User guide

Command and Response Table for SIS Commands (continued)
Command Function SIS Command
(Host to Unit)
Response
(Unit to Host)
Additional description
View ties, mutes, and presets (continued)
View all output mute status
E
VM
}
X#
1
X#
2
X#
3
...
X#
n
Each
X#
response is the mute status of an
output, starting from output 1. n is the highest-
numbered output.
NOTES:
• The switcher reports the mute status for all outputs, up to the highest numbered output on the highest numbered slot with an
I/O board installed. The switcher does not recognize gaps in the board installation. For example, if boards are installed in only
slots 1 and 3, leaving slot 2 empty, the switcher returns mute status for 24 sequential outputs. The mute status for the outputs in
slot 2, inputs 9 through 16, can be ones or zeroes (the switcher allows you to mute an output that is not installed, so long as it is
numbered lower than the highest numbered output installed).
• When the switcher is in Verbose mode 1 or 3 (see the Set verbose mode SIS command on page 69), the response includes
“Mut” before the
X#
s.
View global preset
configuration
EX&
*
X@
*1VC
} X!
n
•
X!
n+1
•...•
X!
n+15
•Vid
]
Show the configuration of preset
X&
. Show the
input tied to 16 sequential outputs, starting
from output
X@
.
Command description:
Response description:
preset # (
X&
)*starting output # (
X@
)*1VC
}
input # (
X!
) tied to
X@
n
•
X!
tied to
X@
n+1
•
X!
tied to
X@
n+2
• ... •
X!
tied to
X@
n+15
•Vid
]
Example (8 x 8 matrix):
E
23*1*1VC
}
1Output:
Response = tied input:
input 2 tied to output 3
2345678
no tied input
input 8 tied to output 4
13 14 15 1609 10 11 12
outputs do not exist
•--•--•--•--•--•--•--•--•
08•08•02•08•08•01•00•00•
•Vid
Each position shown in the response is an output: left = starting output number (1 in this example),
right = starting output number + 15 (16 in this example). (Outputs 9 through 16 are not present on this matrix
switcher.) The number in each position is the input tied to that output.
In this example, for preset 23, video input 8 is tied to outputs 1, 2, 4, and 5; input 2 is tied to output 3; and
input 1 is tied to output 6. No inputs are tied to outputs 7 and 8.
NOTE:
EX&
*1*
X@
VC
}
where
X&
= 0 returns 16 ties in the current video configuration of the switcher, starting from output
X@
.
View room preset
configuration
EX*
*
X1)
*
X@
*1VC
} X!
n
•
X!
n+1
•...•
X!
n+15
•Vid
]
Show configuration of room
X*
, preset
X1)
.
Show the input tied to up to 16 outputs
assigned to room
X*
.
Command description:
Response description:
room # (
X*
)*room preset # (
X1)
)*starting output # (
X@
)*1VC
input # (
X!
) tied to
X@
•
X!
tied to
X@
+1
•
X!
tied to
X@
+2
• ... •
X!
tied to
X@
+15
•Vid
]
List input link detection
NOTE: The switcher reports the link status for all outputs, up to the highest numbered output on the highest numbered slot with an I/O
board installed. The switcher does not recognize gaps in the board installation. For example, if only two boards are installed, in slots 1
and 3, leaving slot 2 empty, the switcher returns link status for 24 sequential inputs. The input link response for the inputs supported by
the board in slot 2, inputs 9 through 16, are all zeroes.
View all input connections
0LS
X1!
1
X1!
2
X1!
3
X1!
4
...
X1!
n
]
Each
X1!
response is the connection status of
an input, starting from input 1.
n is the highest-numbered input.
Example (32 x 32 matrix):
LS
Input:
Response Status:
no input detected
input detected
1 2345
6
732
0 0 0 1 1 1 0. . .0
NOTE:
X!
= Input number (for tie) 00 – (maximum number of inputs for your configuration) (00 = untied)
X@
= Output number 01 – (maximum number of outputs for your configuration)
X#
= Mute 0 = not muted, 1 = muted
X&
= Global preset number 00 – 32 (FOX Matrix 3200) or 64 (FOX Matrix 7200) (00 = current configuration for view only)
X*
= Room number (for room presets) 01 – 10 maximum (each can have up to 10 presets (
X1)
) assigned)
X1)
= Room preset number 01 – 10 maximum
X1!
= Connection status 0 = no input connected 1 = input connected
FOX Matrix 3200 and 7200 Switchers • Programming Guide 62