Audio Processor - AMX CAFE DUET STANDARD NETLINX API (SNAPI) DEVICES Instruction Manual

Audio Processor

IAudioProcessorComponent
IAudioProcessorComponentListener
IModuleComponent
IModuleComponentListener
IPowerComponent
IPowerComponentListener
Name: Audio Processor
Interface: IAudioProcessor
Audio Processor Functions
Name
addAudioProcessorComponent(index,audio-
ProcessorAddress)
adjustAudioProcessorLevel(1)
adjustAudioProcessorLevel(-1)
cycleAudioProcessorPreset()
cycleAudioProcessorState()
getAudioProcessorComponentAd-
dress(index)
getAudioProcessorComponentIndex(audio-
ProcessorAddress)
getAudioProcessorCrosspoint(input,output)
getAudioProcessorInput(output)
Standard NetLinx API (SNAPI) R 1.8.0
Component Channel Level Command
IAudioProcessorComponent
IAudioProcessorComponent 24
IAudioProcessorComponent 25
IAudioProcessorComponent 209
IAudioProcessorComponent 26
IAudioProcessorComponent
IAudioProcessorComponent
IAudioProcessorComponent
IAudioProcessorComponent
Constant
AUDIOPROCADD-
<index>,<address>
AUDIOPROC_LEVEL_UP
AUDIOPROC_LEVEL_DN
AUDIOPROC_PRESET
AUDIOPROC_STATE
?AUDIOPROCADDR-
<index>
?AUDIOPROCIDX-
<address>
?XPOINT-
<input>,<output>
?INPUT-<output>
Notes
Add a Audio Processor object at a given
index, where <index> is 1 through x and
<address> is the object address and x is
the maximum supported index (see specific
module documentation)
Ramping Channel: Audio Processor level is
incremented when channel is activated
Ramping Channel: Audio Processor level is
decremented when channel is activated
Momentary Function Channel: Cycle Audio
Processor preset when channel is acti-
vated
Momentary Function Channel: Cycle Audio
Processor state when channel is activated
Query for the address of the Audio Proces-
sor object at index <index>, responds with
AUDIOPROCADDR-<index>,<address>
Query for the index of the Audio Processor
object with address <address>, responds
with AUDIOPROCADDR-
<index>,<address>
Query for Audio Processor crosspoint,
responds with XPOINT-
<value>,<input>,<output> where <value>
is 0 to 255, <input> is 1 to the maximum
supported input and <output> is 1 to the
maximum supported output (see specific
module documentation)
Query for the input connected to an output,
respond with SWITCH-
L<sl>I<input>O<output> where <sl> is
AUDIO and <input> is 0 if there is no con-
nection.
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