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*<Sens>
Sensitivity
—
to
127
This
sets
the
depth
to
which
the
Enhancer
is
applied.
*<Mix>
Mix
Level
—
to
127
Tliis
sets
the
ratio for
mixing
the original
sound
with
the
gen-
erated
harmonics.
<LowGain>
Low
Gain
15
dB
to
+15
dB
This
sets
the bass
sound
quality.
A
larger positive
value
results in
greater
emphasis
of the
lower band.
<Hi Gain> High Gain
15
dB
to
+15
dB
This
sets
the
treble
sound
quality.
A
larger positive
value
results
in
greater
emphasis
of the liigher
band.
<Level>
Output
Level
—
to
127
This
sets
the
overall level
for
tlie
effect
sound.
7:
AUTO-WAH
This
lets
you
obtain
an
Auto-Wah
effect in
which
the
sound
in
changed
cyclically
by
cyclic
movement
of
tlie
fQter.
This has
the greatest
effect
when
used with an organ
sound.
The
horn
(the
treble-range
speaker)
and
the rotor
(the
bass-
range
speaker)
can be
combined
to re-create
these subtle
effects,
L
<Filter>
Filter
Type
—
LPF/BPF
This
selects the
type
of
filter
to
be
used.
LPF
(Low-pass
Filter):
A
wah
effect
is
obtained
for a
wide
frequency
range.
BPF
(Bandpass
Filter):
A
wah
effect
is
obtained
for a
narrow
frequency
range.
<Sens>
Sensitivity
—
to
127
This
sets
the
depth
to
wliich the
effect
is
applied.
*<Manual> Manual
—
to
127
This
sets
the reference
frequency
for
the
wah
effect.
<Peak> Peak
—
to
127
This
sets
the extent
to
which
the
wah
effect
is
applied near
the reference
frequency.
Using
a smaller
value
results in
a
wah
effect in
a
wider range
near
the reference frequency,
and
using
a larger
value
pro-
duces
the
effect for
a
narrower
range.
*<Rate>
LFO
Rate
—
0.05
Hz
to 10.0
Hz
This
sets
the cycle
for the
undulations
of the
wah
effect.
0.05
to 4.95
Hz:
In 0.05
Hz
steps
5.0 to 6.9
Hz:
In
0.1
Hz
steps
7.0 to 10.0
Hz:
h\
0.5
Hz
steps
<Depth>
LFO
Depth
—
to
127
This
sets
the
depth
of the
undulations
of the
wah
effect.
<Level>
Output
Level
—
to
127
This
sets
the overall
level for
the
effect
sound.
8:
ROTARY
This simulates an old-fashioned
rotary speaker,
which adds
undulations
to
the
sound by
rotating the
speaker
as
it
plays.
<LowSlow>
Low
Frequency
Slow
Rate
—
0.05
Hz
to
10.0
Hz
Tliis sets
the
speed
of rotation for the rotor (the
bass-range
speaker)
when
the
Speed
setting
is
at
"SLOW."
0.05
to
4.95
Hz:
In
0.05
Hz
steps
5.0 to 6.9
Hz:
In 0.1
Hz
steps
7.0 to 10.0
Hz:
In 0.5
Hz
steps
<LowFast>
Low
Frequency
Fast
Rate
—
0.05
Hz
to
10.0
Hz
This
sets
the
speed
of rotation
for
the rotor
(the
bass-range
speaker)
when
the
Speed
setting
is
at
"FAST."
0.05
to
4.95
Hz:
In 0.05
Hz
steps
5.0 to 6.9
Hz:
In
0.1
Hz
steps
7.0 to 10.0
Hz:
In
0.5
Hz
steps
<LowAcd> Low
Frequency
Acceleration
—
to
15
This
sets
the
time
until
the rotation cycle of the rotor (the
bass-range speaker) reaches
a
steady
state
when
the
Speed
setting
is
switched
(SLOW
<-> FAST). Smaller values
result
in
longer
times.
<LowLvl>
Low
Frequency
Level
—
to
127
This
sets
the
volume
for
the rotor
(the
bass-range
speaker).
<HiSlow> High
Frequency
Slow
Rate
—
0.05
Hz
to
10.0
Hz
This
sets
the
speed
of rotation
for
tlie
horn
(the
treble-range
speaker)
when
the
Speed
setting
is
at
"SLOW."
0.05
to
4.95
Hz:
In 0.05
Hz
steps
5.0 to 6.9
Hz:
In
0.1
Hz
steps
7.0 to 10.0
Hz:
In
0.5
Hz
steps
<HiFasl>
High
Frequency
Fast
Rate
—
0.05
Hz
to 10.0
Hz
This
sets
the
speed
of rotation for the
horn
(the
treble-range
speaker)
when
the
Speed
setting
is
at
"FAST."
0.05
to
4.95
Hz:
In 0.05
Hz
steps
5.0 to 6.9
Hz:
In
0.1
Hz
steps
7.0 to 10.0
Hz:
In
0.5
Hz
steps
<HiAccl>
High
Frequency
Acceleration
—
to
15
This
sets
the
time
imtil
the
rotation cycle of the
horn
(the
tre-
ble-range speaker) reaches a steady
state
when
the
Speed
set-
ting
Is
switched
(SLOW
<-> FAST). Smaller
values
result in
longer
times.
<HiLvl> High Frequency
Level
—
to
127
This
sets
the
volume
for
the
hom
(the
treble-range speaker).
<Separation> Separation
—
to
127
This
sets
how
widely
the
soimd
expands.
»<Speed> Speed
—
SLOW/FAST
This
toggles the rotation
speed
for
the
Rotary
effect.
SLOW:
When
switched from
FAST,
the
speed
of rotation
slows
down
to a
slow
steady
state (the
value
for
LowSlow/
HiSlow).
FAST:
When
switched
from
SLOW,
the
speed
of rotation
speeds
up
to
a
fast
steady
state (the
value
for
LowFast/HiFast).
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