Mackie SR40.8, Руководство пользователя

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51
Msg
No.
Description Examples
00h requests the SR40•8/SR56•8 [F0 00 00 66 03 0F 00 00 F7] for SR40•8, send all at once.
to send all its Snapshots to the host [F0 00 00 66 04 0F 00 01 F7] for SR56•8, send all, one at a time.
01h requests the SR40•8/SR56•8 To request Snapshot 5:
to send one Snapshot to the host [F0 00 00 66 03 0F 01 05 F7] for SR40•8
[F0 00 00 66 04 0F 01 05 F7] for SR56•8
02h requests the SR40•8/SR56•8 to send [F0 00 00 66 03 0F 02 00 F7] for SR40•8, send all at once.
all its Mute Group memory to the host [F0 00 00 66 04 0F 02 01 F7] for SR56•8, send all, one at a time.
03h requests the SR40•8/SR56•8 to send To request Mute Groups in Set 2
1
:
only Mute Group memories within a Set [F0 00 00 66 03 0F 03 01 F7] for SR40•8 Note: Sets 1-9 are
to the host [F0 00 00 66 04 0F 03 01 F7] for SR56•8 identified as 00h-08h.
04h requests the SR40•8/SR56•8 [F0 00 00 66 03 0F 04 F7] for SR40•8
to send its system status [F0 00 00 66 04 0F 04 F7] for SR56•8
2
See below for System Status Flags.
05h requests the SR40•8/SR56•8 to send [F0 00 00 66 03 0F 05 F7] for SR40•8
its current mute status [F0 00 00 66 04 0F 05 F7] for SR56•8
06h requests the SR40•8/SR56•8 to send [F0 00 00 66 03 0F 06 F7] for SR40•8
its system mute LED status [F0 00 00 66 04 0F 06 F7] for SR56•8
40h dump several Snapshots To write Snapshot 10 and 11 to ULTRA MUTE :
to SR40•8/SR56•8 [F0 00 00 66 03 0F 40 0A {DATA} 0B {DATA} F7] for SR40•8
[F0 00 00 66 04 0F 40 0A {DATA} 0B {DATA} F7] for SR56•8
41h dump one Snapshot to SR40•8/SR56•8 To write Snapshot 20 to Ultra Mute:
[F0 00 00 66 03 0F 41 14 {DATA} F7] for SR40•8
[F0 00 00 66 04 0F 41 14 {DATA} F7] for SR56•8
42h dump all Mute Groups to SR40•8/SR56•8 To write Mute Groups 0-9 to
1
Set 6:
[F0 00 00 66 03 0F 42 05 00 {DATA} 01 {DATA} ... 09 {DATA} F7] for SR40•8
[F0 00 00 66 04 0F 42 05 00 {DATA} 01 {DATA} ... 09 {DATA} F7] for SR56•8
43h dump only Mute Groups in one set To Write Mute Groups to Set 7
1
:
to SR40•8/SR56•8 [F0 00 00 66 03 0F 43 06 {DATA} F7] for SR40•8
[F0 00 00 66 04 0F 43 06 {DATA} F7] for SR56•8
44h console system status [F0 00 00 66 03 0F 44 0F {System Status Flag
2
} F7] for SR40•8
[F0 00 00 66 04 0F 44 0F {System Status Flag
2
} F7] for SR56•8
45h send console mute node data [F0 00 00 66 03 0F 45 {DATA} F7] for SR40•8
to SR40•8/SR56•8 [F0 00 00 66 04 0F 45 {DATA} F7] for SR56•8
46h send console mute LED data [F0 00 00 66 03 0F 46 {DATA} F7] for SR40•8
to SR40•8/SR56•8 [F0 00 00 66 04 0F 46 {DATA} F7] for SR56•8
3
See below for DATA Structure
1
Sets 1-9 are identified as 0-8h.
2
System Status Flags: 7 6 5 4 3 2 1 0
1 = Active 0 1 0 0 0
0 = Off
40h = Mute Group Mode
42h = Snapshot Mode
43h = Sn Auto-Increment Mode
44h = Mute Group + Preview Mode
46h = Sn Preview Mode
47h = Sn Auto-Inc Preview Mode
Auto-Incr
ement Mode
Snapshot Mode
Pr
eview Mode
3
DATA Structure: SR40•8 = 18 bytes, nibblized low-high.
SR56•8 = 20 bytes, nibblized low-high.
0 = Mute OFF; 1 = Mute ON.
{[0000 N1] [0000 N2] [0000 N3] ... [0000 N18 or N20]}
N1 = Channels 1-4
[4 3 2 1]
N2 = Channels 5-8 [8 7 6 5]
N3 = Channels 9-12 [12 11 10 9]
N4 = Channels 13-16 [16 15 14 13]
N5 = Channels 17-20 [20 19 18 17]
N6 = Channels 21-24 [24 23 22 21]
N7 = AUX RETURN B1-B4 [B4 B3 B2 B1]
N8 = Channels 25-28 [28 27 26 25]
N9 = Channels 29-32 [32 31 30 29]
N10 = Channels 33-36 [36 35 34 33]
N11 = Channels 37-40 [40 39 38 37]
N12 = AUX SEND 1-4 [4 3 2 1]
N13 = AUX SEND 5-8 [8 7 6 5]
N14 = SUB 1-4 [4 3 2 1]
N15 = SUB 5-8 [8 7 6 5]
N16 = MATRIX A-D [D C B A]
N17 = Future Use [0 0 0 0]
N18 = Future Use [0 0 0 0]
N17 (SR56•8) = Channels 41-44
[44 43 42 41]
N18 (SR56•8) = Channels 45-48 [48 47 46 45]
N19 (SR56•8) = Channels 49-52 [52 51 50 49]
N20 (SR56•8) = Channels 53-56 [56 55 54 53]
MIDI SYSEX MESSAGE NUMBERS