Danley DNA SC48, Руководство пользователя

Страница: 19 / 44

19
These concepts are depicted in the System Engineer application as in the following example of a 2-
way Module:
A Snapshot is a device-wide representation of most of the settings in the device. This is represented
as four Input Component numbers, eight Output Component numbers, plus a number of machine-
centric settings such as routing and Input/Output Analog/Digital selection etc.
Device
Settings
Input A component number
Input B component number
Input C component number
Input D component number
Output 1 component number
Output 2 component number
Output 3 component number
Output 4 component number
Output 5 component number
Output 6 component number
Output 7 component number
Output 8 component number
Drive Modules
The DNA SC48 uses Drive Modules to represent loudspeaker sub-systems. Drive modules result in a
less processor-centric and more loudspeaker-orientated system design. A drive module is defined as
the processing provided by one Input DSP, and a number of outputs, which are associated with one-
another by means of routing. For example, if Input DSP B is routed to outputs 3 and 4, then this is a
2-way Drive Module; input DSP
B forming the ‘m
aster
’
control, and output DSP 3 and 4 providing the
driver-related control. The Input DSP parameters then control the Drive Module (and thus the
loudspeaker sub-system). The Drive Module control panel in the System Engineer application is then
used for control and monitoring of this sub-system.
Drive Module Presets
Presets do
not
change the settings device-wide. Rather, recalling a Module Preset creates a Drive
Module
by ‘consuming’ a number of consecutive outputs and setting up routing between the Input
the preset was recalled on and those outputs. The parameters in that Drive Module are then set
according to the parameters in the components in the Module Preset.
DSP Input
Physical Input
Outputs assigned
Input Name Device Name