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PARAMETER SETTINGS CONTINUED...
The CHORUS provides full programmability of the following parameters
for up to 4 voices:
MIX 1-4 (dB): Adjust the level of the individual chorus voices before they are
summed together to form the wet output signal. When all voices are set to 0dB
they are of equal amplitude.
PAN 1-4 (-1/+1): Controls the location of the voice in the L/R stereo image. A
positive value will place the effect on the right side of the stereo image. A negative
value places it to the left side of the stereo image.
PHASE 1-4 (0-359°): Adjusts the the phase offset of the voice from the LFO.
For example, when set to 180° the LFO controlling that voice will be shifted one
half cycle compared to the voice set to 0°. This results in the pitch of one voice
increasing while the other is decreasing. Assigning different phase offsets for each
voice will produce more interesting and complex chorus tones when several voices
are in use.
BUTTON: Assign the CHORUS ENABLE functionality to the selected footswitch.
Pressing the assigned footswitch will toggle between ACTIVE and BYPASS mode of
the CHORUS. Please note that the assigned footswitch must be in PRESET ASSIGN
mode.
FLANGER
ENABLE: Turns the FLANGER effect on or off. Select ACTIVE to turn it on. Select
BYPASSED to turn it off.
INSERT: Positions the FLANGER effect. Choose PRE to position the effect in the PRE-
EFFECTS section (mono, before the amp model). Choose POST to position the effect
in the POST-EFFECTS section (stereo, after the amp model).
LEVEL (dB): Adjusts the overall output of the FLANGER effect (wet and dry signals
combined) when the FLANGER is enabled..
MIX (0-100%): Adjusts the percertange of wet to dry in the output signal. When set
to 0% the signal is completely dry. When set to 100% the signal is completely wet.
WIDTH (0-100%): Controls the amount of stereo panning of the chorus from 0% (fully
summed to mono) to 100% (full stereo panning).
DELAY (milliseconds): Sets the center point of the delay time of the wet signal.
The FLANGER LFO will modulate around this center point. Choose different delay
settings to adjust the notch filter frequencies that are created by the FLANGER
effect. Lower delay time values result in higher pitch notches and longer delay times
result in lower pitch notches.
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