Atomic AmpliFire, Руководство пользователя, Страница: 31 / 59

31
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 .