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"Synthex" structure,
based on two BBDs and
two LFOs per channel
and an amplifier based
compander emulation.
At the right of the legacy panel, you will find the corresponding audio path and at the left the global level.
Two simple vu-meters show you the level of the input and output of the audio. A clip led will be lit for a
few second when reached.
Clicking on the Arrow will open the advanced settings where some of the internal parameters of the
selected chorus can be changed as well as the possibility to engage the True Stereo Space engine and the
Transient follower modulation.
6.2 The Advanced Settings
As soon as a parameter in this area is changed, the Arrow which opens the Advanced Settings panel
becomes lit. This way, even if this panel is closed, you are aware that something has been done under the
roof.
Furthermore, the padlock at the left of the global level is locked, helping you to avoid erasing settings you
might have done by changing a legacy mode or chorus type.
If you wish to do so, then click on the padlock to open it and change the legacy mode or chorus type. In
that case, the Arrow won't be lit any more, all the advanced settings being reset to the selected mode or
chorus type.
6.3 The Bucket-Brigade Delay (BBD) settings
At the right of the Advanced Settings panel, you will find the area where internal chorus parameters can be
changed.
The Pad 2D allows you to change with a single mouse move, the frequency and the amount of the LFO
used to control one of the BBD. Depending on the chorus type, there are one, two or four LFOs.
The SPEED and AMOUNT knob are used to add dynamic changes to these settings giving a more dense
and fat chorus.
If a position seems good to your ears, you can freeze it by clicking on the FREEZE switch. The switches
HORZ and VERT allow this dynamic change to be applied only on the frequency (VERT engaged) or the
amount (HORZ engaged).
The HISS knob allows you to increase or decrease the noise created by the internal emulated bucket-
brigade delay.
"Dimension D" structure,
based on one BBD per
channel and only one LFO
dispatched in inverted
phase to the left and the
right channel
"VP 330" structure,
based on two BBDs and
two LFOs per channel
and an amplifier based
compander emulation.
"CS-80" structure, based
on one BBD and two
LFOs per channel. The
LFOs are also modulating
the level.
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