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into cartrioge slot
B
the
"***ERROR*** Cartriage
not ready!"
inessaye
will
be
displayed when
the
following operation
is
performed.
*
When calling data from
a
RAH cartridge
to be
edited and returned
to the same
cartridge, make sure that
the
cartriage
memory protect switch
is
OFF before
inserting
the
cartridge,
(c)
Hold
a
PERFORMANCE MEMORY bank switch
or
PERFORliAMCE
&
VOICE switch down
and
press
the
CARTRIDGE switch.
*
If
a
PERFORHAIICE
:iEMORY or
PERFORMANCE
&
VOICE switch
is
not held,
or it is
released before pressing
the
CARTRIDGE
switch, the "**ERROR**
Cartridge format
conflict!"
message will
be
displayed.
In
this case
return
to
step
(c)
*
If a
VOICE MEMORY CARTRIDGE
is
inserted
the
"**ERROR** Cartridge format
conflict!"
message
v/ill
be
displayed.
(d)
Using
the
PERFORMANCE MEMORY
or
VOICE
MEMORY
buttons, select the target voice
to
which the effects will
be applied.
*
VOICE MEMORY
data can
be
called even
in
the
FUHCTIOn
r.ioae.
Edited effect
data
(PERFORMANCE MEMORY parameters) which
have been combined with voice
data can
be
stored
in the
PERFORMANCE MEMORY,
*
If
the
PERFORMANCE
MtU-lORY
bank
5
—
buttons are pressed the "**ERROR**
Cartridge format conflict!"
message
will appear
momentarily
in the
middle
of the
performance
name
ai
splay,
or
the
"**ERROR** Cartridge not ready!"
message will
be
displayed
in the
channel
B
voice name display.
In
this
case the effect data only will
oe
called, and voice data will not
be
assignee
(the
voice memory data
previously called into
the
buffer will
be
applied).
This
is
because
the
cartridge ana internal PERFORMANCE
MEMORY
data are the same.
In
banks
5—8,
VOICE MEMORY CARTRIDGES will
be
assignee
for both
channels A AMD
B.
In
banks
5
—
8
it is
also possible
to
disengage cartriage assignment,
re-select an internal VOICE MEMORY and
combine
it
with effects.
*
While using
a
PERFORMAt^CE
MEMORY
CARTRIDGE
it is
not
possible
to
call
data from
a
VOICE MEMORY CARTRIDGE
in
channel
A,
**
ContinuoG
in
"SWITCHING
TO
THE
FUNCTION MODE
Ai^D
ENTERING
DATA".
(3)
SWITCHING
TO THE
FUl^CTION
MODE AND ENTERING DATA
(fig.
58)
(e)
Use the
FUNCTION switch
to
switch
to the
FUNCTION mode.
In
this state
tne PERFORMAItCE
MEMORY/FUNCTION
switches can
be
used
to
call the
FUNCTION MODE FUNCTIONS.
(£)
Respond
to the
process control
prompts shown
on
the
LCD display using
the
DATA ENTRY section,
*
In
the
FUNCTION mode just about
all
parameters
can be
applied independently
to
channels A and
B.
The channel will
automatically
be
selected and indicted
on the
LCD display.
*
The LCD display will read "FUNCTION lA
OBUUUU>>VVW
mnH'J
(XX-YY)
ZZ"
(fiq.
59).
*
"1"
snows
the
position
of the
parameter
(in
this case, bank
1).
"A"
indicates
the tone
generator channel
{in
this
case channel
A)
*
"UUUU>>VWV"
are the parameter
abbreviations.
The double cursor
()
shows the selected parameter.
*
"WWIJ^;"
is
a
parameter
or
control
prompt.
"XX-YY" is the data range and
"ZZ" is the data.
*
In
most
of
the
PERFORMANCE
MEMORY/FUNCTION switches,
a
single
switch will have four different
functions
(jobs).
Each time the switch
is
pressed
the next
function
is called.
The "job" order for the switches
is
printed
to
the right
of the
control
panel
(fig.
60).
*
I7hen
the power is
initially turned
ON,
the
upper- row number
1
(MASTER
TUNE)
parameter
is
automatically selected
(data set
before the power was turned
OFF
is retained)
.
(g)
After performing
the
operation
for
one channel, switch to the other
channel and repeat the operation.
Channels
can be
switched
by
pressing
a
VOICE MEMORY bank
or
voice switch
of
the
oesired channel.
Fig. 58.
Switching
to
Function Mode
and
Entering Data
IT-T'
SANK
vmcE
II
a~ Q~
Fig. 59.
(e)Switch
to another channel
(e)
(bank or
voice
switch)
rParameter position,
rSound source
channel.
pShort
title
ot
parameter.
F U C
T
I
H
1 fi
I
IJ ij (J ij
;::.
>
g
i; ij ij
).
>
y
|,|
|
j
y
Ui,JUiJ
,;v;,:;_vv)
vy
x:
'
c=variable
length'xj
Parameter
or
data,
operation selection.
Fig. 60,
Function Job Table
Data
UMCHON
JOB
TABl.f
(4)
STORING FUNCTION DATA
Parameters
set in the FUNCTION mode can be
stored
in the
PERFORMANCE MEMORY.
However,
only PERFORMANCE MEMORY
parameters
can be
stored.
For this
operation, four processes
are possible according to the FUNCTION mode
control processes
I—
IV,
VJe'll
describe
33
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