonal quality of the
sound.
Adjusts the balance between
original sound and effect
sound.
Step
Special effect that changes the sound in a staircase pattern.
PARM1 PARM2 PARM3 PARM4
Depth
0 – 100
Rate
0 – 50
Resonance
0 – 10
Shape
0 – 10
Adjusts the modulation depth. Adjusts the modulation rate. Adjusts the resonance
intensity.
Adjusts the effect sound
envelope.
Delay
This is a delay with a maximum setting of 2000 ms.
See TapeEcho (next effect) for effect parameters.
TapeEcho
This effect simulates a tape echo.
PARM1 PARM2 PARM3 PARM4
Time
1 –
2000
mS
FeedBack
0 – 100
HiDamp
0 – 10
Mix
0 – 100
Sets the delay time.
Adjusts the amount of feedback.
Higher setting values result in a
higher number of delay sound
repetitions.
Adjusts the treble attenuation
of the delay sound. Lower
setting values result in softer
delay sound.
Adjusts the level of the effect
sound mixed to the original
sound.
DynamicDelay
This is a dynamic delay where the effect volume varies according to the input signal level.
PARM1 PARM2 PARM3 PARM4
Time
1 –
2000
mS
Amount
0 – 100
FeedBack
0 – 100
Sense
-10 – -1,
1 – 10
Sets the delay time.
Adjusts the level of the effect
sound mixed to the original
sound.
Adjusts the amount of
feedback.
Adjusts the effect sensitivity.
With positive setting values, the
effect sound level increases at
higher input signal levels. With
negative setting values, the
effect sound level decreases at
higher input signal levels.