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*
Transmission:
All
PERFORMAHCE MEMORY
data
is
transmitted
at once.
TRANSMIT
DATA
(Job
3)
is
used
to
initiate
the
transmission.
However, this data can
only
be
received
by
a
DXl.
-^P.n
*
Reception:
This
is the
same function
as
LOAD FROM CARTRIDGE.
The data
received from the transmitting
instrument
or
equipment
is
stored
directly
in the
PERFORMANCE MEMORY.
*
The reception
completed displays and
error
displays
are the same as for
(q)
above.
(S)
EDIT PARAMETER CHAUGE:
VOICE
parameter
data.
*
Transmission:
Switching
to the
EDIT
mode and other VOICE parameter
operations are transmitted
in real
time.
^p.TS
*
Data
entered
at
the DATA ENTRY
section
can
be
transmitted
if
Sub-Job
2
is ON.
*
Reception:
The EDIT mode
is
called and
VOICE parameters are accessed according
to
the
operation
of
the
external
instrument
or
equipment.
(t)
PERFORMANCE MEMORY PARAMETER
CHAI^GE:
PERFORMAIICE
MEMORY parameter
data.
*
Transmission:
Switching to
the
FunCTIOM moae and other FUNCTION
parameter operations are transmitted
in
real time.
This data can only
be
received
by
a
DXl.
->^P.7S
*
Data
entered
at the
DATA ENTRY section
can be
transmitted
if
Sub-Job
2
is ON,
*
Reception:
The FUNCTION mode
is
called
and FUNCTION parameters are accessed
according
to the
operation
of
the
transmitting
DXl,
*
OMNI MODE (Sub- Job
4)
This permits MIDI reception on
all
channels.
Channels A and
B
are set independently
(fig.
80).
*
U'hen
ON all MIDI
receiving channels are
active regardless
of
the setting
of
SOURCE SELECT
(2)
*
The LCD display will read "FUNCTION 15A
>>MIDIBHSTAT>>DUnP
SU3J0B
4:
OMNI mode
XX-.
"XX" is the
ON/OFF status.
*
The ON and OFF states
alternate when
the
DATA ENTRY
YES
button
is
pressed.
*
The OMNI mode ON/OFF status can
be
transmitted
as
in
(t)
of
SYSTEM
EXCLU.
COMMUNICATION, above, when OTHER EVENT
DATA OUTPUT
is ON.
*PROGR/UI CHAIiGE
MODE (Sub-Job
5)
Selects
the
contents (VOICE
NUMBER/PERFORiJ\NCE NUMBER)
of
the
OTHER
EVENT DATA PROGRAM CHANGE
transmission/ reception.
Fig,
80.
Omni Mode
DXl
keyboard.
MIDI
input.
-o-
o-
*
The
VOICE and PERFORMANCE mooes
are
alternately selected
by
preesng
the
DATA ENTRY
YES
button (pressing
the NO
button selects
the
Sub-Job number).
*
The
LCD display will read "FUNCTION
15
>>MIEIBBSTAT>>DUMP
SUBJOB
5:
Prog,
change mode
XX",
"XX" is the
VOICE/PERFORMANCE
status.
Job
3 -
TRAt^ISMIT
DATA
This function initiates actual transmission
of
VOICE MEMORY data
or
PERFORMANCE MEMORY
data as
in
Job
2
SYSTEM
EXCLU. COMMUNICATION.
3
Sub- Jobs are
included:
DUMP ALL VOICE
IN
BANK
A,
DUIiP
ALL VOICE
IN
BANK
B,
and BUMP ALL
PERFORMAIICE
DATA
(fig. 31).
*
Transmission will function only
if
SYSTEM EXCLU. COMMUNICATION
of
Job
2
is
ON,
*DUMP ALL VOICE
IN
BANK A (Sub-Job
1)
All
32
VOICE MEMORY position
of
one channel
are transmitted, and
loaded into
the
m
corresponding channel VOICE MEMORY
of the
%
receiver.
*
Press
the
DATA ENTRY
YES
button
to
begin transmission (pressing NO selects
anotner Sub-Joo)
*
The channel
displayed on
the
LCD
display
is
transmitted.
The channel
can be
switched using
the
VOICE MEMORY
switches.
*
The
LCD display will
read
"FUi:CTION 15
>>MIDI>>STATBHDUMP
SUBJOB
1:
Dump
all
voice
in
bank A?".
*DUMP ALL VOICE
IN
BANK
B
(Sub- Job
2)
All 32
VOICE MEMORY position
of one
channel
are transmitted, and loaded into the
corresponding channel VOICE MEMORY
of the
receiver,
*
Press the DATA ENTRY
YES
button
to
begin transmission (pressing NO selects
another Gub-Job)
*
The Channel
displayed
on the
LCD
display
is
transmitted.
The channel
d
can
be
switched using
the
VOICE MEMORY
"
switches.
*
The
LCD display
will reaa
"FUNCTION
15
>>MIDI>>STATBMDUMP
SUBJOB
2:
Dump
all
voice
in
bank 3?".
Fig,
81.
Transmit Data Function.
Sound
source
Transmit
DUMP ALL
Receive
VOICE MEMORY
A
vuioc
111
n
VOICE MEMORY
A
-
DUMP ALL
VOICE
IN
B
VOICE MEMORY
B
-
VOICE MEMORY
B
nitun
Ai
t
PERFORMANCE
MEMORY
uvrir
HL.L,
PERFORMANCE
PERFORMANCE
MEMORY
50
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