Program mode
24
6–3: EG-I (EG Intensity)
Here you can specify the modulation that controls the amount of
effect that the filter EG has on the cutoff frequency. For example
you can specify how velocity controls the way that the EG changes
the cutoff frequency.
The total modulation that's specified on this page will be the
amount of EG that's actually applied to the cutoff frequency.
Note: To set up the EG itself, including attack and release times,
levels, and so on, please see “7: P–FILTER EG (Filter Envelope)”
on page 28.
OSC (Oscillator Select) [1, 2]
Select the oscillator (1 or 2) that you want to edit.
Note: Oscillator 2 can be selected if Oscillator Mode is set to
Double.
Velocity to A [–99...+99]
This lets you use velocity to scale the amount of the Filter EG
applied to Filter A.
Velocity control of Filter EG
With positive (+) values, playing more strongly will increase the
effect of the Filter EG, as shown in example B above.
With negative (–) values, playing more strongly will introduce the
opposite effect of the Filter EG–like inverting the polarity of the
envelope. You can use this in several different ways:
• You can set an initial positive amount with the Intensity to A/B
parameters, and then reduce this amount with velocity. In this
case, the final effect of the EG is simply diminished, and not
actually inverted, as shown in example C above.
• You can also set the Velocity to A/B amounts so that they are
greater than the initial amounts of Intensity to A/B. In this case,
the EG will have a positive effect at low velocities, and an
inverted effect at high velocities as shown in example D.
Velocity to B [–99...+99]
This lets you use velocity to scale the amount of the Filter EG
that’s applied to Filter B. For more information, please see
“Velocity to A” above.
Intensity to A [–99...+99]
This controls the initial effect of the Filter EG on Filter A’s cutoff
frequency, before any velocity or AMS modulation.
The Filter EG’s shape can swing all the way from +99 to –99.
Positive values increase the cutoff frequency, and negative values
decrease the cutoff frequency. For instance, please see the graphic
“Velocity control of Filter EG” above. The EG shape in example A
rises up at first, and then falls below 0 towards the end.
When Intensity to A is set to a positive (+) value, the EG’s effect
will match its shape. When the EG rises above 0, the cutoff
frequency will increase.
With negative (–) values, the effect will be in the opposite
direction; when the EG rises above 0, the filter cutoff will
decrease.
Intensity to B [–99...+99]
This controls the initial effect of the Filter EG on Filter B’s cutoff
frequency, before any velocity or AMS modulation. For more
information, please see “Intensity to A” above.
AMS (Filter EG AMS) [List of AMS Sources]
This selects any AMS modulation source to scale the amount of
the Filter EG that’s applied to Filters A and B. The two filters
share a single AMS source, with separate intensity settings.
Otherwise, the AMS modulation will work in the same way as the
Velocity to A parameter, described above.
For a list of AMS sources, please see “AMS (Alternate
Modulation Source) List” on page 292.
Int to A (AMS Intensity to A) [–99...+99]
This controls the depth and direction of the EG AMS modulation
for Filter A.
Int to B (AMS Intensity to B) [–99...+99]
This controls the depth and direction of the EG AMS modulation
for Filter B.
B. Velocity to A = +50
C. Velocity to A = –25 D. Velocity to A = –99
In all examples below, Intensity to A = +50
Original
Original
A. Original EG
To Next Page
Loading...
