Filter
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67
Reference
Function List
93
CntrKy
FEG Time Key Follow
Center Key
Determines the basic pitch (note number) used by the EGTimeSens
parameter (above). When the center note is played, the FEG time behaves
according to its actual settings. For other notes, the speed varies in
proportion to the note number and its interval away from the center key.
- *22
94
BP1-4
Filter Cutoff Scaling Break
Point
Determines the Break Points for Filter Scaling (how the filter cutoff frequency
responds to note position) and Offset Levels.
-
*35
*37
95
Ofst1-4
Filter Cutoff Scaling Offset
-
*35
*37
96
OutputSel
(OutSel)
Output Select Determines the specific output(s) for the individual part (Multi Part Edit).
Determines the specific output(s) for the individual Drum key signal (Drum
Key Edit).
-
*11
*38
97
(Set1-6) ElmSw
Controller Set 1-6 Element
Switch
Determines whether or not the selected controller affects each individual
element.
“-”...disabled.
40 *39
98
(Set1-6) Source
Controller Set 1-6 Source Determines which controller is to be assigned and used for the selected Set.
This controller then is used to control the parameter set in Destination below.
40
*40
*41
99
(Set1-6) Dest
Controller Set 1-6
Destination
Determines the parameter that is controlled by the Source controller (above).
40 *42
100
(Set1-6) Depth
Controller Set 1-6 Depth Determines the degree to which the Source controller affects the Destination
parameter.
40
101
MW/AT/AC Filter
MW/AT(CAT)/AC(AC1)
Filter Control
Determines the depth of control of the Modulation Wheel/Aftertouch/
Assignable Controller over the filter cutoff frequency.
-
102
MW/AT/AC PMod
MW/AT(CAT)/AC(AC1) LFO
Pitch Modulation Depth
Determines the depth of control of the Modulation Wheel/Aftertouch/
Assignable Controller has over pitch modulation (vibrato effect).
-
103
MW/AT/AC FMod
MW/AT(CAT)/AC(AC1) LFO
Filter Modulation Depth
Determines the depth of control of the Modulation Wheel/Aftertouch/
Assignable Controller has over filter cutoff modulation (wah effect).
-
104
MW/AT/AC AMod
MW/AT(CAT)/AC(AC1) LFO
Amplitude Modulation
Depth
Determines the depth of control of the Modulation Wheel/Aftertouch/
Assignable Controller has over amplitude modulation (tremolo effect).
-
105
AT Pitch
AT (CAT) Pitch Control Determines the degree to which aftertouch messages affect pitch, over a
range of two octaves (in semitones).
-
106
AC Source
AC Source
(AC1 Control Number)
Determines the MIDI Control number used to control the filter, PMod, FMod,
and Amod.
-
107
ArpSwitch/Hold
Arpeggio Switch/Hold
Control Number
Determines the Control Number that controls the Arpeggio playback on/off
and Arpeggio Hold on/off.
-
108
ASA/ASB Asgn
Assignable A/B Controller
Control Number
Determines the Control number to be controlled by ASSIGN A/B. This is
available when controlling an external MIDI device.
40
109
ASA/ASB Dest
Assignable A/B Controller
Destination
Determines the function to be controlled by the Control Change number set
above. See the separate Data List.
40 *42
110
FS Asgn
FS Control Number/
FS Function Assignment
Assign a specific function and control number to the Footswitch.
40
111
Level
Element Level Adjusts the output level for the selected Element/drum key, letting you control
the level balance among the Elements/keys.
-
112
AltnatePan
(AltPan)
Alternate Pan Depth Determines the amount by which the sound of the selected Element is
panned alternately left and right for each note played. The Pan setting is used
as the basic Pan position.
-
*12
113
RandomPan
(RdmPan)
Random Pan Depth Determines the amount by which the sound of the selected Element is
panned randomly left and right for each note played. The main Pan setting is
used for the basic Pan position.
-
114
ScalingPan
(SclPan)
Scaling Pan Depth Determines the degree to which the notes (specifically, their position or
octave range) affect the Pan position, left and right, of the selected Element.
At note C3, the main Pan setting is used for the basic Pan position.
-
115
TmVel
AEG Time Velocity
Sensitivity
Determines the degree to which velocity affects the Amplitude EG. Positive
settings cause the AEG change to become faster for a large Velocity value.
Negative values have the opposite effect. This affects only the specified
Segments.
- *21
116
Segmnt
AEG Time Segment
- *20
Ref.
#
Display
Parameter Name
Explanation
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