Roland Alfa JUNO-2 - Page 51

63 (TONE NAME table)
2=C
3
=
D
4=E
5=F
7=H
8=1
9
=
J
10
=
K
n=L
i2~n
13=N
14=0
15
=
P
t6=Q
17
=
18:S
33
=
h
50Ky
19=T 3S
=
j
51
=
31
20=U
2UV
Z2=W
23=X
24=Y
Z5=Z
27sb
29=d
30:e
3Uf
36=k
52=0
S3=l
54 =
2
55=3
5B=4
3fl=a
39:n
40
=
rt
4i=p
42
=
q
43sr
44
=
s
57
=
5
sac6
59s7
60=8
4S=t
61=9
46=u
47av
62= apace
63=-
46
,47
reserved
48 TONE MODIFY
{
ignored
i f
= ENV
TIME (increnent)
1
=
BRILLIANCE (increnent)
2
=
MOD DEPTH 1 increnent)
3
r
MOD BATE (increnent)
16
s
ENV
TIME (decreaent)
n
=
BRILLIANCE (decrement)
18
=
HOD DEPTH (decrement)
I a
=
MOD
RATE
(decreMent)
3.3 Bulli
DuMp
Bulk Duap
has
no
reUtion with
the EXCL In the
MIDI function.
When the 'DATA TRANSFER Button', 'WRITE Button' and 'BULK DUMP
Button'
ere pressed.
Byte
B
UU
0000
b 0100
0001
c 0011 out
d 0000 nnnn
e 0010 0011
f
OOtO 0000
g
0000 0001
h
0000 oooo
i OOpp
pppp
j
0000
tttt
k 1111 OIU
Notes
Deecriptto
BxcluBive
Btatua
Roland ID
t
Operation code
=
BLD {bulk dunp)
Unit
#
s
MIDI
beeic
channel i
nnnn
=
where
nnnn
+
1
=
channel
t
Foraat
type
(
JU-l,JU-2
)
Level
4
=
1
Group t
Extension of
program
#
Prograa #
( pppppp=
n*4
:
n=
-
IS
)
4 sets of TONE
data
(
256 bytes
)
End of
Systea Exclusive
The ProgrsB
#
(i) represents the first
TONE nuaber of
the I^NE data sets
(J).
The
4
sets of TONE data are aequencially
transBitted.
TONE
data
is sent in four-bit nibbles, right
justified,
least significant nibble sent first-
Each
TONE
data
consists
of 32
bytee.
The Bulk DuBp aesaage repeats !G times.
tlONE
data foraat
DCO
AFTER
DEPTH VCF
KEY
FOLLOW
I
VCF
AFTER DEPTH
VCA
AFTER DEPTH
2
BNV
KEY
FOLLOU
DCO BENDER RANGE
3
t>«
DCO LFO MOD
DEPTH
4 bOO DCO
ENV
HOD DEPTH
5 bOI DCO PULSE
Ptf/P««
BKPTH
6 boa DCO PWH HATS
7
bQ3
VCF
CUTOFF
FREQ
8 b04
VCF
RESONANCE
9 b05 VCF
ENV
MOD
DEPTH
10 bOB VCF LFO MOD DEPTH
11 b07
VCA
LEVEL
12 boe LFO RATE
13
b09 LPO
DELAY
14 blO
ENV
Tl
15 bll
ENV
LI
16
bl2
ENV
T2
17 bl3 ENV
L2
IB bi4 ENV T3
19 bis ENV
L3
20 bl6
ENV
T4
21 bl7
«s«
:
TONE NAME
-
1
22 bl8
• *•
!
TONE NAME
-
2
23 bl9
»«s
;
TONE NAME
-
3
24 b20
>>t
i
TONE NAME
-
4
25 b21
»•«
;
TONE
NAME
-
5
26 b22
t««
!
TONE
NAME
-
6
27
o I c
!
TONE NAME
-
7
28 c 3
c 2 1
TONE
NAME
-
8
29 c 6
c 4 :
TONE
NAME
-
9
30 c
7
c 6
!
TONE NAME
-
31 ( dummy
)
:
0,
ignored
if
received
bOO CHORUS
(1 :
UFK 1
s
OM
bO! h02
DCO ENV MODE ENV normal
1
1
I 1
ENV inverted
ENV normal
with
dynami
ENV
invertf^d with dynami
b07 b08 b09
VCF ENV MODE
VCA
ENV MODE
DCO WAVEFORH
SUB
DCO WAVEFORM
SAWTOOTH
DCO WAVEFORM
PULSE
HPF
CUTOFF
FREQ
DCO RANGE
DCO SUB
LEVEL
DCO NOISE
LEVEL
ENV normal
ENV
inverted
ENV normal
with dynamic
dynamics
ENV
QATE
ENV with dynanii
GATE
with dynamti
c7 c6
c5 c4 c3
c2
cl cO
CHORUS RATE
RECOGNIZED
EXCLUSIVE MESSAGES
>Received
if EX'CL in
the
MIDI
function is on.
All
Tone
Parameters without Tone names
(
APR
|
Byte
iption
aim
0000
b
0100
0001
c con
0101
d 0000 nnnn
e 0010 0011
f
0010
0000
g
ODQO
OOOi
h
Ovvv
WW
1 1111
0111
EN(^iusive status
Rolsnd ID «
Operation code = APR
fall
parsnetera)
Unit •
=
HIUI basic channel, nnnn
=
where
nnnn 1
= channel
#
Format type ( JU-l,JU-2 )
Level
« =
1
Group t
Value
(
-
127
)
In
sequence (36 bytes tuLsl
)
End
of Syateoi Exclusive
Bulk
Dump has no
relation with the EXCL in
the
MIDI
function.
When the
'DATA TRANSFER
Button', 'WRITE Button' and 'BULK
LOAD
Button' are
pressed.
Byte
Description
a
UU
0000
Exclusive statue
b
QlOO 0001 Ruiand ID
«
c 0011 0111 Operation
code
-
BLD (bulk dump)
d
0000 nnnn Unit »
=
MIDI basic channel, nnnn
=0-15
where
nnnn
t 1
s
channel
#
e
0010 0011 Format type
(
JU-1 ,JU-2
)
f
0010
0000 Level «
=
1
g
OQOO OOOI Group
f
h
0000
0000
Extension of program
f
i OOpp
pppp
Program
I
j
0000 tttt
Same sets
of TONE
data
k
UU
OUl End of System Exclusive
The Program
t
ia recognized as the first TONE
number
of the TONE data seta.
3Z
bytes are recognized as a set of TONE data.
TONE data ia
received
in four-bit nibbles, right
juatifiedi least
significant
nibble
received first.
See
3.3
Bulk Dump,
to understand
the TONE data
format.
Other Sxcluaive aessBgea are
described in section
3.