User Guide

ManualsBrandsAMX ManualsOtherCAFE DUET STANDARD NETLINX API (SNAPI) COMPONENTS AND LISTENERS

Standard NetLinx API (SNAPI) R 1.8.0

Audio Processor

Component

Name: Audio Processor

Interface: IAudioProcessorComponent

IAudioProcessorComponent

Component Functions:

Name: Channel: Level: Command: Constant: Notes:

addAudioProcessorCom-

ponent(index,audioPro-

cessorAddress)

AUDIOPROCADD-

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)

adjustAudioProcessor-

Level(1)

24 AUDIOPROC_LEVEL_UP Ramping Channel: Audio Processor level is incremented when channel is activated

adjustAudioProcessor-

Level(-1)

25 AUDIOPROC_LEVEL_DN Ramping Channel: Audio Processor level is decremented when channel is activated

cycleAudioProcessor-

Preset()

209 AUDIOPROC_PRESET Momentary Function Channel: Cycle Audio Processor preset when channel is activated

cycleAudioProces-

sorState()

26 AUDIOPROC_STATE Momentary Function Channel: Cycle Audio Processor state when channel is activated

getAudioProcessorCom-

ponentAddress(index)

?AUDIOPROCADDR-<index> Query for the address of the Audio Processor object at index <index>, responds with

AUDIOPROCADDR-<index>,<address>

getAudioProcessorCom-

ponentIndex(audioPro-

cessorAddress)

?AUDIOPROCIDX-<address> Query for the index of the Audio Processor object with address <address>, responds

with AUDIOPROCADDR-<index>,<address>

getAudioProcessorCros-

spoint(input,output)

?XPOINT-<input>,<output> Query for Audio Processor crosspoint, responds with XPOINT-<value>,<input>,<out-

put> where <value> is 0 to 255, <input> is 1 to the maximum supported input and <out-

put> is 1 to the maximum supported output (see specific module documentation)

getAudioProcessorIn-

put(output)

?INPUT-<output> Query for the input connected to an output, respond with SWITCH-L<sl>I<input>O<out-

put> where <sl> is AUDIO and <input> is 0 if there is no connection.

getAudioProcessorOut-

put(input)

?OUTPUT-<input> Query for the outputs connected to an input, respond with SWITCH-

L<sl>I<input>O<output>,<output>Ö where <sl> is AUDIO and <input> is 0 if there is no

connection.

getAudioProcessorPre-

set()

?AUDIOPROCPRESET Query for Audio Processor Preset, responds with AUDIOPROCPRESET-<preset>

where <preset> is 1 to x and x is the maximum supported preset (see specific module

documentation)

isAudioProcessorCross-

pointMuteOn(input,out-

put)

?XPOINTMUTE-<input>,<output> Query for Audio Processor Crosspoint Mute, responds with XPOINTMUTE-

<state>,<input>,<output> where <state> is 0 (un-muted) or 1 (muted), <input> is 1 to

the maximum supported input and <output> is 1 to the maximum supported output (see

specific module documentation)

removeAudioProcessor-

Component(audioPro-

cessorAddress)

AUDIOPROCREMOVEADDR-

Remove the Audio Processor object with address <address>, where <address> is the

object address

removeAudioProcessor-

Component(index)

AUDIOPROCREMOVEIDX-<index> Remove the Audio Processor object at index <index>, where <index> is 1 through x

and x is the maximum supported index (see specific module documentation)