9-20
Effects
Rotating Speakers
Cab
Bypass
switches
on
and
off
the
cabinet
‐
simulation
part
of
the
algorithm.
When
this
is
set
to
“In”,
the
cabinet
simulation
is
active;
when
it
is
“Out”,
there
is
no
cabinet
action.
Cabinet
HP
and
Cabinet
LP
are
highpass
and
lowpass
filters
to
set
the
frequency
response
limits
of
the
cabinets.
Range
of
both
filters
is
16
to
25088
Hz.
Polydistort
This
is
a
more
complex
distortion
algorithm
that
provides
two,
four,
or
six
stages
of
distortion.
Curve
n
controls
the
curvature
of
the
individual
distortion
stages.
0%
is
no
curvature
(no
distortion
at
all).
At
100%,
the
curve
bends
over
smoothly
and
becomes
perfectly
flat
right
before
it
goes
into
clipping.
Maximum
value
is
127%.
LP
n
Freq
are
shelving
frequencies
for
one
‐
pole
lowpass
filters
on
each
of
the
distortion
stages.
LP0þFreq
handles
the
initial
low
pass
prior
to
the
first
distortion
stage.
The
other
low
pass
controls
follow
their
respective
distortion
stages.
Range
is
16
to
25088
Hz.
Rotating Speakers
An
algorithm
that
includes
Rotating
Speakers
breaks
the
signal
into
two
frequency
bands,
“rotates”
each
band
separately
through
a
virtual
speaker,
and
then
combines
the
outputs
with
a
pair
of
virtual
“microphones”
whose
angle
relative
to
the
speakers
is
adjustable.
A
number
of
very
sophisticated
parameters
have
been
included
in
the
Rotating
Speakers
algorithm,
to
give
the
effect
a
great
degree
of
realism.
Because
of
the
complexity
of
the
algorithms,
you
might
want
to
approach
any
parameters
that
seem
a
little
obscure
to
you
with
caution.
Roto
InOut
engages
or
bypasses
the
rotary
speaker
effect.
There
are
four
virtual
microphones,
with
two
each
on
the
woofer
(
LoMic
A
and
LoMic
B
)
and
on
the
tweeter
(
HiMic
A
and
HiMic
B
).
Each
microphone
has:
Pos
(position),
the
angle
of
the
microphone
from
the
front
of
the
virtual
speaker,
from
‐
180
to
180
degrees;
Lvl
(level)
from
0
to
100%;
and
Pan
,
the
left/right
panning
of
the
microphone’s
output,
from
‐
100%
(full
left)
to
100%
(full
right).
Other
parameters:
Lo
Beam
W
and
Hi
Beam
W
set
the
acoustic
radiation
patterns
(“beam
width”)
of
the
two
drivers
in
the
rotating
speaker.
If
you
imagine
looking
down
on
the
rotating
speaker,
this
is
the
angle
between
the
‐
6
dB
levels
of
the
beam.
The
range
is
from
45°
to
360°.
At
360°,
the
driver
is
omnidirectional.
Xover
(Crossover)
is
the
frequency
at
which
high
and
low
frequency
bands
are
split
and
sent
to
separate
rotating
drivers.
The
range
is
16
to
25088
Hz.
Lo
Gain
and
Hi
Gain
are
the
gains
of
the
signal
passing
through
the
rotating
woofer
or
tweeter,
respectively.
The
range
is
Off/
‐
79.0
to
24.0
dB.
Lo
Size
and
Hi
Size
are
the
effective
sizes
(radius
of
rotation)
of
the
rotating
speakers
in
millimeters.
This
affects
the
amount
of
Doppler
shift
or
vibrato
of
the
low
frequency
signal.
The
range
is
0
to
250
mm.
Lo
Trem
and
Hi
Trem
control
the
depth
of
tremolo
(amplitude
modulation)
of
the
signals.
It
is
expressed
as
a
percentage
of
full
scale
tremolo.
The
range
is
0
to
100%.
Содержание PC3K6
Страница 24: ...1 6 Introduction Options...
Страница 50: ...4 4 The Operating Modes Using the Modes...
Страница 58: ...5 8 Editing Conventions Special Button Functions...
Страница 130: ...6 72 Program Mode Programming Tips...
Страница 202: ...7 72 Setup Mode Recording A Setup To Song Mode...
Страница 206: ...8 4 Quick Access Mode The QA Editor...
Страница 232: ...9 26 Effects Mono Algorithms...
Страница 268: ...11 18 Master Mode Preview Sample PRVIEW...
Страница 302: ...12 34 Song Mode and the Song Editor Song Editor The EVENT Page...
Страница 328: ...14 14 Keymap and Sample Editing Editing Samples...
Страница 334: ...B 4...
Страница 370: ...D 32 PC3K Objects V 1 31 Effect Chains...
Страница 372: ...E 2 PC3K Legacy File Conversion Object Types and Conversion Details...
