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164
CHAPTER
16
Parameter of the effects menu
MODE
Here’s where you select the algo-
rithm for the DELAY/REVERB sec-
tion.
rithm for the DELAY/REVERB sec-
tion.
Let’s take a tour of the different
algorithms:
algorithms:
OFF Not surprisingly, this setting
deactivates the DELAY/REVERB sec-
tion.
deactivates the DELAY/REVERB sec-
tion.
DELAY Mono echo. Same delay
time on the left and right sides.
time on the left and right sides.
REVERB Room simulation.
REV+FEEDB1 This the Virus' trade-
mark room simulation. Here you
can use the FEEDBACK control to
generate pre-delay feedback. The
feedback effect generates rhyth-
mic repetitions of the REVERB sig-
nal, which are repeated at the
intervals determined by the
assigned pre-delay time.
mark room simulation. Here you
can use the FEEDBACK control to
generate pre-delay feedback. The
feedback effect generates rhyth-
mic repetitions of the REVERB sig-
nal, which are repeated at the
intervals determined by the
assigned pre-delay time.
REV+FEEDB2 Room simulation
with feedback and REV+FEEDB1.
Here the REVERB signal is audible
immediately after you hear the dry
signal rather than after a defined
amount of pre-delay time has
elapsed. The rhythmic repetitions
are independently variable
depending on the pre-delay time
and feedback intensity (FEED-
BACK).
with feedback and REV+FEEDB1.
Here the REVERB signal is audible
immediately after you hear the dry
signal rather than after a defined
amount of pre-delay time has
elapsed. The rhythmic repetitions
are independently variable
depending on the pre-delay time
and feedback intensity (FEED-
BACK).
DELAY X:Y Ping-pong delay.
Although the delay times on the
left and right sides are different,
they have a fixed relationship to
one another. For example, 2:1
means that the delay time of the
left side of the delay signal is twice
as long as that of the right side.
The absolute delay time refers to
the longer delay time of the two
sides. It is determined via DELAY
TIME or DELAY CLOCK. Feedback is
also generated using the signal
with the longer delay time of the
two.
Although the delay times on the
left and right sides are different,
they have a fixed relationship to
one another. For example, 2:1
means that the delay time of the
left side of the delay signal is twice
as long as that of the right side.
The absolute delay time refers to
the longer delay time of the two
sides. It is determined via DELAY
TIME or DELAY CLOCK. Feedback is
also generated using the signal
with the longer delay time of the
two.
PATTERN X+Y The PATTERN delay
algorithms are also ping-pong
delays, but here the delay times
are locked into sync with the mas-
algorithms are also ping-pong
delays, but here the delay times
are locked into sync with the mas-