Korg Kaptivator KTV1 Manuel d'utilisateur Page 56
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- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
98
(3) 1 MOTION SEQUENCE DATA DUMP REQUEST R
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0111 1000 (78) | 1 Motion Sequence Data Dump Request 78h |
| 0mmm mmmm (mm) | Dump Motion Number (mm = 00h~63h) |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the 1 MOTION
SEQUENCE DATA DUMP(Function:79h) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(4) 10 MOTION SEQUENCE DATA DUMP REQUEST R
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0111 1010 (7A) | 10 Motion Sequence Data Dump Request 7Ah |
| 0000 pppp (0p) | Dump Motion Page Number (0p = 00h~09h) |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the 10 MOTION
SEQUENCE DATA DUMP(Function:7Bh) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(5) GLOBAL DATA DUMP R/T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0101 0001 (51) | Global Data Dump 51h |
| 0ddd dddd (dd) | Data [NOTE1][TABLE1]|
| : | : |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the DATA PROCESS
(LOAD) COMPLETED(Function:23h) message or the DATA PROCESS(LOAD) ERROR
(Function:24h) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(6) ALL STYLE DATA DUMP R/T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0110 0101 (65) | All Style Data Dump 65h |
| 0ddd dddd (dd) | Data [NOTE2][TABLE2]|
| : | : |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the DATA PROCESS
(LOAD) COMPLETED(Function:23h) message or the DATA PROCESS(LOAD) ERROR
(Function:24h) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(7) 1 MOTION SEQUENCE DATA DUMP R/T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0111 1001 (79) | 1 Motion Sequence Data Dump 79h |
| 0mmm mmmm (mm) | Dump Motion Number (mm = 00h~63h) |
| 0ddd dddd (dd) | Data [NOTE3][TABLE3]|
| : | : |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the DATA PROCESS
(LOAD) COMPLETED(Function:23h) message or the DATA PROCESS(LOAD) ERROR
(Function:24h) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(8) 10 MOTION SEQUENCE DATA DUMP R/T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0111 1011 (7B) | 10 Motion Sequence Data Dump 7Bh |
| 0000 pppp (0p) | Dump Motion Page Number (0p = 00h~09h) |
| 0ddd dddd (dd) | Data [NOTE4][TABLE3]|
| : | : |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
When this message is received at the MIDI dump page, the DATA PROCESS
(LOAD) COMPLETED(Function:23h) message or the DATA PROCESS(LOAD) ERROR
(Function:24h) message will be transmitted.
The DATA PROCESS(LOAD) ERROR(Function:24h) message will be transmitted
in other cases.
(9) DATA PROCESS(LOAD) COMPLETED T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0010 0011 (23) | DATA PROCESS(LOAD) COMPLETED 23h |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
Transmits this message when DATA LOAD, PROCESSING have been completed.
(10) DATA PROCESS(LOAD) ERROR T
+----------------+------------------------------------------------+
| Byte [Hex] | Description |
+----------------+------------------------------------------------+
| F0,42,3n,77 | Exclusive Header KTV1 |
| 0010 0100 (24) | DATA PROCESS(LOAD) COMPLETED 24h |
| 1111 0111 (F7) | EOX |
+----------------+------------------------------------------------+
Transmits this message when DATA LOAD, PROCESSING have not been completed.
Dump Data Format
n = 0, 1, ...
DATA ( 1set = 8bit x 7byte )
b7 ~ b0 b7 ~ b0 b7 ~~ b0 b7 ~ b0
+-+-+-+-+-+-+-+-+ +-+-+-+-+-+-+-+-+ +-+-+-~~-+-+-+ +-+-+-+-+-+-+-+-+
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |
+-+-+-+-+-+-+-+-+ +-+-+-+-+-+-+-+-+ +-+-+-~~-+-+-+ +-+-+-+-+-+-+-+-+
7n+0 7n+1 7n+2 ~~ 7n+5 7n+6
MIDI DATA ( 1set = 7bit x 8Byte )
b7b7b7b7b7b7b7 b6 ~ b0 b6 ~~ b0 b6 ~ b0
+-+-+-+-+-+-+-+-+ +-+-+-+-+-+-+-+-+ +-+-+-~~-+-+-+ +-+-+-+-+-+-+-+-+
|0| | | | | | | | |0| | | | | | | | |0| | | | | |0| | | | | | | |
+-+-+-+-+-+-+-+-+ +-+-+-+-+-+-+-+-+ +-+-+-~~-+-+-+ +-+-+-+-+-+-+-+-+
7n+6,5,4,3,2,1,0 7n+0 7n+1 ~~ 7n+5 7n+6
NOTE 1 : GROBAL DATA DUMP FORMAT
[Global Data (22byte)] (see TABLE 1)
22byte = 7 * 3 + 1 --> 8 * 3 + (1 + 1) = 26byte
NOTE 2 : ALL STYLE DATA DUMP FORMAT
[Style.00(32byte)], ... ,[Style.99(32byte)] (see TABLE 2)
3200byte = 7 * 457 + 1 --> 8 * 457 + (1 + 1) = 3658byte
NOTE 3 : 1 MOTION SEQUENCE DATA DUMP FORMAT
[Motion Data (16~200048byte)] (see TABLE 3)
16byte = 7 * 2 + 2 --> 8 * 2 + (2 + 1) = 19byte
200048byte = 7 * 28578 + 2 --> 8 * 28578 + (2 + 1) = 228627byte
NOTE 4 : 10 MOTION SEQUENCE DATA DUMP FORMAT
[Motion Data p0(16~200048byte)],
... ,[Motion Data p9(16~200048byte] (see TABLE 3)
160byte = 7 * 22 + 6 --> 8 * 22 + (6 + 1) = 183byte
2000480byte = 7 * 285782 + 6 --> 8 * 285782 + (6 + 1) = 2286263byte
TABLE 1 :
+0 Monitor 1 Bright (valid:0~140)
+1 Monitor 1 Contrast (valid:0~181)
+2 Monitor 1 Color (valid:0~255)
+3 Monitor 2 Bright (valid:0~140)
+4 Monitor 2 Contrast (valid:0~181)
+5 Monitor 2 Color (valid:0~255)
+6 DV Direction IN/OUT (0=In, 1=out)
+7 Main Out Capture DIS/ENA (0=Disable, 1=Enable)
+8 Power on Style Number (0~99)
+9 Power on Group A Bank Number (0~99)
+10 Power on Group B Bank Number (0~99)
+11 MIDI Channel (0~15)
+12 bit7 MIDI Ribbon Touch [C] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Ribbon Touch [C] CTRL#
+13 bit7 MIDI Hold [D] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Hold [D] CTRL#
+14 bit7 MIDI [E] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI [E] CTRL#
+15 bit7 MIDI Slider [F] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Slider [F] CTRL#
+16 bit7 MIDI Ribbon [G] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Ribbon [G] CTRL#
+17 bit7 MIDI Knob [H] ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Knob [H] CTRL#
+18 bit7 MIDI Group A ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Group A CTRL#
+19 bit7 MIDI Group B ENA/DIS (0=Enable, 1=Disable)
bit6-0 MIDI Group B CTRL#
- OWNER’S MANUAL 1
- Precautions 2
- Table of Contents 4
- Introduction 5
- 2. Controls and connectors 6
- B.Front panel 9
- C.Rear panel 10
- 3. Connection diagram 11
- Concepts 12
- Basic operation — Playback 14
- Playing a clip 15
- Selecting a bank 15
- Selecting a style 15
- Changing the effect 15
- 4. Synchronizing to music 17
- 5. Using Motion Sequences 19
- Erasing a motion sequence 20
- 1. Editing a style 21
- Editing examples 22
- 1. Sampling 23
- Main Out Capture 24
- 2. Clips 25
- Turning Protect On or Off 26
- 3. Banks 27
- Utility mode 28
- HDD free: 29
- Main out capture: 29
- MIDI setting: 29
- Power on setup: 30
- Owner’s Manual 31
- Restoring video data 31
- Preset Initialize: 32
- Parameter list 33
- Start Variation list 35
- Controller Assignment list 35
- Routing list 36
- 3. Three-layer Routings 37
- 4. Separate output Routings 38
- MAIN OUT 39
- MONITOR OUT 2 39
- Transition list 40
- Effect list 41
- Clip parameter list 42
- End Point Start Point 43
- Sampling Data 43
- Pattern 1: Normal 44
- Pattern 2: Alternating Loop 44
- Appendix 46
- Trobleshooting 49
- Preset Style list 50
- Specifications 50
- Style Cheat 51
- MIDI Implementation 55
- KTV1 MIDI IMPLEMENTATION 55
- MIDI Implementation Chart 58
- Printed in Japan 59
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