Roland S-10 Digital Sampling Keyboard
General
The length of the sample depends of the chosen structure:
|
Structure |
Bank length (words) |
|
A, B, C, D |
32.768 |
|
AB, CD |
65.536 |
|
ABCD |
131.072 |
A sample word is 12 bits wide and is exchanged in the following format:
BYTE_0: 0aaa aaaa
BYTE_1: 0bbb bb00
This corresponds with the sample word:
aaaa aaab bbbbThe conversion can be done like this:
WORD = BYTE_0 * 2^5 + BYTE_1 / 2^2
Sysex messages
Manufacturer ID 41H (Roland)
Device ID ch (midi-channel)
Model ID 10H (S-10 Sampling Keyboard)
|
One way transfer |
Handshake transfer |
|||||||
|
RQ1 |
DT1 |
WSD |
RQD |
DAT |
ACK |
EOD |
ERR |
RJC |
|
F0 |
F0 |
F0 |
F0 |
F0 |
F0 |
F0 |
F0 |
F0 |
|
41 |
41 |
41 |
41 |
41 |
41 |
41 |
41 |
41 |
|
ch |
ch |
ch |
ch |
ch |
ch |
ch |
ch |
ch |
|
10 |
10 |
10 |
10 |
10 |
10 |
10 |
10 |
10 |
|
11 |
12 |
40 |
41 |
42 |
43 |
45 |
4E |
4F |
|
Address MSB |
Address MSB |
Address MSB |
Address MSB |
Address MSB |
F7 |
F7 |
F7 |
F7 |
|
: |
: |
: |
: |
: |
|
|
|
|
|
Address LSB |
Address LSB |
Address LSB |
Address LSB |
Addres LSB |
|
|
|
|
|
Size MSB |
Data |
Size MSB |
Size MSB |
Data |
|
|
|
|
|
: |
: |
: |
: |
: |
|
|
|
|
|
Size LSB |
Sum |
Size LSB |
Size LSB |
Sum |
|
|
|
|
|
Sum |
F7 |
Sum |
Sum |
F7 |
|
|
|
|
|
F7 |
|
F7 |
F7 |
|
|
|
|
|
Start-, End- and Loop values
The Start-, End- and Loop points are exchanged in the following format:
|
MSB |
BYTE_D |
BYTE_C |
BYTE_B |
LSB |
|
0000 eeee |
0000 dddd |
0000 cccc |
0000 bbbb |
0000 aaaa |
This corresponds with the value:
eeee dddd cccc bbbb aaaaThe conversion can be done like this:
VALUE = LSB + BYTE_B * 2^4 + BYTE_C * 2^8 + BYTE_D * 2^12 + MSB * 2^16
And vice versa:
LSB = VALUE AND 15
BYTE_B = (VALUE / 2^4) AND 15
BYTE_C = (VALUE / 2^8) AND 15
BYTE_D = (VALUE / 2^12) AND 15
MSB = (VALUE / 2^16) AND 15
Parameter address map
|
Address (hex) |
Size (hex) |
Parameter |
Description |
|
00 edbuf 00 |
00 00 38 |
Wave Parameters |
edbuf = edit buffer 0 to 3 more editbuffers are used with split structures |
|
00 08 00 |
00 00 19 |
Performance Parameters |
|
|
00 09 00 |
00 00 04 |
Sample Structure |
Request with RQ1: |
|
00 10 00 |
|
Write Command Switch |
Writing 0 to this address has the same effect as pressing the ENTER button |
|
00 10 01 |
|
Arpeggio |
Writing 0 to this address switches the Arpeggio function to OFF; |
|
00 10 02 |
|
Sample Dump Mode |
Writing 0 (127?)to this address switches the S-10 to Sample Dump Mode. |
|
01 00 00 |
|
Wave Parameter Data |
The size depends of the Sampling Structure: |
|
01 08 00 |
00 00 28 |
Performance Parameters Data |
|
|
02 00 00 |
04 00 00 |
Sample Data A |
Structure: A |
|
06 00 00 |
04 00 00 |
Sample Data B |
Structure: B |
|
0A 00 00 |
04 00 00 |
Sample Data C |
Structure: C |
|
0E 00 00 |
04 00 00 |
Sample Data D |
Structure: D |
Program Change vs. Samplingstructure
|
0 |
-- |
A |
0 F F F |
||
|
1 |
-- |
B |
1 F F F |
||
|
2 |
-- |
C |
2 F F F |
||
|
3 |
-- |
D |
3 F F F |
||
|
4 |
-- |
AB |
4 F F F |
||
|
5 |
-- |
CD |
5 F F F |
||
|
6 |
-- |
ABCD |
6 F F F |
||
|
7 |
-- |
A/B |
0 0 F F |
||
|
8 |
-- |
C/D |
2 2 F F |
||
|
9 |
-- |
AB/CD |
4 4 F F |
||
|
10 |
-- |
A/B/C/D |
0 0 0 0 |
||
|
11 |
DT |
A |
0 F F F |
||
|
12 |
DT |
B |
1 F F F |
||
|
13 |
DT |
C |
2 F F F |
||
|
14 |
DT |
D |
3 F F F |
||
|
15 |
DT |
AB |
4 F F F |
||
|
16 |
DT |
CD |
5 F F F |
||
|
17 |
DT |
ABCD |
6 F F F |
||
|
18 |
DT |
A/B |
0 0 F F |
||
|
19 |
DT |
C/D |
2 2 F F |
||
|
20 |
DT |
AB/CD |
4 4 F F |
||
|
21 |
DT |
A/B/C/D |
0 0 0 0 |
||
|
22 |
DL |
A |
0 F F F |
||
|
23 |
DL |
B |
1 F F F |
||
|
24 |
DL |
C |
2 F F F |
||
|
25 |
DL |
D |
3 F F F |
||
|
26 |
DL |
AB |
4 F F F |
||
|
27 |
DL |
CD |
5 F F F |
||
|
28 |
DL |
ABCD |
6 F F F |
||
|
29 |
DL |
A/B |
0 0 F F |
||
|
30 |
DL |
C/D |
2 2 F F |
||
|
31 |
DL |
AB/CD |
4 4 F F |
||
|
32 |
DL |
A/B/C/D |
0 0 0 0 |
||
|
33 |
DU |
A-B |
0 F 0 F |
B-A |
1 F 1 F |
|
34 |
DU |
A-C |
0 F 0 F |
C-A |
2 F 2 F |
|
35 |
DU |
A-D |
0 F 0 F |
D-A |
3 F 3 F |
|
36 |
DU |
A-CD |
0 F 0 F |
CD-A |
5 F 5 F |
|
37 |
DU |
A-C/D |
0 F 0 0 |
C/D-A |
2 2 2 F |
|
38 |
DU |
B-C |
1 F 1 F |
C-B |
2 F 2 F |
|
39 |
DU |
B-D |
1 F 1 F |
D-B |
3 F 3 F |
|
40 |
DU |
B-CD |
1 F 1 F |
CD-B |
5 F 5 F |
|
41 |
DU |
B-C/D |
1 F 1 1 |
C/D-B |
2 2 2 F |
|
42 |
DU |
C-D |
2 F 2 F |
D-C |
3 F 3 F |
|
43 |
DU |
C-AB |
2 F 2 F |
AB-C |
4 F 4 F |
|
44 |
DU |
C-A/B |
2 F 2 2 |
A/B-C |
0 0 0 F |
|
45 |
DU |
D-AB |
3 F 3 F |
AB-D |
4 F 4 F |
|
46 |
DU |
D-A/B |
3 F 3 3 |
A/B-D |
0 0 0 F |
|
47 |
DU |
AB-CD |
4 F 4 F |
CD-AB |
5 F 5 F |
|
48 |
DU |
AB-C/D |
4 F 4 4 |
C/D-AB |
2 2 2 F |
|
49 |
DU |
CD-A/B |
5 F 5 5 |
A/B-CD |
0 0 0 F |
|
50 |
DU |
A/B-C/D |
0 0 0 0 |
C/D-A/B |
2 2 2 2 |
|
51 |
VM |
A-B |
0 F 0 F |
||
|
52 |
VM |
A-C |
0 F 0 F |
||
|
53 |
VM |
A-D |
0 F 0 F |
||
|
54 |
VM |
A-CD |
0 F 0 F |
||
|
55 |
VM |
A-C/D |
0 F 0 0 |
||
|
56 |
VM |
B-A |
1 F 1 F |
||
|
57 |
VM |
B-C |
1 F 1 F |
||
|
58 |
VM |
B-D |
1 F 1 F |
||
|
59 |
VM |
B-CD |
1 F 1 F |
||
|
60 |
VM |
B-C/D |
1 F 1 1 |
||
|
61 |
VM |
C-A |
2 F 2 F |
||
|
62 |
VM |
C-B |
2 F 2 F |
||
|
63 |
VM |
C-D |
2 F 2 F |
||
|
64 |
VM |
C-AB |
2 F 2 F |
||
|
65 |
VM |
C-A/B |
2 F 2 2 |
||
|
66 |
VM |
D-A |
3 F 3 F |
||
|
67 |
VM |
D-B |
3 F 3 F |
||
|
68 |
VM |
D-C |
3 F 3 F |
||
|
69 |
VM |
D-AB |
3 F 3 F |
||
|
70 |
VM |
D-A/B |
3 F 3 3 |
||
|
71 |
VM |
AB-C |
4 F 4 F |
||
|
72 |
VM |
AB-D |
4 F 4 F |
||
|
73 |
VM |
AB-CD |
4 F 4 F |
||
|
74 |
VM |
AB-C/D |
4 F 4 4 |
||
|
75 |
VM |
CD-A |
5 F 5 F |
||
|
76 |
VM |
CD-B |
5 F 5 F |
||
|
77 |
VM |
CD-AB |
5 F 5 F |
||
|
78 |
VM |
CD-A/B |
5 F 5 5 |
||
|
79 |
VM |
A/B-C |
0 0 0 F |
||
|
80 |
VM |
A/B-D |
0 0 0 F |
||
|
81 |
VM |
A/B-CD |
0 0 0 F |
||
|
82 |
VM |
A/B-C/D |
0 0 0 0 |
||
|
83 |
VM |
C/D-A |
2 2 2 F |
||
|
84 |
VM |
C/D-B |
2 2 2 F |
||
|
85 |
VM |
C/D-AB |
2 2 2 F |
||
|
86 |
VM |
C/D-A/B |
2 2 2 2 |
||
|
87 |
VS |
A-B |
0 F 0 F |
||
|
88 |
VS |
A-C |
0 F 0 F |
||
|
89 |
VS |
A-D |
0 F 0 F |
||
|
90 |
VS |
A-CD |
0 F 0 F |
||
|
91 |
VS |
A-C/D |
0 F 0 0 |
||
|
92 |
VS |
B-A |
1 F 1 F |
||
|
93 |
VS |
B-C |
1 F 1 F |
||
|
94 |
VS |
B-D |
1 F 1 F |
||
|
95 |
VS |
B-CD |
1 F 1 F |
||
|
96 |
VS |
B-C/D |
1 F 1 1 |
||
|
97 |
VS |
C-A |
2 F 2 F |
||
|
98 |
VS |
C-B |
2 F 2 F |
||
|
99 |
VS |
C-D |
2 F 2 F |
||
|
100 |
VS |
C-AB |
2 F 2 F |
||
|
101 |
VS |
C-A/B |
2 F 2 2 |
||
|
102 |
VS |
D-A |
3 F 3 F |
||
|
103 |
VS |
D-B |
3 F 3 F |
||
|
104 |
VS |
D-C |
3 F 3 F |
||
|
105 |
VS |
D-AB |
3 F 3 F |
||
|
106 |
VS |
D-A/B |
3 F 3 3 |
||
|
107 |
VS |
AB-C |
4 F 4 F |
||
|
108 |
VS |
AB-D |
4 F 4 F |
||
|
109 |
VS |
AB-CD |
4 F 4 F |
||
|
110 |
VS |
AB-C/D |
4 F 4 4 |
||
|
111 |
VS |
CD-A |
5 F 5 F |
||
|
112 |
VS |
CD-B |
5 F 5 F |
||
|
113 |
VS |
CD-AB |
5 F 5 F |
||
|
114 |
VS |
CD-A/B |
5 F 5 5 |
||
|
115 |
VS |
A/B-C |
0 0 0 F |
||
|
116 |
VS |
A/B-D |
0 0 0 F |
||
|
117 |
VS |
A/B-CD |
0 0 0 F |
||
|
118 |
VS |
A/B-C/D |
0 0 0 0 |
||
|
119 |
VS |
C/D-A |
2 2 2 F |
||
|
120 |
VS |
C/D-B |
2 2 2 F |
||
|
121 |
VS |
C/D-AB |
2 2 2 F |
||
|
122 |
VS |
C/D-A/B |
2 2 2 2 |
||
Wave Parameters
edbuf = 0 (1, 2 or 3 with split structures)
|
Address (hex) |
Size (hex) |
Parameter |
Value (dec) |
|
00 edbuf 00 |
00 00 09 |
Voice Name |
9 ASCII characters |
|
: # |
|
|
|
|
00 edbuf 08 # |
|
|
|
|
00 edbuf 09 |
00 00 01 |
Record Key |
24(c1)-103(g7) |
|
00 edbuf 0A |
00 00 01 |
Bank Tune |
14(-50)-114(+50) |
|
00 edbuf 0B |
00 00 01 |
Loop Tune |
14(-50)-114(+50) |
|
00 edbuf 0C |
00 00 01 |
Scan Mode |
0(FWD)-1(ALT)-2(BWD) |
|
00 edbuf 0D |
00 00 01 |
Loop Type |
0(1 Shot)-1(Man)-2(Auto) |
|
00 edbuf 0E |
00 00 05 |
Start LSB |
0-15 |
|
00 edbuf 0F # |
|
|
0-15 |
|
00 edbuf 10 # |
|
|
0-15 |
|
00 edbuf 11 # |
|
|
0-15 |
|
00 edbuf 12 # |
|
Start MSB |
0-15 |
|
00 edbuf 13 |
00 00 05 |
End LSB |
0-15 |
|
00 edbuf 14 # |
|
|
0-15 |
|
00 edbuf 15 # |
|
|
0-15 |
|
00 edbuf 16 # |
|
|
0-15 |
|
00 edbuf 17 # |
|
End MSB |
0-15 |
|
00 edbuf 18 |
00 00 05 |
Loop LSB |
0-15 |
|
00 edbuf 19 # |
|
|
0-15 |
|
00 edbuf 1A # |
|
|
0-15 |
|
00 edbuf 1B # |
|
|
0-15 |
|
00 edbuf 1C # |
|
Loop MSB |
0-15 |
|
00 edbuf 1D |
00 00 05 |
Auto End LSB |
0-15 |
|
00 edbuf 1E # |
|
|
0-15 |
|
00 edbuf 1F # |
|
|
0-15 |
|
00 edbuf 20 # |
|
|
0-15 |
|
00 edbuf 21 # |
|
Auto End MSB |
0-15 |
|
00 edbuf 22 |
00 00 05 |
Auto Loop LSB |
0-15 |
|
00 edbuf 23 # |
|
|
0-15 |
|
00 edbuf 24 # |
|
|
0-15 |
|
00 edbuf 25 # |
|
|
0-15 |
|
00 edbuf 26 # |
|
Auto Loop MSB |
0-15 |
|
00 edbuf 27 |
00 00 01 |
Key Follow |
0(Off)-1(On) |
|
00 edbuf 28 |
00 00 01 |
Pitch Bend |
0(Off)-1(On) |
|
00 edbuf 29 |
00 00 01 |
Vibrato |
0(Off)-1(On) |
|
00 edbuf 2A |
00 00 01 |
Env V-Sens |
0-127 |
|
00 edbuf 2B |
00 00 01 |
Env Rate 1 |
0-127 |
|
00 edbuf 2C |
00 00 01 |
Env Level 1 |
0-127 |
|
00 edbuf 2D |
00 00 01 |
Env Rate 2 |
0-127 |
|
00 edbuf 2E |
00 00 01 |
Env Level 2 |
0-127 |
|
00 edbuf 2F |
00 00 01 |
Env Rate 3 |
0-127 |
|
00 edbuf 30 |
00 00 01 |
Env Level 3 |
0-127 |
|
00 edbuf 31 |
00 00 01 |
Env Rate 4 |
0-127 |
|
00 edbuf 32 |
00 00 01 |
Dyn Sens |
0-127 |
|
00 edbuf 33 |
00 00 01 |
Auto Bend Rate |
0-127 |
|
00 edbuf 34 |
00 00 01 |
Auto Bend Depth |
0-127 |
|
00 edbuf 35 |
00 00 01 |
Split 1 |
24(c1)-103(g7) |
|
00 edbuf 36 |
00 00 01 |
Split 2 |
24(c1)-103(g7) |
|
00 edbuf 37 |
00 00 01 |
Split 3 |
24(c1)-103(g7) |
Performance Parameters
|
Address (hex) |
Size (hex) |
Parameter |
Value (dec) |
|
00 08 00 |
00 00 01 |
Vib Rate |
0-127 |
|
00 08 01 |
00 00 01 |
M-Vib Dpth |
0-127 |
|
00 08 02 |
00 00 01 |
D-Vib Dpth |
0-127 |
|
00 08 03 |
00 00 01 |
D-Vib Delay |
0-127 |
|
00 08 04 |
00 00 01 |
Bend Mode |
0(Cont)-1(Chrm) |
|
00 08 05 |
00 00 01 |
Arp Sync |
0(Int)-1(Ext) |
|
00 08 06 |
00 00 01 |
Arp Rate |
0-127 |
|
00 08 07 |
00 00 01 |
Arp Mode |
0(Up)-1(Down)-2(U/D)-3(Rnd) |
|
00 08 08 |
00 00 01 |
Arp Range |
0(1 oct)-1(2 oct)-2(3 oct) |
|
00 08 09 |
00 00 01 |
Arp Repeat |
1-16 |
|
00 08 0A |
00 00 01 |
Arp Decay |
1-10 |
|
00 08 0B |
00 00 01 |
V-Mix Thrsh |
0-127 |
|
00 08 0C |
00 00 01 |
V-Sw Thrsh |
0-127 |
|
00 08 0D |
00 00 01 |
Dtune Mode |
0(Fix)-1(Velo) |
|
00 08 0E |
00 00 01 |
Dtune Range |
0-127 |
|
00 08 0F |
00 00 01 |
Abend Dest |
0(Both)-1(Half) |
|
00 08 10 |
00 00 01 |
Bend Dest |
0(Both)-1(Half) |
|
00 08 11 |
00 00 01 |
Delay Time |
0-127 |
|
00 08 12 |
00 00 01 |
Delay Levl |
0-127 |
|
00 08 13 |
00 00 01 |
Key Offset |
52(-12)-76(+12) |
|
00 08 14 |
00 00 01 |
Trg G-Time |
0-127 |
|
00 08 15 |
00 00 01 |
Ext Gate Play |
23(Off)-24(c1)-103(g7) |
|
00 08 16 |
00 00 01 |
Ext Gate Play |
23(Off)-24(c1)-103(g7) |
|
00 08 17 |
00 00 01 |
Ext Gate Play |
23(Off)-24(c1)-103(g7) |
|
00 08 18 |
00 00 01 |
Ext Gate Play |
23(Off)-24(c1)-103(g7) |
Sample Dump (handshake)
Example: dump structure A
total 521 messages
Note: before the EOX byte a checksum byte may be required.
|
Message |
Sysex Message (hex) |
|||||
|
|
Head |
Command ID |
Address |
Size |
Data |
EOX |
|
Sample Dump Mode |
F0 41 ch 10 |
12 |
00 10 02 |
|
0 |
F7 |
|
WSD |
F0 41 ch 10 |
40 |
02 00 00 |
04 00 00 |
|
F7 |
|
Dataset 0 : Dataset 127 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
02 00 00 : 02 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 128 : Dataset 255 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
03 00 00 : 03 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 256 : Dataset 383 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
04 00 00 : 04 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 384 : Dataset 511 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
05 00 00 : 05 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
|
WSD |
F0 41 ch 10 |
40 |
01 00 00 |
00 00 49 |
|
F7 |
|
Wave-Par |
F0 41 ch 10 |
42 |
01 00 00 |
|
73 bytes |
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
|
WSD |
F0 41 ch 10 |
40 |
01 08 00 |
00 00 28 |
|
F7 |
|
Perf-Par |
F0 41 ch 10 |
42 |
01 08 00 |
|
40 bytes |
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
Example: dump structure A/B/C/D
total 2058 messages
Note: before the EOX byte a checksum byte may be required
|
Message |
Sysex Message (hex) |
|||||
|
|
Head |
Command ID |
Address |
Size |
Data |
EOX |
|
Sample Dump Mode |
F0 41 ch 10 |
12 |
00 10 02 |
|
0 |
F7 |
|
WSD |
F0 41 ch 10 |
40 |
02 00 00 |
10 00 00 |
|
F7 |
|
Dataset 0 : Dataset 127 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
02 00 00 : 02 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 128 : Dataset 255 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
03 00 00 : 03 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 256 : Dataset 383 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
04 00 00 : 04 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
: : : |
|
|
|
|
|
|
|
Dataset 1920 : Dataset 2047 |
F0 41 ch 10 : F0 41 ch 10 |
42 : 42 |
11 00 00 : 11 7F 00 |
|
128 bytes : 128 bytes |
F7
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
|
WSD |
F0 41 ch 10 |
40 |
01 00 00 |
00 02 24 |
|
F7 |
|
Wave-Par |
F0 41 ch 10 |
42 |
01 00 00 |
|
146 bytes |
F7 |
|
Wave-Par |
F0 41 ch 10 |
42 |
01 00 52 |
|
146 bytes |
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
|
WSD |
F0 41 ch 10 |
40 |
01 08 00 |
00 00 28 |
|
F7 |
|
Perf-Par |
F0 41 ch 10 |
42 |
01 08 00 |
|
40 bytes |
F7 |
|
EOD |
F0 41 ch 10 |
45 |
|
|
|
F7 |
Sample Dump (one-way)
Example: dump structure A
total 515 messages
Note: before the EOX byte a checksum byte may be required
|
Message |
Sysex Message (hex) |
||||
|
|
Head |
Command ID |
Address |
Data |
EOX |
|
Sample Dump Mode |
F0 41 ch 10 |
12 |
00 10 02 |
0 |
F7 |
|
Dataset 0 : Dataset 127 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
02 00 00 : 02 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 128 : Dataset 255 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
03 00 00 : 03 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 256 : Dataset 383 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
04 00 00 : 04 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 384 : Dataset 511 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
05 00 00 : 05 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Wave-Par |
F0 41 ch 10 |
12 |
01 00 00 |
73 bytes |
F7 |
|
Perf-Par |
F0 41 ch 10 |
12 |
01 08 00 |
40 bytes |
F7 |
Example: dump structure A/B/C/D
total 2052 messages
Note: before the EOX byte a checksum byte may be required
|
Message |
Sysex Message (hex) |
||||
|
|
Head |
Command ID |
Address |
Data |
EOX |
|
Sample Dump Mode |
F0 41 ch 10 |
12 |
00 10 02 |
0 |
F7 |
|
Dataset 0 : Dataset 127 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
02 00 00 : 02 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 128 : Dataset 255 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
03 00 00 : 03 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Dataset 256 : Dataset 383 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
04 00 00 : 04 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
: : : |
|
|
|
|
|
|
Dataset 1920 : Dataset 2047 |
F0 41 ch 10 : F0 41 ch 10 |
12 : 12 |
11 00 00 : 11 7F 00 |
128 bytes : 128 bytes |
F7
F7 |
|
Wave-Par |
F0 41 ch 10 |
12 |
01 00 00 |
146 bytes |
F7 |
|
Wave-Par |
F0 41 ch 10 |
12 |
01 00 52 |
146 bytes |
F7 |
|
Perf-Par |
F0 41 ch 10 |
12 |
01 08 00 |
40 bytes |
F7 |