Lectrosonics DM84 Reference Manual page 61

Functions and Target values
Analog input gain control
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Increment input gain 1 dB
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Decrement input gain 1 dB
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Analog output gain control
A sequence of zero or more integers in the range 1 to 4.
These identify which output channels are to be con-
trolled by the function.
Increment output gain 1 dB
A sequence of zero or more integers in the range 1 to 4.
These identify which output channels are to be con-
trolled by the function.
Decrement output gain 1 dB
A sequence of zero or more integers in the range 1 to 4.
These identify which output channels are to be con-
trolled by the function.
Recall preset from memory
A single integer value in the range 1 to 24. This identi-
fies which preset is to be recalled by the function.
Toggle mute on input
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Toggle mute on output
A sequence of zero or more integers in the range 1 to 4.
These identify which output channels are to be con-
trolled by the function.
Toggle mute on crosspoint
A single integer in the range 1 to 8, followed by a
sequence of zero or more integers in the range 1 to 24.
Together these values specify a group of crosspoints by
identifying a single input channel and zero or more mix
bus channels.
Momentary mute on input
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Momentary mute on output
A sequence of zero or more integers in the range 1 to 4.
These identify which output channels are to be con-
trolled by the function.
Momentary mute on crosspoint
A single integer in the range 1 to 8, followed by a
sequence of zero or more integers in the range 1 to 24.
Together these values specify a group of crosspoints by
identifying a single input channel and zero or more mix
bus channels.
Rio Rancho, NM
Run macro on close
A single integer value in the range 1 to 128. This
identifies which macro is to be run by the function when
the programmable input is asserted.
Run macros on close/open
Two integer values in the range 1 to 128. The first
identifies which macro is to be run by the function when
the programmable input is asserted. The second
identifies which macro is to be run when the program-
mable input is subsequently de-asserted.
Momentary unmute on input (PTT)
A sequence of zero or more integers in the range 1 to 8.
These identify which input channels are to be controlled
by the function.
Examples:
REQUEST
QUERY
prgindef(9)?<CR>
(Function "Analog output gain control" is assigned to programmable
input 9. The input channels under control are 1, 3, 4, and 10.)
QUERY
prgindef(2)?<CR>
(Function "Run a macro" is assigned to programmable input 2. Macro
number 22 will be run if the programmable input is asserted.)
QUERY
prgindef(3)?<CR>
(Function "Momentary mute on crosspoint" is assigned to program-
mable input 3. The crosspoints under control are {3,1}, {3,7}, and {3,8},
which are members of the matrix row associated with input channel 3.)
QUERY
prgindef(4)?<CR>
(No function is assigned to programmable input 4.)
UPDATE
prgindef(11)
={7,5}<CR>
(Function "Recall preset from memory" is assigned to programmable
input 11. The preset to be recalled is specified as nu mber 5.)
UPDATE
prgindef(2)=
{8,1,2,4,5,6}
<CR>
(Function "Toggle mute on input" is assigned to programmable input 2.
The inputs to be controlled are specified as 1, 2, 4, 5, and 6.)
UPDATE
prgindef(4)=
{0}<CR>
("No function" is assigned to programmable input 4, so that asserting it
will have no effect.)
UPDATE
prgindef(1)=
{10,5,9,10}<CR>
(Function "Toggle mute on crosspoint" is assigned to programmable
input 1. The crosspoints to be controlled are specified as {5,9} and
{5,10}, which are members of the matrix row associated with input
channel 5.)
Reference Manual
RESPONSE
OK {4,1,3,4,10}<CRLF>
OK {14,22}<CRLF>
OK {13,3,1,7,8}<CRLF>
OK {0}<CRLF>
OK<CRLF>
OK<CRLF>
OK<CRLF>
OK<CRLF>
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