Roland SP-606 - Manual (Page 95)

95
MIDI Implementation
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Addresses Transmitted by Panel Operations
The following addresses are transmitted when you operate the panel in EXT mode.
( *1 ): This is transmitted when you press a pad (it is not transmitted when you
release the pad). It is not transmitted for NOTE TRIG.
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Other Addresses Received
For addresses marked by #, the data is divided into multiple pieces for reception.
Example: for Beat = 32
32 is expressed in hexadecimal as 020H. 020H is divided as [00H 02H 00H].
4. Supplementary material
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Calculation of the Checksum of Exclusive
Messages
Roland Exclusive messages (RQ1, DT1) are transmitted with a checksum at the end
(before F7) to make sure that the message was correctly received.
The value of the checksum is determined by the address and data (or size) of the
transmitted exclusive message.
❍ How to calculate the checksum (hexadecimal numbers are
indicated by “H”)
The checksum is a value derived by adding the address, size and checksum itself
and inverting the lower 7 bits.
Here’s an example of how the checksum is calculated.
We will assume that in the exclusive message we are transmitting, the address is aa
bb cc ddH and the data or size is ee ff gg hhH.
aa + bb + cc + dd + ee + ff + gg + hh = sum
sum / 128 = quotient ... remainder
128 - remainder = checksum
(However, the checksum will be 0 if the remainder is 0.)
The SP-606 will process the data even if the received checksum is incorrect.
Address Description Data (Value)
01 00 00 00 TRIGGER (D BEAM) 0 (OFF),
1 (ON)
01 00 00 01 SYNTH (D BEAM)
01 00 00 02 V-LINK
01 00 00 03 FILTER (D BEAM)
01 00 00 04 MENU
01 00 00 05 F1
01 00 00 06 F2
01 00 00 07 F3
01 00 00 08 BPM
01 00 00 09 (CURSOR)
01 00 00 0a (CURSOR)
01 00 00 0b (CURSOR)
01 00 00 0c (CURSOR)
01 00 00 0d EXIT
01 00 00 0e ENTER
01 00 00 0f DEC
01 00 00 10 INC
01 00 00 11 MASTERING
01 00 00 12 MFX1
01 00 00 13 MFX2
01 00 00 14 KNOB ASSIGN
01 00 00 15 SONG
01 00 00 16 PTN
01 00 00 17 1 (TRACK)
01 00 00 18 2 (TRACK)
01 00 00 19 3 (TRACK)
01 00 00 1a 4 (TRACK)
01 00 00 1b
(TOP)
01 00 00 1c
(BWD)
01 00 00 1d
(FWD)
01 00 00 1e
(STOP)
01 00 00 1f
(PLAY)
01 00 00 20 (REC)
01 00 00 21 (reserved)
01 00 00 22 (reserved)
01 00 00 23 PAD BANK
01 00 00 24 FUNC
01 00 00 25 ROLL
01 00 00 26 CLIP BOARD
01 00 00 27 SAMPLING
01 00 00 28 HOLD
01 00 00 29 INPUT SOURCE
02 00 00 00 CTRL1 0–127
02 00 00 01 CTRL2
02 00 00 02 CTRL3
02 00 00 03 D BEAM
03 00 00 00 VALUE Increment 1–127
03 00 00 01 VALUE Decrement
04 00 00 00 PAD 1 0 (MUTE),
1 (reserved),
2 (PART SELECT),
3 (SOLO),
4 (SEQ TRIGGER)
(
*1 )
04 00 00 01 PAD 2
04 00 00 02 PAD 3
04 00 00 03 PAD 4
04 00 00 04 PAD 5
04 00 00 05 PAD 6
04 00 00 06 PAD 7
04 00 00 07 PAD 8
04 00 00 08 PAD 9
04 00 00 09 PAD 10
04 00 00 0a PAD 11
04 00 00 0b PAD 12
04 00 00 0c PAD 13
04 00 00 0d PAD 14
04 00 00 0e PAD 15
04 00 00 0f PAD 16
Address Description Data (Value)
10 00 00 00 PAD 1 LED 0 (OFF),
1 (ON),
2 (BLINK)
10 00 00 01 PAD 2 LED
10 00 00 02 PAD 3 LED
10 00 00 03 PAD 4 LED
10 00 00 04 PAD 5 LED
10 00 00 05 PAD 6 LED
10 00 00 06 PAD 7 LED
10 00 00 07 PAD 8 LED
10 00 00 08 PAD 9 LED
10 00 00 09 PAD 10 LED
10 00 00 0a PAD 11 LED
10 00 00 0b PAD 12 LED
10 00 00 0c PAD 13 LED
10 00 00 0d PAD 14 LED
10 00 00 0e PAD 15 LED
10 00 00 0f PAD 16 LED
Address Description Data (Value)
# 11 00 00 00 0000 aaaa EXT SEQ
SAMPLING BPM 400 (40.0)–
2000 (200.0)
0000 bbbb
0000 cccc
# 11 00 00 03 0000 aaaa EXT SEQ
SAMPLING Beat 1–999
0000 bbbb
0000 cccc
11 00 00 06 00aa aaaa EXT SEQ
SAMPLING Meter
num 1–32
11 00 00 07 0000 0aaa EXT SEQ
SAMPLING Meter
den 1 (2BEAT),
2 (4BEAT),
3 (8BEAT),
4 (16BEAT)
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