Roland Sound Expansion Series Owner's Manual page 36

MIDI IMPLEMENTATION
You will notice that the Chorus Level is 3C (60).
Check sum
The error checking process uses a checksum and provides a bit pattern where the last significant 7 bits are zero,
when values for an address, data (or size) and the checksum are summed.
< Example >
F0 41 10 46 12 00 00 10 0D 06 5D F7
[80H – {(00H + 00H + 10H + 0DH + 06H) & 7FH }] & 7F = 5DH
Address data
1. Sound Expansion Series <MODEL ID = 46H>
* 1 - 1 System Common
Address Description
00 00 00 00 0000 000a Panel mode
00 00 00 01 0aaa aaaa Master tune
%00 00 00 02 0aaa aaaa Key transpose
%00 00 00 03 0000 000a Transpose Switch
00 00 00 04 0000 000a Reverb switch
00 00 00 05 0000 000a Chorus switch
%00 00 00 06 0000 000a Hold polarity
%00 00 00 07 0000 000a Pedal 1 polarity
%00 00 00 08 0000 00aa Pedal 1 mode
%00 00 00 09 0aaa aaaa Pedal 1 assign
%00 00 00 0A 0000 000a Pedal 2 polarity
%00 00 00 0B 0000 00aa Pedal 2 mode
%00 00 00 0C 0aaa aaaa Pedal 2 assign
%00 00 00 0D 0000 00aa C1 mode
%00 00 00 0E 0aaa aaaa C1 assign
%00 00 00 0F 0aaa aaaa Aftertouch threshold
MIDI receive switch
00 00 00 10 0000 000a Volume
00 00 00 11 0000 000a Control change
00 00 00 12 0000 000a Channel pressure
00 00 00 13 0000 000a Modulation
00 00 00 14 0000 000a Pitch bend
00 00 00 15 0000 000a Program change
00 00 00 16 0000 000a Bank select
MIDI transmit switch
%00 00 00 17 0000 000a Volume
%00 00 00 18 0000 000a Control change
%00 00 00 19 0000 000a Channel pressure
%00 00 00 1A 0000 000a Modulation
%00 00 00 1B 0000 000a Bender
%00 00 00 1C 0000 000a Program change
%00 00 00 1D 0000 000a Bank select
00 00 00 1E 0000 aaaa Patch receive channel
%00 00 00 1F 000a aaaa Patch transmit channel
00 00 00 20 000a aaaa Control channel
%00 00 00 21 0000 000a Output mode
%00 00 00 22 0000 000a Rhythm edit key
00 00 00 23 0000 000a Scale tune switch
00 00 00 24 0aaa aaaa Scale Tune Part1 C
00 00 00 25 : :
00 00 00 26 : :
00 00 00 27 : :
00 00 00 28 : :
00 00 00 29 : :
00 00 00 2A : :
00 00 00 2B : :
00 00 00 2C : :
00 00 00 2D : :
00 00 00 2E : :
00 00 00 2F : :
00 00 00 30 0aaa aaaa Scale Tune Part2 C
: :
00 00 00 3B : :
00 00 00 3C 0aaa aaaa Scale Tune Part3 C
: :
00 00 00 47 : :
16
0 — 1 (PERFORMANCE, PATCH)
1 — 127 (427.4 — 452.6)
28 — 100
0 — 1
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1
0 — 1
0 — 3
0 — 100
0 — 1
0 — 3
0 — 100
0 — 3
0 — 100
0 — 127
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1 (OFF, ON)
0 — 1
0 — 1
0 — 1
0 — 1
0 — 1
0 — 1
0 — 1
0 — 15 (1 — 16)
0 — 17
0 — 16 (1 — 16, OFF)
0 — 1 (OUT2, OUT4)
0 — 1 (INT&MIDI, INT)
0 — 1 (OFF, ON)
0 — 127 (–64 — +63)
C#
D
D#
E
F
F#
G
G#
A
A#
B
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
00 00 00 48 0aaa aaaa Scale Tune Part4 C
: :
00 00 00 53 : :
00 00 00 54 0aaa aaaa Scale Tune Part5 C
: :
00 00 00 5F : :
00 00 00 60 0aaa aaaa Scale Tune Part6 C
: :
00 00 00 6B : :
00 00 00 6C 0aaa aaaa Scale Tune Part7 C
: :
00 00 00 77 : :
00 00 00 78 0aaa aaaa Scale Tune Part8 C
: :
00 00 01 03 : :
00 00 01 04 0aaa aaaa Scale Tune Patch C
: :
00 00 01 0F : :
00 00 01 10 0— — (Dummy)
00 00 01 11 0aaa aaaa Master volume
Total Size 00 00 01 12
1-2 Performance
1-2-1 Performance Common
Address Description
00 00 10 00 0aaa aaaa Performance name 1
00 00 10 01 0aaa aaaa Performance name 2
00 00 10 0B 0aaa aaaa Performance name 12
00 00 10 0D 0000 0aaa Reverb type
00 00 10 0E 0aaa aaaa Reverb level
00 00 10 0F 0aaa aaaa Reverb time
00 00 10 10 0aaa aaaa Reverb feedback
00 00 10 11 0000 00aa Chorus type
00 00 10 12 0aaa aaaa Chorus level
00 00 10 13 0aaa aaaa Chorus depth
00 00 10 14 0aaa aaaa Chorus rate
00 00 10 15 0aaa aaaa Chorus feedback
00 00 10 16 0000 000a Chorus output
If this parameter set to "OUTPUT," chorus signal send to "Output."
If this parameter set to "REV," chorus signal send to reverb.
00 00 10 17 000a aaaa Part 1 Voice assign
00 00 10 18 000a aaaa Part 2 Voice assign
00 00 10 1E 000a aaaa Part 8 Voice assign
Total Size 00 00 00 1F
Note: The sum of Voice reserves must be less than or equal to 28
1-2-2 Performance Part
00 00 1x dd
x = 08H — 0FH (Part1 — part8), dd = Description
Address Description
%00 00 1x 00 0000 000a Transmit switch
%00 00 1x 01 0000 aaaa Transmit channel
%00 00 1x 02 0000 aaaa Transmit program change 0 — 128
0000 bbbb
%00 00 1x 04 0000 aaaa Transmit volume
0000 bbbb
%00 00 1x 06 0000 aaaa Transmit pan
0000 bbbb
%00 00 1x 08 0aaa aaaa Transmit key range lower 0 — 127
%00 00 1x 09 0aaa aaaa Transmit key range upper 0 — 127
%00 00 1x 0A 0aaa aaaa Transmit key transpose 28 — 100
%00 00 1x 0B 0aaa aaaa Transmit velocity sense
%00 00 1x 0C 0aaa aaaa Transmit velocity max
%00 00 1x 0D 0000 0aaa Transmit velocity curve
%00 00 1x 0E 0000 000a Internal switch
%00 00 1x 0F 0aaa aaaa Internal key range lower 0 — 127
%00 00 1x 10 0aaa aaaa Internal key range upper 0 — 127
%00 00 1x 11 0aaa aaaa Internal key transpose
%00 00 1x 12 0aaa aaaa Internal velocity sense
%00 00 1x 13 0aaa aaaa Internal velocity max
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
0 — 127 (–64 — +63)
B
0 — 127
32 — 127
32 — 127
32 — 127
0 — 7
(ROOM1, ROOM2, STAGE1, STAGE2, HALL1, HALL2, DELAY, PAN-DLY)
0 — 127
0 — 127
0 — 127
0 — 2 (CHORUS1, CHORUS2, CHORUS3)
0 — 127
0 — 127
0 — 127
0 — 127
0 — 1 (OUTPUT, REV)
0 — 28
0 — 28
0 — 28
0 — 1
0 — 15
0 — 128
0 — 128
1 — 127
0 — 127
0 — 6
0 — 1
28 — 100
1 — 127
0 — 127