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Controllers and Modifiers
86
To remove a modifier select the parameter with the navigation buttons and press
ENTER
. Set the
source to none then press exit. This will remove the modifier and restore the parameter’s value to
its stored value.
Parameters
SOURCE -
This is the controller that will be used to control the parameter. There are a variety of
different sources available:
•
NONE
- Controller is detached.
•
LFO1A/B
- Selects the 'A' or 'B' output of LFO1 (see above).
•
LFO2A/B
- Selects the 'A' or 'B' output of LFO2 (see above).
•
ADSR1/2
- Selects ADSR1/2.
•
SEQNCR
- Selects the Sequencer.
•
ENVLPE
- Selects the Envelope follower.
•
PITCH
- Selects the Pitch detector.
•
EXTRNx
- Selects an External Controller. There are eight external controllers. These can be
assigned to the pedal inputs or to MIDI continuous controllers (see I/O Setup).
START -
Sets the start point for the transform.
MID -
Sets the mid point for the transform.
END -
Sets the end point for the transform.
SLOPE -
Sets the shape of the curve.
SCALE -
Sets the scale factor for the transform. The resulting curve is multiplied by this value.
OFFSET -
Sets the offset. The curve is offset by this value
The
SCALE
and
OFFSET
parameters allow the user to position the modifier and control the
excursion once an initial transfer function is set with the other parameters. For simple linear transfer
functions, one need only use the
SCALE
and
OFFSET
parameters, leaving the others at their default
values.
DAMPING -
Sets how fast the output changes with the input. To slow the response rate increase the
damping. This can be used to "de-click" a controller that changes rapidly.
This is especially useful when using controllers that have step-change responses such as an LFO
with a square-wave or sawtooth waveform or the sequencer. In these examples the value of the
controller jumps from one value to another instantly. If these values are then connected to a
parameter, that parameter will jump from one value to another instantly as well. Many times this
can cause an audible click or pop, especially if the parameter is a volume level or frequency
parameter. By increasing the damping, the parameter will not jump to the new value but slide to the
new value at a rate dictated by the damping value.