*
5
-
3
Rhythm part
setup
area
Offset
1
address 1
Description
00 00 00 i Rhyths Setup (for Key*
Z4)
5-3-1
I
00
00
04 I
Rhytha
Setup (for Keys 25)
00
00 08
1
Rhytha
Setup (for Key* 26)
00 00 0C
1
Rhytha Setup (for Key*
27)
00 00 10
1
: 1
Rhytha Setup (for
Key* 28)
:
1
00 OJ 78
1
Rhytho Setup (for Keys
86)
00 01 7C 1
Rhytha
Setup
(for Keys
87)
*5-3-
1 Rhythm setup (for each Key*}
Offset
f
address
1 Description
00 00 i
i
Qaaa aaaa
j
TIMBRE 0-93
1
(101-164,
r01-r30)l
00 01
!
Oaaa aaaa 1 OUTPUT LEVEL 0-100
1
00 02 1
!
0000 aaaa i PANP0T
1
0-14
1
(R
-
L)
i
00 03
1
t
0000
000a i
REVERB SWITCH
1
0-1
|
(OFF, OH)
1
Total i
ize
! 00 00
04
*
B
-
4 Patch memory
i
Offset
[
1 address
1 Description
! 00 00 i
i !
0000 OOaa
! TIMBRE GROUP
1
0-3
I
(a, b,
i, r)
!
!
00
01
I
OOaa aaaa
1
TIMBRE NUMBER
0-63
|
1 00 02 1
1 1
OOaa
aaaa 1 KEY SHIFT
i
0-48
I
(-24
-
+24)
i
1 00 03
1
1 i
Oaaa aaaa
1
FINE TUNE
1
0-100
!
(-50
-
+50)
f
1 00 04
1 O00a aaaa
1
BENDER
RANGE
0-24
1
1 00
OS
1
f
t
i
(
0000 OOaa
j ASSIGN MODE
1
i
0-3
1
(POLY 1.P0LY
2, !
POLY
3,
POLY
4) 1
1 00 OS
1
I
t
0000 Oaaa 1 REVERB SWITCH
t
0-1
f
(OFF,
ON)
j
1 00 07 1
Qxxx xxxx 1 duBBsy
1 Total
s
Ize
1 00 00 08
*
5
-
5 System area
The
total munber of Partial reserves
for 9 parts must
be 32 or
less.
All Partial
reserves
must be
sent as a package of
9
parts.
1 Offset
i
1
address
Description
i
1
00
00 Oaaa
aaaa 1 MASTER
TUNE
-
127
1
1
! (432. 3
Hz
-
57.
6Hz)
1
1 00 0!
1
0000 OOaa
i REVERB BODE
1
(Rooi, Hall
-
1
i
i 1
Plate. Tap delay) 1
1 GO 02
1
0000 Oaaa 1 REVERB
TIME
1
(1-8)
0-7
1
!
1 00 03 0000 Oaaa
1 REVERB
LEVEL
0-7
i
1 00 04
OOaa aaaa
1 PARTIAL RESERVE (Part
1)
-
32 t
1 00 05
1 OOaa aaaa
1
PARTIAL
RESERVE (Part
2)
-
32 1
1 00 06
OOaa aaaa I PARTIAL
RESERVE (Part
3)
-
32 1
i 00 07 1 OOaa aaaa
1 PARTIAL RESERVE
(Part 4)
0-32
1
!
oo
08 ;
OOaa aaaa
!
PARTIAL
RESERVE (Part
5)
-
32
1
I 00 09 1 OOaa aaaa
1
PARTIAL
RESERVE
(Part 6)
-
32 1
1
00
0A 1
OOaa
aaaa 1 PARTIAL
RESERVE (Part 7)
-
32 1
1 00
0B j
OOaa aaaa
1
PARTIAL
RESERVE (Part B)
-
32 i
1
00 0C
j
OOaa
aaaa
1
PARTIAL
RESERVE (Part
R)
-
32
i
1 00
OD 1 000a aaaa
1 MIDI CHAHNEKPart
1)
-
16 1
1 ! t
(1
-
16, OFF)
1
1
DO
OE 1 OQOa aaaa
1 MIDI CKANHEL(Part
2)
-
16 I
! i i
(1
-
16. OFF) i
i 00 OF
1 000a aaaa
1
MIDI
CHANNEL (Part
3)
-
16 1
1 1 i
(1
-
16. OFF)!
1 00 10
1
000a
aaaa 1 MIDI CHANNEL
(Part 4)
-
16 1
1 1
1
(1
-
16,
OFF)!
1 00 11 1 000a aaaa
1 MIDI CHANNEL (Part
5)
-
IE 1
1
1
! (I
-
16, OFF)!
1 00
12 ! 000a aaaa
1
MIDI CHANNEL
(Part 6)
-
16 1
I
1
i
(1
-
16, OFF)!
! 00 13
1 000a
aaaa
1 MIDI CHANNEL
(Part
7)
-
16 1
!
i
1 (1
-
16. OFF)!
1 00 14 1
000a aaaa 1 MIDI CHANNEL(Part
8)
-
16 1
1
!
1 (1
-
16, OFF)!
1 00 15
i
000a aaaa
i MIDI CHANNEL
(Part 8)
-
56 1
1
i
! (1
-
16. OFF) I
!
00
16 ! Oaaa aaaa 1 MASTER VOLUME -
100
1
1 Total
ize
1 00 00 17
1
Example
of RQl and DTI application
2
Assuming
that MT
-
32 sets Unit
# to 17, set
Partial reserve of each part as follows
by sending the byte string
listed below.
Part 1 .....
8
Part 2 „_
10
Parts
3 thru 8 _.
Rhythm
part 8
FO 41 10 16
12
10
00 04 08 OA
00 00 00 00 00 00 08 66 F7
*
5
-
6
Display
MT
-
32 deciphers incoming
data and
sends them
to the LCD as a string of ASCI!
code characters-
( In play mode
)
Fiddling
MT
-
32 panel switches
or sending
Display reset address data
to MT
-
32
returns the display to
the normal
reading.
No display data in this
area can
be brought outside world
by the use of RQl and
RQD.
Offset
address
Description
_+_„...__.._..._
—__.___—.
—
00 00
! 08aa
aaaa
I DISPLAYED
LETTER
00 13
I
Oaaa aaaa I
DISPLAYED LETTER
01 00 ! Oxxx xxxx I
DISPLAY RESET
Total size 00 00
14
32
-
127!
(ASCII) !
12
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