Range Parameters - Korg M3 Parameter Manual

KARMA GE guide
2: Scalic2
Same as 1: Scalic (above), except that the note tables used to
shift the notes have more passing tones for each chord;
therefore, 2: Scalic2 sounds more modal in nature.
Stop Mode
0: Off
1: Any-Any Note
2: AKR-1st Note After Key Release
Allows pending repeated notes which haven't sounded yet
to be discarded (stopped) by various actions, such as
playing the keyboard.
0: Off
Playing new chords or notes do not affect pending repeated
notes - they will continue repeating as the parameters
specify. This allows previously started repeats to overlap
newly started repeats.
1: Any-Any Note
Playing any new chords or notes will cause all pending
repeated notes to be discarded, and only the new notes will
be repeated.
2: AKR-1st Note After Key Release
Playing any new notes while still sustaining at least one note
will not cause damping; all keys must first be released, and
then the next chord/note will discard any pending repeated
notes.
Note: A MIDI Controller can also be assigned to perform the
stopping of repeats by using the "Repeat Stop" Dynamic
MIDI Destination (☞p.601). When a Dynamic MIDI
destination (7–2–3b: Dynamic MIDI "Destination") is set to
"Trigger Notes" or "Trigger Notes & Envs," Stop Mode also
applies to whether the repeats will be stopped when
triggered by the Dynamic MIDI action.
Rebound Mode
0: Off 1: Wrap
When using "Transpose" (☞p.565) with repeated notes and
many repetitions, eventually the pitches of the repeated
notes may go beyond a certain range. This can be an
absolute overall range, or a small range designed to track
the hands around the keyboard. The range and functioning
of it is determined by the settings of the "Range Mode" and
"Range Bottom/Top" parameters described below. When
the pitches of the repeated notes goes beyond this range, the
"Rebound Mode" setting determines whether the repeats
will end or continue in a modified fashion.
0: Off
When repeated notes go beyond the specified range, they
will cease to repeat, regardless of the number of repetitions
left.
1: Wrap
When repeated notes go beyond the specified range, they
will drop up or down an algorithmically determined
interval (depending on which end of the range they exceed)
and continue until the required number of repetitions have
been generated. This will cause an up/down back-and-forth
"cycling" effect at the top or bottom of the range.
2: Rebound
When repeated notes go beyond the specified range, they
will reverse their direction (essentially by inverting the
current Transpose values) and continue in the opposite
direction until the required number of repetitions have been
generated. This will cause an up/down back-and-forth
"cycling" effect over the entire range.
566
[0...3]
[0...2]
2: Rebound
Tempo Env. Lock
0: Off 1: Lock
When a Tempo Envelope is being used (in the Envelope
Group), setting this to 1: Lock causes the repeated notes to
lock their size to the Tempo Envelope; i.e. as the Tempo
Envelope speeds up the times between them get smaller.
Setting this to 0: Off causes the size to remain relative to the
KARMA Tempo; even though the Tempo Envelope may be
speeding up or slowing down the effect, the repeat times
remain the same.
When a Tempo Envelope is 0: Off or not in use, this
parameter has no effect.

Range Parameters

These parameters affect the pitch range of the repeating
notes as they transpose, and what happens when they go
outside of the range. They also control a range for triggering
by velocity.
Range Mode
0: Absolute
1: Lowest Note Relative
2: Highest Note Relative
3: Lowest/Highest Note Relative
Selects one of several options for how the "Wrap Bottom"
and "Wrap Top" values are used, which specify a range
within which repeated notes will be maintained. This can be
either an "absolute range," or a "sliding range" that tracks
your hands around the keyboard. When notes go beyond
this range, they will either stop repeating, wrap around or
rebound, as determined by the "Rebound" setting.
0: Absolute
The "Range Bottom (abs)" and "Range Top (abs)"
parameters are used, specifying Note Number values for the
absolute bottom and top of the pitch range for repeated
notes. For example, 36 is C2 and 72 is C5.
1: Lowest Note Relative
The "Range Bottom (rel)" and "Range Top (rel)" parameters
are used, defining a "sliding range" with regards to the
lowest note played, represented as +/– semitones. For
example, if you set bottom to –12 and top to +12, this means
that the notes will be kept in range from an octave below the
lowest note played to an octave above the lowest note
played.
2: Highest Note Relative
The same as above, but relates to the highest note played.
3: Lowest/Highest Note Relative
The "Range Bottom (rel)" parameter relates to the lowest
note played, and the "Range Top (rel)" parameter relates to
the highest note played. Therefore, you control the overall
range according to the spread of the notes that are played.
For example, if you set both the bottom and top to 0 in this
mode, then repeated notes would never be generated
outside of the range of the lowest to highest note that were
provided as input.
Range Bottom (Abs)
Range Top (Abs)
Specifies an absolute pitch range within which to keep
repeated notes that are being transposed. The Bottom and
Top values are Note Numbers in the range 0–127/C-1–G9.
[0, 1]
[0...3]
[0...127: C–1...G9]
[0...127: C–1...G9]