Zoom G1N EXT, Operation Manual, Page: 13 / 16

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■
MODULA
TION module
MODUL
ATION (T
ype&Pr
m
1)
R
ATE (Pr
m2)
Selects the MODULA
TION module
ef
fect type and contr
ols parameter
1 at the same time.
Contr
ols the value of parameter 2
of the MODULA
TION module. The
parameter action dif
fers, depending
on the ef
fect type.
Chorus
Rate
This ef
fect mixes a variable pitch-shifted
component
to
the
original
signal.
Higher
right-digit settings result in higher ef
fect
sound mixing ratio.
Adjusts
the
modulation
rate.
Ensemble
This is a chorus ensemble with three- dimensional
movement.
Higher
right-digit
settings result in higher ef
fect sound mixing
ratio.
Flanger
Rate
This ef
fect produces a resonating and
strongly
undulating
sound.
Higher
right-digit
settings emphasize the characteristics of the ef
fect.
Adjusts
the
modulation
rate.
+
+
Step
Special ef
fect that changes the sound in a
staircase
pattern.
Higher
right-digit
settings
emphasize the characteristics of the ef
fect.
(
(
Pitch Shift
,
Shift
This ef
fect shifts the pitch of the original
sound
up
or
down.
Higher
right-digit
settings
increase the mixing ratio of the ef
fect sound.
Sets the pitch shift amount in semitones. "dt" results in a detune ef
fect.
%
%
Mono Pitch
This is a monophonic pitch shifter (for single-note playing) with reduced flutter
.
Higher
right-digit
settings
increase
the
mixing ratio of the ef
fect sound.
HPS (Harmonized
Pitch
Shifter)
'
,
'
, ,
'
,
'
,
'
,
Key
This is an intelligent pitch shifter that automatically
generates
major
scale
harmonies
according
to
a preset
key
. Higher
right-digit settings increase the mixing ratio of the ef
fect sound.
Specifies the tonic for the scale used for pitch shifting.
The "o" symbol stands for #.
.
.
V
ibrato
Rate
This is an ef
fect with automatic vibrato.
Higher
right-digit
settings
emphasize
the
vibrato intensity
.
Adjusts
the
modulation
rate.
Pitch Bend
Pedal Position
This ef
fect allows using the expression pedal
to change
the
pitch
in real
time.
Right-digit
settings select the pitch change type caused by the expression pedal (see
T
able 1).
Sets the initial value for the pitch shift amount (the value that is active when the pedal is at rest).
The original sound/ef
fect
sound level balance also changes according to the parameter 1 setting.
b1 b2 b3 b4 b5
0 cent 0 cent 0 cent 0 cent 0 cent
+1 octave
+2 octaves
-100 cent
-2 octaves
-
Pedal fully depr
essed
(maximum)
Pedal fully raised
(minimum)
Type&Prm1 [T
able 1]
Prm2=0
Prm2=1.0
Pedal fully depr
essed
(maximum)
Pedal fully raised
(minimum)
Type&Prm1
Prm2=0
Prm2=1.0
b6 b7 b8 b9
-1 original sound -700 cent + original sound
Doubling
-
(0Hz) + original sound
+1 original sound +500 cent + original sound
original sound
+1 original sound
Delay
Time
(Delay
Time)
This is a delay with a maximum setting of 2000
msec.
Higher
right-digit
settings
increase the mixing ratio of the ef
fect sound
and the feedback amount.
Sets the delay time. In the 10 – 1000 millisecond range,
the
adjustment
is
performed in 10-msec
steps
(1
– 99,
1.0).
Above
1 second,
the
adjustment
is
performed
in 100-msec steps (1.1 – 2.0).
■
DELA
Y module
DEL
AY (T
ype&Pr
m1)
Selects the DELA
Y module ef
fect type and contr
ols parameter 1 at the same time.
Delay
This is a delay with a maximum setting of 5000 msec.
The right-digit setting values control the mixing ratio
of the ef
fect sound and the feedback amount.
,
,
T
ape Echo
This ef
fect simulates a tape echo with a long delay time of up to 5000 msec.
The right-digit setting values
control the mixing ratio of the ef
fect sound and the feedback amount.
Analog Delay
This ef
fect simulates an analog delay with a long delay time of up to 5000 msec.
The right-digit setting
values control the mixing ratio of the ef
fect sound and the feedback amount.
(
(
Ping Pong Delay
This is a ping-pong type delay where the delay sound alternates between left and right.
The right-digit setting
values control the mixing ratio of the ef
fect sound and the feedback amount.
TIME (Pr
m2)
Contr
ols parameter 2 of the DELA
Y module.
Time
(Delay
Time)
Sets
the
delay
time.
In
the
10
– 1000
millisecond range,
the
adjustment
is
performed in 10-msec
steps
(1
– 99,
1.0).
Above
1 second,
the
adjustment
is
performed in 100-msec steps
(1.1
– 5.0).