DE
u
T
S
C
h
17
CD2 CUE2
SW/LED
18/18
57/18
CD2 CUE3
SW/LED
19/19
58/19
CD2 CUE4
SW/LED
1A/1A
59/1A
CD2 LOAD
SW/LED
1B/1B
5A/1B
CD2 HP
SW/LED
1C/1C
5B/1C
CH1 Level Meter LEVEL
1D
0~7
CH2 Level Meter LEVEL
1E
0~7
CD1 LOAD
SW/LED
0D/0D
4C/0D
CD1 HP
SW/LED
0E/0E
4D/0E
CD2 -
SW/LED
0F/0F
4E/0F
CD2 +
SW/LED
10/10
4F/10
CD2 Search
SW/LED
11/11
50/11
CD2 Scratch
SW/LED
12/12
51/12
CD2 LOOP
SW/LED
13/13
52/13
CD2 RELOOP
SW/LED
14/14
53/14
CD2 FX SEL
SW/LED
15/15
54/15
CD2 FX ON
SW/LED
16/16
55/16
CD2 CUE1
SW/LED
17/17
56/17
CC-ABSoLuTE (vR)
Control Change messages are sent with status 0xBn, where n is the channel, for the specified CC
controller. Thus the controller MIDI ID is indicated with the channel along with the CC number. The
value from 0x00 to 0x7F, directly related to the location of the controller.
CC-RELATIvE (ENC)
Control Change messages are status 0xBn, where n is the channel, for the specified CC controller.
Thus the controller MIDI ID is indicated with the channel along with the CC number. The value from
0x40 to indicate the change in the controller. This is an offset to 0x40 “one’s complement” notation.
A message with data 0x43 indicates a positive change of 3.
A messages with data 0x31 indicates a negative change of 15.
SWITCh oN/oFF (SW,CENTER,CW,CCW)
These messages are used for switches.
Control Change messages are sent with status 0x9n, SWITCH On and Off value are 0x7F and 0x00,
where n is the channel.
LED oN/oFF (LED)
These messages are used for LED.
Control Change messages are sent with status 0x9n, LED On and Off value are 0x7F and 0x00,
where n is the channel.
PITChBEND
Pitchbend messages are status 0xEn, where n is the channel, for the specified controller.
Thus the controller ID is indicated only by the channel.
For accurate changes, the 14 bit data in a pitch bend message is reserved for absolute controllers
which require more than 7 bits of data.
LEvEL LED (LEvEL)
These messages are used for LEVEL.
Control Change messages are sent with status 0x9n, LED Off value is 0x00 and On value is related
to LED amount, 0x01 with one LED, 0x02 with two LED…., where n is the channel.
