Helpful Hint:
When using the auto wah effect with the compressor or dis-
tortion group modules, the auto wah effect
is
reduced since
the input level is fairly uniform. In this situation,
set
the trig-
ger parameter
to
"pre". The auto wah effect, which &pends
on the variations of dynamics in the sound, can
be
added to
the signals through the compressor or distortion, since the
trigger of the auto wah effect is applied with the direct sig-
nals to which effects have not yet been applied.
Cry
(CRY)
This is a unique auto wah effect
in
which the timbre changes
as
if modulated by voice.
[Page
11
(1) SNS (sense):
1
-
100
This determines the sensitivity of the wah effect.
(2)
DIR
(direction): dwn, up
This determines the direction in which the timbre changes.
The
peak
changes toward the lower frequency range when
set
to
"dwnn and toward the higher frequencies when set to
?Ip."
(3)
TRG
(trigger): pre, pos
This determines which point in the signal path supplies the
sound for affecting or triggering the auto wah effect. When
set
to
"preyw the level fluctuations at the input signal affect
auto wah; when set to "pos" (post), the level fluctuations at
the
Arnplifrer effect module affect auto wah.
(4)
LVL
(output level): 0
-
100
This determines the output level of the module.
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21
(1) DES (destination): SNS,
DIR,
LVL
(2)
CTL
(~0nb01 change number):
1
-
31,63
-
95
(exclud-
ing 6,7,70 -79, and
91)
(3)
RATIO:
-
l00
-
+l
0%
(4)
LVL
(output level):
0
-
100
Metallic (MET)
This effect creates a metallic sound by introducing
an
irregu-
lar series of harmonics, made by applying Amplitude
Modulation (ring modulation) of
an
oscillator to the direct
sound.
A
second modulation source for changing the fre-
quency (vibrato),
can
also
be applied to the main oscillator
for the ring modulation.
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11
(1)
FXQ
(frequency): 1
-
100
This determines the frequency of the main oscillator for
changing the tone.
(2)
MOD (modulation depth): 0
-
100
This determines the depth of the frequency modulation of the
oscillator with the LFO.
(3)
SPD
(sped): 0.1
-
10
HZ
This determines the speed of the tone change by
WO.
(4) LVL (output level):
0
-
100
This determines
the
output level of the module.
[Page
21
(1)
DES
(destination):
FRQ,
MOD, SPD,
LVL,
M
+
S
Both the modulation depth and the speed of the
WO
can
be
controlled when selecting
M
+
S.
(2)
CTL
(control change number): 1
-
3
1,
63
-
95
(exclud-
ing 6,7,70
-
79, and 91)
(3)
RATIO:
-100 -+100%
(4) LVL (output level): 0
-
100
Frequency
Modulation
OSCILLATOR
Metallic Parameters
1
INPUT
4
RING
OUTPUT
>
MoDUlATlON
)
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