Changing the Structure
The effector contains two main effect blocks which perform signal
processing to add effects to the incoming signals. You can produce
different sounds by changing the structure (configuration) of these
two blocks (see page 8 for details).
1
Choose the effect you want to edit.
PLAY : CEQ – Hall / CEQ – Hall
Fat Reverb
1. 0
0. 64
0. 8
Size
RotHI
Size
2
Press EDIT/PAGE.
3
Press FUNCTION E to choose "Mixer."
EDIT SELECT :
FX
E
E
Q
Q
A
B
A
A
B
C
4
Press FUNCTION A [STRCT].
EDIT : Mixer
A
Structure
SERI1
DRY
STRCT
FX A
FX B
A
B
C
5
Turn the operation dial to choose the
structure you desire.
SERI 1 (serial processing from FX A to FX B)
SERI 2 (serial processing from FX B to FX A)
PARA (parallel processing of FX A and FX B)
DUAL (processes CH 1 into FX A and CH 2 into FX B)
MORPH (morphing, see page 16)
See pages 8 and 9 for descriptions of each structure.
0. 70
–6. 0
–6. 0
RotHI
FxA–1
FxB–1
PAGE :
1
2
FX
Mixer
B
D
E
F
– 6.0
– 6.0
B
– 6.0
– 6.0
–INF
–INF
Dry
CH1
CH2
D
E
F
6
Use FUNCTION B [FX A], C [FX B], or D
[Dry], if you want to change the output
levels.
EDIT : Mixer
A
Fx A [dB]
SERI1
DRY
STRCT
FX A
FX B
A
B
C
Press FUNCTION E or F after choosing FX A, FX B, or
Dry to adjust the levels for each channel independently.
7
Turn the operation dial to choose the
setting you desire.
See page 10 for additional information regarding the
output levels.
Press SAVE to store the new structure settings (see page 22).
Press EXIT a few times to return to the play screen.
Checking the Structure in PLAY Mode
The symbol in the center of the title bar changes according to the
structure of the effect.
Structure symbol
PLAY : CEQ – Hall / CEQ – Hall
Fat Reverb
1. 0
0. 64
0. 8
Size
RotHI
Size
Effect names dimmed in the PLAY: bar are effects that are
currently set to [OFF].
structure
symbol
>
SERI 1 (serial 1) FX A m FX B
SERI 2 (serial 2) FX B m FX A
<
PARA (parallel) FX A + FX B
/
:
DUAL (dual) FX A (ch 1) + FX B (ch 2)
MORPH (morphing) FX A m next memory
No Block B
See pages 8 and 9 for descriptions of each structure.
– 6.0
– 6.0
B
– 6.0
– 6.0
–INF
–INF
Dry
CH1
CH2
D
E
F
0. 70
–6. 0
–6. 0
RotHI
FxA–1
FxB–1
19
EN