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Initially turning the knob brings the
Level
value to the fore on the display and modifies
it. While the
Level
value is displayed, you can
use the encoder to fine tune your selection.
NOTE:
While the value is displayed for
editing, press, hold, and turn the encoder
to quantize the selected value to even while
volts. Release the encoder to continue editing
if desired.
ANOTHER NOTE:
If, while the
Level
value
is displayed, you hold the
Mode/Quantize
button and turn the
Level
knob, the resulting
values will be quantized to exact semitones
(i.e., 1/12
th
volt) and displayed as octaves and
semitones (e.g., “+2 oct +06 semi”). Once the
editing display is dismissed, the
Level
value on
the main display will be in the format of the
currently selected mode (see below).
YET ANOTHER NOTE:
To tweak a previously
programmed
Level
value (without having
to wiggle the knob and change the setting),
with no parameter editing box visible, click the
encoder to display the current value of the
segment’s
Time
or
Level
(whichever was most
recently edited). If that’s the Time rather than
the Level parameter, click the encoder twice
more dismiss the
Time
parameter and display
the
Level
parameter.
Once modified, the display can be dismissed
by:
Pressing the encoder button
Selecting another parameter to edit
Mode/Quantize Button
Sequentially pressing this button cycles
through the four available
Level Modes.
The
current mode appears on the main display.
An associated LED lights to indicate whether
the current mode is
Absolute
or
Relative.
The four modes are:
Absolute (Abs):
The
Target Level
for the
segment is the level set by the
Level Knob.
Absolute Quantized (AbsQ):
The
Target
Level
for the segment is the level set by
the
Level Knob
quantized to the nearest
1/12
th
volt, displayed as octaves and
semitones.
Relative (Rel):
The
Target Level
for the
segment is the sum of the ending level of
the previous segment and the level set by
the
Level Knob.
Relative Quantized (RelQ):
The
Target
Level
for the segment is the sum of the
ending level of the previous segment
and the the level set by the
Level Knob,
quantized to the nearest 1/12
th
volt,
displayed as octaves and semitones.
NOTE:
In either
Relative Mode,
if the
resulting level would be above +5V or
below -5V, the actual target is set at +5V or -5V.
A Relative Mode Example:
Assume Segment
2 is in
Relative Mode
and its
Level
is +1.000
volt.
If Segment 1 has a
Target Level
of +1.500
volts and is followed by Segment 2, the
actual
Target Level
of Segment 2 would be
+2.500 volts.
However, if Segment 2 is instead jumped to
from Segment 6, which has a
Target Level
of -2.250 volts, the actual
Target Level
of
Segment 2 would then be -1.250 volts.
The point being that a Segment in
Relative
Mode
can have radically different effective
Target Levels
depending on its immediately
previous segment.
NOTE:
The quantization function also
affects any external CVs that are routed
to the output via one of the CV Passthrough
shapes.
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