User Manual
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3.
Touch the INT button of the first fader you want to reassign.
4.
The screen shows you the current path assigned to the selected fader. Touch the path you want to assign to
that fader.
5.
The screen automatically moves to the next fader to the right of the one you just assigned. You may set that
one, or touch the INT button of the next fader you want to change.
6.
When you are happy with the Fader Set you have edited, press the EDIT button again, or touch the CLOSE
screen button.
8.6.3 Saving Fader Sets
Fader Sets are automatically saved when updating the current title.
8.7 Meter Sets
A meter set is a predetermined grouping of channels, together with a certain meter look which you have saved for
quick access. To view the meters, press the METERS System Mode key.
8.7
Editing a Meter Set
To edit a Meter Set:
1.
Press:
METERS
2.
Select the Meter Set you want to change. This will put it on the screen.
3.
Press the EDIT screen button.
4.
Edit the meter characteristics. This is described below.
5.
Press the CLOSE screen button. Your changes will be visible, and the meter set will have been changed. To
save Meter Sets, see below.
8.7.1.1
Layout
Choose a number of Bargraph Meters up to 8, or select dual VU Meters.
DUAL VU
If you selected Dual VU there is no more work to do. Press the CLOSE screen button to keep your changes.
BARS
If you selected BARS there are many choices for the look of the meters.
Bar Type
This affects the appearance of the bars. You can try all four types quicker than you can read about them here.
Bar
These choices affect the scaling and ballistics of the meters.
0 on each scale is defined differently for each type of meter relative to 0dBFS. 0dBFS will relate to absolute values
when converted to or from analogue at the I/O stages depending on what reference level has been set in hardware on
the system. In a standard, unmodified system, 0dBFS equates to an Input/Output level of +22dBU (+18dBm). Com-
mon alternative reference levels for 0dBFS are +18dBU (+14dBm) and +12 dBU (+8dBm). Check to see what your
standard is using external analogue meters. In all cases, the value given below represents the amount of digital
headroom left in the system when the meters are registering 0. The 0 levels for each different type of meter in
Prodigy (relative to 0dBFS) are:
