......
N
-...)
NOTE
10
:
ALL
SEQUENCE
DATA
DUMP
FORMAT
(
See
TABLE
10-1
:
Sequence
Data
Size
[Data
Size (bit6-0)],
[Data
Size
(bitl2-7)]
10-2
: Control
Data
Dump
Format
(1522Byte)
[Control
Data
(Song
Size(96) x
10
=
960Byte)
],
[Pattern
Data
(200Byte)
].
[
SongO-Trackl
Address(
2Byte)
].
· · · · ·
·,
[
Song0-Track8
Addr
],
[Song!
-Track!
Addr
]. · ·
··
·
·,
[Song9-Track8
Addr
]( l
60Byte).
[PatternO
Addr(2Byte)]
, ······, [Pattern99 Addr](200Byte).
[Pattern
End
Addr
(
2Byte
)]
10-3
:
Sequence
Data
Dump
Format
[;>equence
1st Data(4Byte)]. ······,[Seq.
nth
Dat<1il
n :
Seq.
Data
Size = 0
~
4400
(Mem
. Alloc =
L.
Prag)
= 0
~
7700
(Mem
. Alloc =
L.
Seq
..
Seq.
Card)
= 0
~
4200
(Prag.Cambi.Seq.
Card)
1522Byte+4x[Seq
.
Data
Size]Byte =
7xA+B
- 8xAt(ltB)Byte
4 )
2Byte
:. 10-1.10-2.10-3 = 2t8xAt(ltB)Byte
N
OTE
11
GLOBAL
DATA
DUMP
FORMAT
[G
lobal
Data
(19+2Byte)]
.
[Drum
Kit
Data
(7x120Byte)]
(
See
TABLE
3 )
21+840Byte
= 7xl23t0 -
8x123
=
984Byte
NOTE
12
ALL
DATA
(GLOBAL.COMBI.PROG.SEQ)
DUMP
FORMAT
[Global
Data]
(See
NOTE
11).
[
All
Combination
Parameter
Data]
(See
N
OTE
9),
[All
Program
Parameter
Data]
(See
NOTE
7).
[All
Sequence
Data]
(See
NOTE
10-2.
10-3)
Mem
. Alloc =
L.
Prag
861+12400+14300+1522+4x
[
Seq.
Data
Size]Byte =
7xC+D
- 8xCt(l
tD)Byte
(10
.
7~17
.
lSec)
= L.
Seq
.
861+
6200+
7150+1522+4x[Seq.
Data
Size]Byte =
7xE+F
-
8xEt<l+F)Byte
(
5.
8~17
.
OSec)
Prag.Comb.Seq
.
Card
861+
6200+
7150+1522+4x[Seq.
Data
Size]Byte =
7xG+H
-
8xGt(
l+H)Byte
( 5.
8~11.
9Sec)
NOTE
13
:
VALUE
DATA
FORMAT
Bitl5-
13
of
Value
Data
is
Sign
Flag.
and
they
have
same
value
Value
Data
I I I I I I I I I I I I I I I I
~~~~~~~IIIIIII
mi
Data
I 0 I I I I I I I I I 0 I I I I I I I
NOTE
14
ALL
DRUM
SOUND(PCM
Card)
NAllE
DATA
FORMAT
[Drum
Sound
1
Name
(lOByte)] . .
..
..
.,[Drum
Sound
n
Name
(lOByte)]
n :
Drum
Sound
Number
NOTE
15
ALL
MULT!SOUND(PCM
Card)
NAME
DATA
FORMAT
[Multisound 1
Name
(lOByte)] . .....
.,
[!!ultisound n
Name
(lOByte)J
n : !!ultisound
Number
No.
00
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
8
2
*l :
PROGRAM
PARAMETER
(
TABLE
1 )
PARAMETER
DATA(Hex)
:
VALU~
PROGRAM
NAME
(Head)
20'."7F
: '
'
~·
<---'
PROGRAM
NAME
(Tail)
OSC
!
LATOR
OSCILATOR
MODE
o.
1.
2
*2
ASS
l
GN
bi
tO=O:
POL
. = 1:
MON
- - -- - - -- ------------- ---- ------ ------- - -
'
HOLD
bitl=O:OFF.
=l:ON
OSC
-1
MULT!SOUND
J_oo~63:[nt.
64~
:
card
OSC-1
OCTAVE
FF~Ol
:
16'
~4
·
OSC-2
MULT!SOUND
J_oo~63:Int
.
64~:card
OSC
-2
OCTAVE
FF~Ol
:
16'
~4'
INT
E
RVAL
F4~oc
:
-
12~12
DETUNE
CE~32
:
-50~50
DELAY
START
oo~63
PITCH
MG
WAVE
FORM
bit!.
0=0.1.
2.
3
*3
-------
-
--
-
--
-
-- --
---
----------
-----
--
--
OSC-1
MG
ENABLE
bit5=0:0FF.
=l
:
ON
-
-----------
-
--
-
-----
----------
-
--------
OSC
-2
MG
ENABLE
bit6=0:0F~
=!:ON
---------------------
----------
-
--------
KEY
SYNC
bit7=0:0FF.
=!:ON
FREQUENCY
oo~63
DELAY
oo~s3
INTENSITY
oo~s3
CUTOFF
MG
WAVE
FOR!!
bit!.
O=O.
1.
2.
3
*3
-
--
-------
-----------
------ -------------
OSC-
1
MG
ENABLE
bi
t5=0
:
0FF.
=1
:ON
---------------------
-------------------
OSC-2
MG
ENABLE
bit6=0 :
0FF.
=l
:
ON
-------------------- -
-----------------
--
KEY
SYNC
bit7=0:0FF.
=1
:ON
FREQUENCY
00~63
DELAY
00~63
I
NTENSITY
00~53
AFTER
TOUCH
PITCH
F4~oc
:
-12~12
PITCH
MG
oo~s3
VDF
CUTOFF
9P~63
:
-99~99
VDF
MG
oo~63
VDA
AMPLl
TUDE
9D..V63
:
-99~99
CONTROLLER
PITCH
BEND
F4~oc
:
-12~12
VDF
SWEEP
INT.
9D~63
'.
-99~99
PITCH
MG
INT.
00~63
PITCH
MG
FREQUENCY
00~03
VDF
MG
INT.
00~53
VDF
MG
FREQUENCY
00~03
EFFECT
PARAMETER
*11
bitO
ATTACK
TIME
SW
=O:OFF.
=l
:
ON
bit!
DECAY
TIME
bit2
SLOPE
TIME
bit3
RELEASE
TI
ME
bit4
ATTACK
TIME
~CLARITY
=O:t
, =1:-
bit5
DECAY
TIME
bit6
SLOPE
TIME
bit7
RELEASE
TIME
OSC-1
PITCH
EG
63
START
LEVEL
9D~63
'.
-99~99
64
ATTACK
TIME
oo~s3
65
ATTACK
LEVEL
9D~63
'.
-99~99
66
DECAY
TIME
00~63
67
RELEASE
TIME
00~63
68
RELEASE
LEVEL
9D~63
'.
-99~99
69
TIME
VELOCITY
SE
N
SE
9D~63
.
-99~99
70
LEVEL
VELOCITY
SENSE
9D~63
'.
-99~99
VDF-1
n
CUTOFF
VALUE
oo~63
72
KBD
TRACK
CENTER
oo~7F
'.
C
-
l~G9
73
CUTOFF
KBD
TRACK
9D~63
'.
-99~99
74
EG
INTENSITY
oo~63
75
EG
TIME
KBD
TRACK
oo~63
76
EG
TIME
VEL.SENSE
00~63
77
EG
INT
.
VEL
.
SENSE
9D~63
:
-99~99
VDF-1
EG
78
ATTACK
TIME
oo~63
79
ATTACK
LEVEL
9D~63
.
-99~99
80
DECAY
TIME
00~53
81
BREAK
POINT
9D~63
'.
-
99~99
82
SLOPE
TIME
oo~63
83
SUSTAIN
LEVEL
9D~63
'.
-99~99
84
RELEASE
TIME
oo~63
85
RELEASE
LEVEL
9D~63
'.
-99~99
VDA-1
86
OSC!LATOR
LEVEL
oo~63
87
KBD
TRACK
CENTER
oo~7F
'.
C-
l
~G9
88
AMP.
KBD
TRACK
INT.
9D~63
'.
-99~99
89
AMP.
VELOCITY
SENSE
9D~63
'.
-99~99
90
EG
TIME
KBD
TRACK
00~53
91
EG
TIME
VEL.SENSE
00~63
VDA-1
EG
92
ATTACK
TIME
00~53
93
ATTACK
LEVEL
oo~s3
94
DECAY
TIME
oo~63
95
BREAK
POINT
oo~63
96
SLOPE
TIME
oo~63
97
SUSTAIN
LEVEL
oo~63
98
RELEASE
TI
ME
oo~63
OSC-1
EG
TIME
KBD
TRACK
.
VEL.
SW
&
POLARITY
99
F.
EG
TIME
K. T
SW&POL
bi
t7~o
*l
100
F.
EG
TIME
VEL
.
SW&POL
bit7~0
*l
101
A.
EG
TIME
K. T
SW&POL
bi
t7~0
*l
102
A.
EG
TIME
VEL
.
SW&POL
bit7~0
*l
OSC-2
PARAMETER
103
SAME
AS
OSC-1(63~102)
1
42
*2
0 :
SINGLE
DOUBLE
2 :
DRUII
*3
0 :
TRIANGLE
(,/\,/)
1 :
UP
SAW
<Ml
2
DOWN
SAW
(N'-...)
3 :
RECTANGLE
(fLj)
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