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112
Program operating mode
Page 7 - Filter
Start Level Swing
This
parameter
specifies
the
direction
of
change
in
caused
by
“AMS1/2”.
If
“Intensity”
is
a
positive
(+)
value,
a
setting
of
+
will
raise
the
EG
level,
and
a
setting
of
–
will
decrease
it.
With
a
setting
of
0
there
will
be
no
change.
Attack Level Swing
This
parameter
specifies
the
direction
of
change
in
caused
by
“AMS1/2”.
If
“Intensity”
is
a
positive
(+)
value,
a
setting
of
+
will
raise
the
EG
level,
and
a
setting
of
–
will
decrease
it.
With
a
setting
of
0
there
will
be
no
change.
Pitch EG ‘Time’ modulation
AMS(T) (Alternate Modulation Source)
This
parameter
selects
the
source
that
will
control
the
“Time”
parameters
of
the
pitch
EG
(see
Intensity (AMS(T) Intensity)
This
parameter
specifies
the
depth
and
direction
of
the
effect
that
“AMS”
will
have
on
the
“Time”
parameters.
With
a
setting
of
0,
the
pitch
EG
times
will
be
just
as
specified
by
the
settings.
The
alternate
modulation
value
at
the
moment
that
the
EG
reaches
each
point
will
determine
the
actual
value
of
the
EG
time
that
comes
next.
For
example,
the
decay
time
will
be
determined
by
the
alternate
modulation
value
at
the
moment
that
the
attack
level
is
reached.
When
this
parameter
is
set
to
values
of
16,
33,
49,
66,
82,
or
99,
the
specified
EG
times
will
speed
up
as
much
as
2,
4,
8,
16,
32,
or
64
times
respectively
(or
slowed
down
to
1/2,
1/4,
1/8,
1/16,
1/32,
or
1/64
of
the
original
time).
For
example
if
“AMS”
is
set
to
Velocity,
increasing
the
absolute
value
of
“Intensity”
will
allow
strongly
‐
played
notes
to
increase
the
changes
in
pitch
EG
“Time”
values.
The
direction
of
the
change
is
specified
by
and
As
you
play
more
softly,
the
pitch
EG
times
will
more
closely
approach
the
actual
settings
of
the
pitch
EG.
‐
99…+99
Parameter
value.
Attack Time Swing
This
parameter
specifies
the
direction
in
which
“AMS”
will
affect
the
parameter.
With
positive
(+)
values
of
“Intensity”,
a
setting
of
+
will
cause
the
time
to
be
lengthened,
and
a
setting
of
–
will
cause
the
time
to
be
shortened.
With
a
setting
of
0
there
will
be
no
change.
Decay Time Swing
Specify
the
direction
in
which
“AMS”
will
affect
the
With
positive
(+)
values
of
“Intensity”,
a
setting
of
+
will
cause
the
time
to
be
lengthened,
and
a
setting
of
–
will
cause
the
time
to
be
shortened.
With
a
setting
of
0
there
will
be
no
change.
PAGE 7 - FILTER
Here
you
can
make
settings
for
the
filters
that
will
be
used
by
the
oscillators.
You
can
select
either
a
24
dB/
octave
low
pass
filter
with
resonance,
or
a
series
con
‐
nection
of
a
12
dB/octave
low
pass
filter
and
a
12
dB/
octave
high
pass
filter.
Selected
Use
this
parameter
to
select
an
oscillator
to
put
in
edit.
Alternatively,
you
can
select
oscillators
using
the
F
‐
1–F
‐
4
buttons.
Filter Type
This
parameter
selects
the
type
of
filter
(Low
Pass
Res
‐
onant,
Low
Pass
&
High
Pass)
for
the
selected
oscilla
‐
tor.
When
the
Low
Pass
&
High
Pass
filter
type
is
selected,
the
filter
B
will
be
activated.
Trim
Use
this
parameter
to
adjust
the
level
at
which
the
audio
signal
output
from
the
selected
oscillator
is
input
to
filter
A.
Note:
If
this
value
is
raised,
the
sound
may
distort
if
Reso
‐
nance
is
set
to
a
high
value
or
when
you
play
a
chord.
00…99
Trim
level.
Frequency A (Cutoff Frequency A)
This
parameter
specifies
the
cutoff
frequency
of
filter
A.
00…99
Cutoff
frequency
value.
Resonance A
The
resonance
emphasizes
the
overtone
components
that
lie
in
the
region
of
the
cutoff
frequency
specified
by
“Frequency”,
producing
a
more
distinctive
sound.
Increasing
this
value
will
produce
a
stronger
effect.
00…99
Resonance
value.
Pitch EG changes (Time) (AMS = Velocity, Intensity = positive (+) value)
Note-on
Note-off
Note-on
Note-off
Note-on
Note-off
A note played softly with Attack
Ti
S i
t t +
d
A note played strongly with
Att k Ti
S i
t t +
d
A note played strongly with
Att k Ti
S i
t t
d
Low Pass Resonance:
24 dB/octave low
pass filter with resonance
Low Pass & High Pass:
12 dB/octave
low pass filter and 12 dB/octave high pass
filter in series
Frequency
Level
Low Pass
12dB/oct
24dB/oct
This is a filter that cuts the
high-frequency region above the cutoff
frequency.
This is the most common type of filter,
and is used to cut part of the overtone
components, making an originally bright
timbre sound more mellow (darker).
When the “Filter Type” is Low Pass
Resonance, the cutoff will have a
steeper slope.
Summary of Contents for microARRANGER
Page 1: ...Owner s Manual E 1...
Page 9: ...INTRODUCTION...
Page 25: ...BASIC GUIDE...
Page 41: ...REFERENCE GUIDE...
Page 145: ...APPENDIX...
Page 244: ...2011 KORG INC 4015 2 Yanokuchi Inagi city Tokyo 206 0812 Japan...