Yamaha DX7 II D Installation and operation manual

YAMAHA
MID I Technical
Data and Charts
I
OO·FD/D
DIGITAL PROGRAMMABLE ALGORITHM SYNTHESIZER
SUPPLEMENTAL BOOKLET

Welcome----------,
This supplemental booklet contains technical information about MIDI implementation of
the DX7 II FD/0.
This information includes details on the MIDI messages the DX7 II FD/D can transmit and
receive. Also included are the system bulk formats and individual parameter change mes-
sages for DX7 II FD/D voices, performances, microtunings, and system setups.
While this booklet is mainly intended for hardware and software designers who are
developing products that need to communicate with the DX7 II FD!D, it should also be
useful for DX7 II FD/D owners who wish to delve deeper into the nuts and bolts of MIDI.
For continuing information concerning the DX7 II FD!D, consult AfterTouch, the official
publication of the Yamaha Users Group. Many advanced functions will be discussed in its
pages in the coming months. There will also be information regarding the availability of
other materials concerning more advanced applications. To receive a free copy of After-
Touch every month, send your request to AfterTouch, P.O. Box 7938 Northridge, CA
91323-7938. On your letter or postcard, be sure to indicate that you are the owner of a
DX7 IIFD/0.

Contents
1 Section 1: MIDI Data Chart
2 Introduction to MIDI
3 MIDI Data Chart
5 Section 2: Control Change Messages
6 Receiving Control Change Messages
7 Transmitting Control Change Messages
9 Section 3: MIDI Data Formats
10 Transmission Requirements
11 Transmission Data
14 Reception Requirements
15 Reception Data
17 Voice Parameters (VCED format)
18 Additional Parameters (ACED format)
19 Performance Parameters (PCED, PMEM format)
20 Voice Data (VMEM format)
21 Additional Data (AMEM format)
22 System Set-up Parameters
23 Micro Tuning Parameters
24 Fractional Key Scaling Parameters

MIDI Data Chart
- 1-

Introduction
to MIDI
Status Byte
Data Bytes
Reading the
MIDI Data Chart
MIDI makes it possible for various types of equipment to communicate with each other.
By transmitting appropriate MIDI messages, a MIDI keyboard or sequencer can play
notes, make program changes, and send controller changes to external MIDI synthesizers
and tone generators. MIDI also makes it possible for voice and other memory data to be
sent from one MIDI device to another.
A MIDI message is made up of one or more bytes of information. The first byte of a MIDI
message is the Status byte. The Status byte establishes the type of message as a channel or
system message. If the message is a channel message, the Status byte will also include a
MIDI channel number.
For MIDI messages longer than one byte, the Status byte is followed by one or more Data
bytes. When a MIDI device receives a Status byte, it will know exactly how many Data
bytes the message should have and will expect those Data bytes to follow the Status byte.
The only exception is the System Exclusive (FO) message. When a MIDI device receives
an FO Status byte, it will continue to receive Data bytes until it gets an End Of Exclusive
(F7) Data byte.
The MIDI Data Chart on the next page shows the various standard MIDI messages that
the DX7 II ID/D can transmit and receive. The byte values in the chart are shown as
hexidecimal numbers.
-2-

MIDI Data Chart
Message Status Byte First Data Byte (xx) Second Data Byte (yy)
Note Off 8n Note Number Velocity
Note On 9n " "
Polyphonic
An
" Pressure
Aftertouch
Control Change Bn (Control Number)
01 Modulation Wheel Data
02 Breath Controller "
04 Foot Controller "
w 05 Portamento Time "
~
06 Data Entry Slider
07 Main Volume
w
~
40 Sustain l
...J
41 Portamento 00 Off
w
z 42 Sostenuto
7F: On
z 43 Soft J
<{
I
u 60 Data Increment
7F
61 Data Decrement
7F
I
7A Local 00:
Off. 7F On
78 All Note Off 00
(Channel Mode Message)
7C Omni Off 00
70 Omni On 00
L
7E Mono On 00-0A (Number of channels)
7F Poly On 00
Program Change Cn Program number
=========
Channel Aftertouch On
Pressure
==-----
Pitch Wheel En
LSB MSB
System Exclusive FO
Mftr. IDcode Undefined
w
-----
F1
---- ----
~
Song Position F2
LSB MSB
(f)
Po1nter
w
~
Song Select F3
Song number
----
z
w 0
-----
F4, F5
=========
=========
~
~
~
Tune Request F6
------
----
(f)
0
w u End Of Exclusive
F7
--- ----
~
~
Timing Clock
F8
------
--------
w
tn
w
----- ------
==========
~
F9
in
Start FA
~
---===
(f)
w
~
Continue FB
------
==========
w
~
Stop FC
------
----=
5
---
FD
----
==========
<{
w
------
---=====
cr:
Act1ve Sensing
FE
System Reset FF
---
=========
-3-

-4-

~ Control Change Messages
- 5-

Receiving
Control Change
Messages
Controller numbers appear in
bracketts and can be set using
the MIDI 1 button.
CS controller numbers 5-10
are for transmission only.
The DX7 II FDJD will respond to Control Change messages received from external MIDI
equipment. The diagram below shows the DX7 II FDJD controller effected by the received
message's control number. The effect on the current voice or performance is determined
by the parameter settings for the specified controller.
,,,,
Modulation wheel
>PMod >AMod >EGbias
( 1)
75 0 0
Breath control
>P~od>AMod>EGbias>Pbias
( 2)
0 0 0 + 0
::;::::':'::
''''''·'''''''
Foot control
>CS1>PMod>AMod>EGbias>Uol
( 'f)
off 0 0 99 0
,.,.,.
Foot control
2
>PMod >AMod >EGbias >Uol
( 7)
0 0 0 90
MIDI IN control >PMod >AMod >EGbias >Uol
[11] 0 0 0 0
PortaMento >Mode >SteP
0
cs 1
[ 6]
cs 2
[10]
sus-ke~ P retain
>Select
OP2 Frequenc~ fine
>Select
OP6 FrequencY coarse
>A
on
>TiMe (5)
0
>A >B
on off
>A
on
>B
on
>B
off
Foot switch
(6'f-67)
>Select >A >B
Portal'lent on on
-6-
2
4
7
A: 11-31
8:11-31
the LCD shows the
wrrently edited voice (A or B)
5
11-31
regulates parameter
appearing under ">Select'
11-31
regulates parameter
appearing under ">Select"
54: Sustain
65: Portamento On/Off
66:Keyhold
67:Soft
regulates parameter
appearing under ">Select"

Transmitting
Control Change
Messages
The DX7 II FD!D can transmit Control Change messages to external MIDI equipment. The
chart below shows the MIDI control number transmitted by each of the DX7 II FD!D's
controllers. Remember that the receiving MIDI device must use the same control number
to respond correctly.
DX7 II Controller Control Number Transmitted
Modulation Wheel 1
Breath Controller 2
Foot Controller 1 4
Foot Controller 2 7
Sustain Foot Switch
64
Foot Switch 2 64 Sustain
Selectable 65 Portamento On/Off
66 Key Hold
67 Soft
Continuous Slider 1 8
(NB Balance) in EDIT mode
Selectable from
5- 31 for use in PLAY mode*
Continuous Slider 2 6 (DATA ENTRY)
in EDIT mode
Selectable from
5- 31 for use in PLAY mode*
Data Entry Button Gil
96
Data Entry Button []]
97
• see page 39 of the DX7 II fd/d owners manual for a list of the
of the parameters assignable to the Continuous Sliders.
- 7-

- 8-

MIDI Data Format
-9-

MIDI Data Format
1. Transmission Requirements
ACTIVE SENSING
$FE
NOTE ON/OFF $9n
MODULATION WHEEL
$Bn,
$01
BREATH CONTROL
$Bn, $02
FOOT CONTROL
$Bn, $04
PORTAMENTO TIME
$Bn,
DATA
ENTRY
$Bn,
VOLUME
$Bn, $07
CONTINUOUS SLIDER 1
*1
$Bn,
$05-$1F
CONTINUOUS SLIDER 2
*2
$Bn, $05-$1F
SUSTAIN SWITCH $Bn, $40
PORTAMENTO SWITCH $Bn,
$41
SOSTENUTO $Bn, $42
SOFT
$Bn, $43
DATA
ENTRY +1 $Bn, $60
DATA ENTRY -1
$Bn, $61
PROGRAM CHANGE
$Cn
AFTER TOUCH
$Dn
PITCH BENDER
$En
MIDI
OUT
VOICE EDIT BUFFER
$FO, $43, $OS,
$00
SUPPLEMENT EDIT BUFFER $FO, $43,
$OS, $05
PACKED32SUPPLEMENT
$FO, $43, $OS,
$06
PACKED 32 VOICE $FO, $43,
$OS, $09
PACKED 32 PERFORMANCE $FO, $43,
$OS, $7E
PERFORMANCE EDIT BUFFER $FO, $43,
$OS, $7E
SYSTEM SETUP $FO, $43,
$OS, $7E
MICRO TUNING EDIT BUFFER
$FO, $43,
$OS, $7E
Device
MICRO TUNING IN MEMORY $FO, $43,
$OS, $7E
Number
OFF
MICRO TUNING IN CARTRIDGE $FO, $43,
$OS, $7E
FRACTIONAL SCALING EDIT BUFFER $FO, $43,
$OS, $7E
FRACTIONAL SCALING IN CARTRIDGE
$FO, $43,
$OS, $7E
VOICE PARAMETER CHANGE $FO, $43, $1S, $00-$01
SUPPLEMENT PARAMETER CHANGE
$FO,
$43, $1S, $18
PERFORMANCE PARAMETER CHANGE $FO, $43, $1S, $19
MICRO TUNING PARAMETER CHANGE
$FO, $43, $1S, $18,
$7E
FRACTIONAL SCALING PARAMETER CHANGE
$FO, $43, $1S, $18,
$7F
*1 BALANCE $Bn, $08 in EDIT MODE
*2 DATA ENTRY $Bn, $06 in EDIT MODE
- 10-

2. Transmission Data
2-1. Channel information
Transmission is possible only when 1- 16 is specified as
the
transmission channel.
1) Channel voice message
1 Key ON/OFF
Status
Note No.
Velocity
1001nnnn
Okkkkkkk
Ovvvvvvv
00000000
2 Control change
(9n) n
=channel No.
k=36(Cl)-96(C6)
(v=O) Key ON
(v = 0) Key OFF
Status 1 0 1 1 n n n n (Bn)
n=channel No.
Control No. 0 c c c c c c c
Control Value 0 v v v v v v v
Control No.
c=1 Modulation wheel
c=2 Breath control
c=4 Foot control
c=5 Portamento time
c=6 Data entry slider
c=7 Volume
c=5-
c=31
Continuous slider
c=64
Sustain SW
c=65 Portamento SW
c=66 Sostenuto
c=67
Soft
c=96 Data entry +1
c=97
Data entry - 1
3
Program change
Status 1100nnnn
Program No. Oppppppp
4 After touch
Status 1101nnnn
Value Ovvvvvvv
5 Pitch
bender
Status 110nnnn
Value (LSB) Ouuuuuuu
Value (MSB) Ovvvvvvv
Resolution ?bit
v=0-127
v=0-127
v=0-127
v=0-127
v=0-127
v=0-127
v=0-127
v=O: OFF, 127: ON
v=O: OFF, 127: ON
v=O: OFF, 127: ON
v=O: OFF, 127: ON
(Cn) n =channel No.
p=0-63:
INTERNAL
p=64-127:
CARTRIDGE
(Dn) n
=channel No.
v=0-127
(En) n =channel No.
The
transmission data are as follows:
MSB
00000000 (00)
01000000 (40)
0 1111111 (7F)
LSB
00000000 (00)
00000000 (00)
0 111111 0 (7E)
Min.
Mid.
Max.
- 11 -
2-2. System information
1) System real time message
Active sensing
Status 1 1 1 1 1 1 1 0 (FE)
2) System exclusive message
Transmission is possible only when the device No. is set to
1-16.
1 Parameter change
Status
11110000 (FO)
ID No. 01000011
(43)
Substatus/
0001nnnn (1n)
device No.
Parameter
Oggggghh
group No.
Parameter No.
Oppppppp
Data 0 d d d d d d d JSingle
or multiple
0 d d d d d d d bytes
EOX
11110111 (F7)
There are seven parameter group Nos. and parameter Nos.
No. of
Parameter g h p data
byte
0 0
0-127 1
Voice 0 1
0-28 1
Supplement
Note 3)
6 0
0-73
1
Performance
6 1
0-52
1
System set-up 6 1 64-
1
Micro tuning 6 0 126 3
Note 1)
4
Fractional scaling
6 0
127
Note 2)
NOTE1 ________________________________ __,
Data bytert
Okkkkkkk
Ohhhhhhh
Olttlltl
key number
data (high)
data (low) }total of
0-84
binary
0-127 binary
3 bytes
NOTE2----------------------------------,
Data bytes
OOOOOppp
OOkkkkkk
Ohhhhhhh
Oltlllll
operator number l
key group number total of
data (high) 0-1 binary 4 byte
data (low) 0-127 binary
NOTE3----------------------------------,
Under the Supplement parameter change, DX7
function parameter change will be transmitted along
with the above.

• Fractional Scaling Parameter Change 2 Bulk data
Operator number
p
Operator
0
op 6
For
I
Voice edit buffer
Supplement edit buffer
Packed 32 supplement
Packed 32 voice
1
op 5
2
op 4 Status
11110000
(FO)
3
op 3
IDNo.
01000011
(43)
4
op 2
5
op 1
Substatus/
OOOOnnnn (On)
device No.
Format No.
Offfffff
Byte count (MSB) 0 b b b b b b b
Byte count (LSB) 0 b b b b b b b
Data
Oddddddd
Key group number l
K Key Data
Oddddddd
0 offset
-128-127
(Complement of 2)
Checksum Oeeeeeee
1
C:ll>2- C-1 0
-256
(Binary) EOX
11110111 (F7)
2
C# -1-D# -1
3 E-1
-F# -1
4 G-1 -A-1
Format Data Byte
No. count
5 A#-1-
co
0 Voice edit buffer 155
6
C#O- D#O
7
EO
- F#O
5 Supplement edit buffer 49
8
GO
-
AO
6 Packed 32 supplement 1120
9
A#O- C1
10
C#1-D#1
9 Packed 32 voice 4096
11 E1
- F#1
12
G1
-
A1
• When using universal Bulk Damp
13
A#1- C2
Status 1 1 1 1 0 0 0 0 (FO)
14
C#2-D#2
IDNo.
0 1 0 0 0 0 1 1 (43)
15 E2 -
F#2
16
G2
-
A2
Substatus/
OOOOnnnn (On)
device No.
17 A#2-
C3
Format No. 0 1 1 1 1 1 1 0 (7E)
18
C#3- D#3
Byte count (MSB) 0 b b b b b b b
19 E3 -
F#3
Byte count (LSB) 0 b b b b b b b
20 G3
-
A3
Classification Oaaaaaaa ASCII'L
21 A#3-
C4
name Oaaaaaaa
'M
22 C#4- D#4
(4 bytes)
Oaaaaaaa
23 E4 -
F#4
Oaaaaaaa
.
~
Repeat group
24 G4
-
A4
Data format
Ommmmmmm ASCII
25 A#4-
C5
name (6 bytes)
26
C#5-D#5
Ommmmmmm
27 ES
- F#S
Data
Oddddddd
28
GS
-
AS
~ ~
29 A#S-
C6 1:
~ r l
Oddddddd
30 C#6- D#6
Checksum
Oeeeeeee
31
E6 -
F#6
EOX 11110111
(F7)
32
G6
-
A6
33
A#6- C7
34
C#7-D#7
35
E7 -
F#7
l;
: : ~ :
36
G7
-
A7
37
A#7-
C8
38
C#8- D#8
39
E8 -
F#8
40
G8
1
-12-

Data Byte
Classification
Data format No. of
count name
name repeats
DX7 II Performance Edit Buffer
61 LM~~
8973P E 1
DX7 II Packed 32 Performance
1642
LM~~
9873P M 1
DX7 II System Set-up 112
LM~~
8973 S~
1
Micro Tuning Edit Buffer
266
LM~~
MCRYE 1
Micro Tuning with Memory #x 266 LM~~ MCRYMx 2
Micro Tuning Cartridge
266 LM~~
MCRYC~
64
Fractional Scaling Edit Buffer 502 LM~~ FKSYE ~
1
Fractional
Scaling in Cartridge with Memory#
502
LM~~
FKSYC ~ 32
Note 1) The x of MCRYMx is a memory No. expressed in binary form, 0 or 1.
Note 2) When the number of repeats is 64, the data group from byte count to checksum will be transmitted 64 times.
-13-

3. Reception Requirements
$FE
ACTIVE SENSING
$8n
NOTE OFF
$9n
NOTE ON/OFF
$Bn, $01
MODULATION WHEEL
$Bn, $02
BREATH CONTROL
$Bn, $04
FOOT CONTROL
$Bn, $05
PORTAMENTO TIME
$Bn, $06 DATA
ENTRY
$Bn, $07
VOLUME
$Bn, $08
BALANCE
$Bn, $OB-$1F
CONTINUOUS SLIDER
MIDI $Bn,
$OB-$1F
MIDI CONTROL
IN
$Bn, $40
SUSTAIN SWITCH
$Bn, $41
PORTAMENTO SWITCH
$Bn, $42
SOSTENUTO
$Bn, $43
SOFT
$Bn, $60 DATA
ENTRY +1
$Bn, $61 DATA
ENTRY -1
$Bn,
$7E POLY
$Bn, $7F
MONO
$Cn
PROGRAM CHANGE
$Dn
AFTER TOUCH
$En
PITCH BENDER
MEMOR~$FO,
$43,
$OS, $09
PACKED 32 VOICE
PROTECT $FO
$43,
$OS, $06 PACKED 32 SUPPLEMENT
ON '
$FO, $43,
$OS, $7E
PACKED 32 PERFORMANCE
OFF $FO,
$43, $OS, $7E
SYSTEM SETUP
$FO, $43,
$OS, $7E
MICRO TUNING IN MEMORY
ON $FO,
$43, $OS, $7E
MICRO TUNING IN CARTRIDGE
OF~$FO,
$43,
$OS, $7E
FRACTIONAL SCALING IN CARTRIDGE
CARTRIDGE
PROTECT
$FO,
$43,
$OS, $00 VOICE EDIT BUFFER
$FO,
$43, $OS,
$05 SUPPLEMENT EDIT BUFFER
$FO, $43,
$OS,
$7E PERFORMANCE EDIT BUFFER
$FO, $43,
$OS, $7E
MICRO TUNING EDIT BUFFER
$FO, $43,
$OS, $7E
FRACTIONAL SCALING EDIT BUFFER
$FO, $43, $1S,
$00-$01
VOICE PARAMETER CHANGE
$FO,
$43, $1S, $18
SUPPLEMENT PARAMETER CHANGE
$FO, $43, $1S, $19
PERFORMANCE PARAMETER CHANGE
$FO, $43, $1S, $18
REMOTE SWITCH
$FO, $43, $1S, $18, $7E
MICRO TUNING PARAMETER CHANGE
$FO, $43, $1S, $18,
$7F FRACTIONAL SCALING PARAMETER CHANGE
$FO, $43, $2S
DUMP REQUEST
-14-

4. Reception Data
4-1. Channel information
There are two types of MIDI reception channels for channel
messages: A and B.
Single mode
Dual mode
Split mode
: Only A is effective
: Only A is effective
: A, B
independent
The split point function is effective when
A= B, assigning A to the lower half and
B to the upper half.
1) Channel voice message
1 Key OFF
Status
1000nnnn (Bn) n =channel No.
Note No.
Okkkkkkk
k = O(C_z) ~ 127(Gs)
Velocity
Ovvvvvvv Ignore vs
2 Key ON/OFF
Status
1001nnnn
(9n) n
=channel No.
Note No.
Okkkkkkk
k = O(C_2) ~ 127(Gs)
Velocity
Ovvvvvvv v= 1 ~127 Key ON
00000000 Key OFF
3 Control change
Status
1011nnnn (Bn)
Control No. Occccccc
Control Value
Ovvvvvvv
c=1 Modulation wheel
v=0~127
c=2 Breath control
v= 0~127
c=4 Foot control
v=0~127
c=5 Portamento time
v=0~127
c=6 Data entry slider
v=0~127
c=B Balance
v=0~127
c=9-31
Continuous slider
v=0~127
c=9-31 MIDI control
v=0~127
c=64 Sustain SW
v=0~63: OFF,
64~127: ON
c=65 Portamento SW
v=0~63: OFF,
64-127: ON
c=66 Sosutenuto
v=0-63: OFF,
64~127: ON
c=67 Soft v=0-63: OFF,
64-127: ON
c=96 Date entry +1
c=97
Data entry - 1
The continuous
sliders can be assigned to certain internal
effects.
MIDI control can be assigned in the same way as foot control.
-15-
4 Program change
Status
Program No.
1100nnnn
Oppppppp
(Cn) n =channel No.
p=0-127
0-31 select internal PERFORMANCE combinations in
PERFORMANCE mode.
32 ~63 select cartridge PERFORMANCE combinations.
Values over 63 repeat this order of selection (I NT 1-32 .....
CRT 1 ~32).
In Single, Dual or Split mode, 0~63 select INT voices,
64-127 CRT voices.
5
After touch
Status
Value
1 0 1 1 n n n n (Dn) n=channel No.
0 v v v v v v v v= 0-127
6 Pitch bender
Status 1 1 0 n n n n (En) n =channel No.
Value (LSB) 0 u u u u u u u
Value (MSB) 0 v v v v v v v
Operates with only the MSB data.
00000000 Min.
01000000 Mid.
01111111 Max.
2) Channel mode message
Poly/All note off
1 0 1 1 n n n n (Bn)
0 1 1 1 1 1 1 0 (7E) Poly/All note off
00000000
2 Mono/All note off
1 0 1 1 n n n n (Bn)
0 1 1 1 1 1 1 1 (7F) Mono/All note off
0 mmmmmmm Set to the Mono mode with only m = 1
recognized.
Ignore when m = 1.
4-2. System Information
1) System real time messages
Active sensing
Status 1 1 1 1 1 1 1 0 (FE)
Upon
reception of the code, sensing will start. When there
is no status byte or data for 300 msec, the MIDI reception
buffer is cleared and the on-going sound turned OFF.

2) System exclusive messages
1 Parameter change (Switch remote)
Status
11110000 (FO)
ID No. 0 1 0 0 0 0 1 1 (43)
Substatus/
0001nnnn (1n)
device No.
Parameter
00011011 (1 B)
group No.
Switch No.
Ommmmmmm
Data Oddddddd
d=O: OFF d=127: ON
EOX
11110111 (F7)
All the panel switches are controlled.
The switch numbers are follows:
142 431 136 37381
14445113940411
132331 j~o~~====~~~51
134351 1~16~~====~~3~11
2 Parameter change
Same as for transmission
3 Bulk data
Same as for transmission
4 Dump request
For IVoice
edit buffer (f= 0)
Supplement edit buffer (f= 5)
Packed 32 supplement (f= 6)
Packed 32 voice (f = 9)
Status
ID No. 1 1 1 1 0 0 0 0
(FO)
0 1 0 0 0 0 1 1 (43)
0 0 1 0 n n n n (2n)
Substatus/
device No.
Format No.
EOX 0 f f f f f f f f= 0, 5,
6, 9
1 1 1 1 0 1 1 1 (F7)
• Universal bulk dump
Status 1 1 1 1 0 0 0 0
(FO)
ID No. 0 1 0 0 0 0 1 1 (43)
Substatus/
device No.
0010nnnn
(2n)
Format No. 01111110
(7E)
Classification Oaaaaaaa
name
l
(ASCII 4 letters)
Oaaaaaaa
Data format
Ommmmmmm
name l
(ASCII 6 letters)
Ommmmmmm
EOX 1 1 1 1 0 1 1 1
Classification name and data format name are
same as for transmission.
-16-

5-1. Voice Parameter (VCED format)
g h
P.NO PARAMETER
DATA
NOTES
I NIT
0 0 0 Rl
0 - 99
EG RATEl
21 42 63 84 105
99
1 R2
0 - 99
EG RATE2
22 43 64 85 106
99
2
R3
0 - 99
EG RATE3
23 44 65 86
107
99
3 R4
0 - 99
EG RATE4
24 45 66 87 108
99
4 Ll
0 - 99
EG LEVELl
25 46 67 88 109
99
5
L2 0 - 99
EG LEVEL2
26 47 68 89 llO
99
6
L3
0 - 99
EG LEVEL3
27 48 69 90 111
99
7
L4
0 - 99
EG LEVEL4
28 49 70 91
112
00
8 BP 0 -
99
BREAK POINT
29 50 71 92 113
39
9
LD
0 - 99
LEFT DEPTH
30 51 72 93 ll4
0
10
RD 0 - 99
RIGHT DEPTH
31 52 73 94 115 0
11 LC
0 - 3
LEFT CURVE
32 53 74 95
116 0
12 RC
0 - 3
RIGHT CURVE
33 54 75 96 117 0
13
RS 0 - 7
RATE SCALING
34 55 76 97 118
0
14
AMS 0 - 3 MODULATION
SENSITIVITY
35 56 77 98
119 0
15 TS
0 - 7 TOUCH
SENSITIVITY
36 57 78 99
120 0
16 TL 0 - 99
TOTAL LEVEL
37 58 79 100 121
(0Pl:99)0
17 PM 0 - 1 FREQUENCY MODE
38 59 80 101 122
0
18 PC 0 - 31
FREQUENCY COURSE
39 60 81 102 123
1
19 PF 0 - 99
FREQUENCY FINE
40 61 82 103 124
0
20 PD 0 - 14
DETUNE
41 62 83 104 125
7
----- ----- ----
~ ~ ~
---------
--- -----
-------------- ------------ --------------------
--------------------
----- ------------------------------
~ ~
-----------------
126 PRl
0 - 99
PEG RATEl
99
127 PR2 0 - 99
PEG RATE2
99
0 1 128 PR3 0 - 99
PEG RATE3
99
129 PR4 0 -
99
PEG RATE4
99
130 PLl 0 - 99
PEG LEVELl
50
131
PL2 0 - 99
PEG LEVEL2
50
132 PL3 0 -
99
PEG LEVEL3
50
133 PL4 0 - 99
PEG LEVEL4
50
134 ALS 0 -
31
ALGORITHM SELECTOR 0
135 FBL
0 - 7 FEED BACK LEVEL 0
136 OPI 0 - 1 OSC.PHASE INIT
1
137 LFS 0 -
99
LFO SPEED
35
138 LFD 0 - 99
LFO DELAY TIME
0
139 LPMD 0 - 99
PITCH MODULATION DEPTH
0
140
LAMD 0 -
99
AMPLITUDE MODULATION DEPTH
0
141 LFKS 0 - 1 LFO KEY SYNC 1
142 LFW 0 - 5
LFOWAVE
0
143
LPMS 0 - 7 LFO
PITCH MODULATION SENSITIVITY
3
144 TRNP
0 - 48
TRANSPOSE
24
145
VNAM1 ASC VOICE NAME I
146 VNAM2 ASC VOICE NAME N
147 VNAM3 ASC VOICE NAME I
148
VNAM4 ASC VOICE NAME T
149 VNAM5 ASC VOICE NAME
150 VNAM6 ASC VOICE
NAME
v
151 VNAM7 ASC VOICE NAME 0
152 VNAM8 ASC VOICE NAME I
153
VNAM9 ASC VOICE
NAME
c
154
VNAMlO ASC VOICE
NAME
E
----- -----
-----------
-----------------------
--------------
------------------------------------------ --------------------------
-------------------------
~ ~ ~
--------------
155
OPE 0 -
63
OPERATOR ENABLE B5:0P1,--,BO:OP6
156
OPSEL 0 - 5
OPERA TOR SELECT O:OPI.--,5:0P6
-17-