User Manual
Table Of Contents
- Introduction
- Audio Components
- The Difference Between Mono, Stereo, and Multi
- How to Control Control Signals
- Acoustic Echo Canceller (AEC)
- Ambient Noise Compensator (ANC)
- Audio Detector
- Auto Gain Control (AGC)
- Combiner
- Room Combiner/Room Combiner plus Automixer
- ■ “Room Combiner” component editor/”Room Combiner plus Automixer” component editor
- ■ “Room Combiner” component editor/”Room Combiner plus Automixer” component editor
- Combiner parameter setting window (Room Combiner)
- Combiner parameter setting window (Room Combiner plus Automixer)
- Control
- Control
- Dugan Automixer window (Room Combiner plus Automixer)
- Room Combiner/Room Combiner plus Automixer
- DCA
- Delay
- Dynamics
- REV-X
- EQ
- Fader
- Feedback Suppressor
- Filter
- Input/Output
- Meter
- Mixer
- Oscillator
- Polarity
- Probe
- Router
- Source Selector
- Speaker Processor
- Control Components
- Control Methods for Control Components
- Trigger
- Button (Normalized Value)
- Button (Value)
- Radio Button (Normalized Value)
- Radio Button (Value)
- Fader (Normalized Value)
- Fader (Value)
- Processing
- Logic (Normalized Value)
- NOT (Normalized Value)
- Flip-Flop (Normalized Value)
- Invert (Normalized Value)
- Compare (Normalized Value)
- Difference (Normalized Value)
- Max/Min (Normalized Value)
- Negate (Value)
- Compare (Value)
- Multi Compare (Value)
- Difference (Value)
- Max/Min (Value)
- Delay
- External Events
- Suspend
- Router
- Other
- GPI In
- GPI Out
ProVisionaire Design DME7 Component Guide
5
How to Control Control Signals
The DME7 uses an area called the Control Layer to connect control component and audio
component parameters, and which makes the creation of complex control signal
configurations possible.
Refer to the ProVisionaire Design User Guide for the procedures. Refer to the description in
this manual for each audio component for information about the behavior when the audio
parameters are controlled in the Control layer.
Control
Parameter types of the input/output values for each Port
Input Value Control Parameter Output Value
Type Range Input Port Name Parameter Range Output Port Name Type Range
Value dB
−∞–
10.00
● Level Ch1 −∞–10.00 ● Level Ch1 Value dB
−∞–
10.00
Normalized
0.00–
1.00
Value Num 0,1 ● On Ch1 OFF:0, ON:1 ● On Ch1 Value Num
OFF:0
,
ON:1
(Example: Fader component)
On the Control layer, when the audio component parameter receives a signal, the output
value is different depending on the type of signal.
Here we will use Table 1 to explain the control method with the fader value of the Fader
component as an example. The meanings of each the columns in the table are described
below.