Roland VG-99 Manuale Utente
153
MASTER Chapter 9 Parameter Guide
Chapter 9
PITCH
FILTER
This passes only portions of the sound’s frequency ranges, giving the
sound a unique tone. You can add different types of expression to
the sound by changing the frequencies (pitches) that are passed.
sound a unique tone. You can add different types of expression to
the sound by changing the frequencies (pitches) that are passed.
ASSIGNABLE
RIBBON
Parameter/
Range
Range
Explanation
T-ARM CH (T-ARM Channel)
This selects the channel to which the tremolo T-ARM is applied.
A
T-ARM is applied only to Channel A.
B
T-ARM is applied only to Channel B.
A+B
T-ARM is applied to both Channel A and B.
TYPE
This selects the T-ARM type.
S-TYPE
This simulates the Tremolo arm on a Strat-
type guitar
type guitar
B-TYPE
This simulates a Bigsby-type tremolo arm.
F-TYPE
This simulates the characteristics of a Floyd
Rose-type tremolo arm.
Rose-type tremolo arm.
TRANS
This simulates how a Trans-tremolo type arm
changes the pitch of all the strings equally.
changes the pitch of all the strings equally.
DOWN MIN (Down Minimum)
-50–+50
(S-TYPE, B-TYPE, F-
TYPE)
(S-TYPE, B-TYPE, F-
TYPE)
This sets the pitch when the RIBBON CON-
TROLLER is pressed at the end closest to the
front. Setting a negative value raises the
pitch, while setting a positive value lowers
the pitch.
TROLLER is pressed at the end closest to the
front. Setting a negative value raises the
pitch, while setting a positive value lowers
the pitch.
-24–+24
(TRANS)
(TRANS)
DOWN MAX (Down Maximum)
-50–+50
(S-TYPE, B-TYPE, F-
TYPE)
(S-TYPE, B-TYPE, F-
TYPE)
This sets the pitch when the RIBBON CON-
TROLLER is pressed at the end farthest
from the front. Setting a negative value rais-
es the pitch, while setting a positive value
lowers the pitch.
TROLLER is pressed at the end farthest
from the front. Setting a negative value rais-
es the pitch, while setting a positive value
lowers the pitch.
-24–+24
(TRANS)
(TRANS)
Parameter/
Range
Range
Explanation
FILTER CH (Filter Channel)
This selects the channel to which the filter is applied.
A
The filter is applied only to Channel A.
B
The filter is applied only to Channel B.
A+B
The filter is applied to both Channel A and B.
TYPE
This selects the filter type.
LPF
This filter passes only the low frequencies.
BPF
This filter passes frequencies only in the
specified range.
specified range.
HPF
This filter passes only the high frequencies.
FREQ MIN (Frequency Minimum)
0–100
This sets the frequency when the RIBBON
CONTROLLER is touched at the end closest
to the front (the minimum value). Raising
the value increases the set frequency.
CONTROLLER is touched at the end closest
to the front (the minimum value). Raising
the value increases the set frequency.
FREQ MAX (Frequency Maximum)
0–100
This sets the frequency when the RIBBON
CONTROLLER is touched at the end away
from the front (the maximum value). Rais-
ing the value increases the set frequency.
CONTROLLER is touched at the end away
from the front (the maximum value). Rais-
ing the value increases the set frequency.
RESO (Resonance)
0–100
Adjusts the amount of filter resonance (dis-
tinctiveness of the sound) used. Raising the
value strengthens the characteristic coloring
of the tone.
tinctiveness of the sound) used. Raising the
value strengthens the characteristic coloring
of the tone.
LEVEL
0–100
Adjusts the volume level. Raising the value
increases the volume.
increases the volume.
Parameter/
Range
Range
Explanation
SW (Switch)
OFF, ON
This setting switches RIBBON ASSIGN-
ABLE on and off.
ABLE on and off.
TARGET PARAMETER
This selects the parameter to be changed.
Refer to
Refer to
MIN (Minimum)
This sets the minimum value for the range in which the parameter
can change.
The value differs depending on the parameter assigned for TARGET
PARAMETER.
can change.
The value differs depending on the parameter assigned for TARGET
PARAMETER.
MAX (Maximum)
This sets the minimum value for the range in which the parameter
can change.
The value differs depending on the parameter assigned for TARGET
PARAMETER.
can change.
The value differs depending on the parameter assigned for TARGET
PARAMETER.
RANGE LOW, RANGE HIGH
Low: 0–126
High: 1–127
High: 1–127
You can set the range for control of target
parameters within the RIBBON CONTROL-
LER’s response range. Target parameters
are controlled within the range set with
RANGE LOW and RANGE HIGH. You
should normally set RANGE LOW to 0 and
RANGE HIGH to 127.
parameters within the RIBBON CONTROL-
LER’s response range. Target parameters
are controlled within the range set with
RANGE LOW and RANGE HIGH. You
should normally set RANGE LOW to 0 and
RANGE HIGH to 127.
Parameter/
Range
Range
Explanation
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