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(12)
VOICE MEMORY
(fig.
71)
It
is
possible
to
store VOICE MEMORY data
in
a
PERFORMAI^CE
MEMORY location.
In
this way,
the
combination
of
voice oata and
performance parameters creates
a
"total"
sound
for
performance.
Fig. 71.
Voice Memory
®
m
m
a't
<
vo"
,
J
1
J
!
1
^
.
t
?
S
1
I
'
1
^
1
1
1
H
,
'
r
r
'
1
1
"
i
n
^
....
1
(13)
CARTRIDGE SW
(fig.
72)
Vihen
a
cartricqe voice
is
selected, and
wiien
the
cartridge voice data
is
stored
in
a
PERFORii/VrlCE
MEMORY, the OH/OFF status
of
the
CARTRIDGE switch
is
also memorized.
(14)
KEY
ASSIGN MODE
(fig.
72)
SINGLE/ DUAL/ SPLIT
The SINGE, DUAL
or
SPLIT KEY ASSIGN
IIODE
can
be
selected,
corabined
with VOICE MEMORY
data
anci
storeo
in the
PERFORMANCE MEMORY.
*
The
SPLIT POINT
for the
SPLIT mode
is
set using the
SPLIT POINT function
described
in
(8)
Job
1.
^P.40
Fig. 72.
Cartridge and
Key
Assign Mode
Switches
B
B
3
B B B
5-4
MEMORY MANEGEMENT
Most
Of
the DXl
functions which aeal with
the
memory
—
MEMORY MANAGEMENT
~
are
accessible
via the
PERFORMANCE
MEMORY/FUNCTION buttons
4
—
6
on the lower
row.
The
MEMORY MANAGEMENT functions are
for
memory control
only, and can not be
memorized.
Fig, 73.
Memory Management
(15)
PERFORMANCE
t,
VOICE
4
(F12)
This includes the memory
management
functions relating
to the
voice parameters,
4
Jobs are included:
COPY OP
DATA,
SAVE
TEMP. OPERATOR,
INITIALIZE MEMORY,
an-j
RECALL EDIT
BUFF.
Job
1
-
COPY OP DATA
This function permits copying the data
for
one operator in
a
voice
to
another operator
(fig,
74).
It is
designed
to
shorten and
simplify
the
voice creation process.
COPY
OP DATA incorporates
2
Sub-Jobs:
COPY
Ei;VELOPE
DATA ano COPY OSCILLATOR
DATA.
*
This function can not
be
used
to
copy data from one voice
to
another,
or
to
a
different channel.
*
COPY ENVELOPE DATA and COPY
OSCILLATOR DATA
are
called alternately
by
pressing
the DATA
ENTRY UQ button.
*COPY
EIW ELOPE DATA (Sub- Job
1)
The
8
ZG
parameters
(Rl
—
R4/L1
—
L4)
and
6
KEYBOARD SCALING parameters
(LEVEL SCALING,
L~R
DEFi'H,
L—
R CURVE,
BREAK POINT, RATE
SCALING
DEPTH) are all copied,
j
*
The LCD display will read "FUNCTION 12A
'
COPY>>TEMP»INIT>>RCAL
Copy envelope
data From OPl
to
OPl OK?".
*COPY OSCILLATOR DATA (Sub- Job
2)
The
4
OSCILLATOR parameters
(MODE,
DETUNE,
COARES, FINE) are all copied.
*
The LCD display will read
"
"FUNCTION
12A
COPY>>TEMP>>
IN
ri»r.CAL Copy
oscillator From
OPl to OPl 0K?"~
**The COPY OP DATA process
(a)
Call any
function other
than COPY
OP
DATA
in the
FUNCTION mode.
(b)
Use OPERATOR SELECT
to
select the
operator from
v/hich
you wisn
to
copy
the data.
(c)
Select
the
"COPY"
oisplay using
the
PERFORMANCE
&
VOICE switch
4.
(d)
COPY ENVELOPE DATA
is
automatically
called.
To use
COPY OSCILLATOR DATA
press the DATA ENTRY NO button.
I
(e)
At
th'is
point both
the "From"
and
"to"
portions
of ,the
display will point
to the
originally selected operator.
(f)
Select
the
operator
to
which
the data
is to be
copied using the "OPERATOR
SELECT buttons.
(g)
The
selected destination operator
will
be
shown
on
the display.
(h)
Press
the
DATA ENTRY
YES
button
to
copy the data,
(i)
The "From OPX"
portion
of
the
display
now indicates the
selected destination
operator, and
the
data
is
shown on
the
LED display
panel.
It
is
possible
to
continue copying
the same data to other
operators
in
this way.
*
To
change
the
origin operator, return
to
step
(a)
Job
2
-
SAVE
TEMP,
OPERATOR
This function makes
it
possible
to
copy
operator data from one voice to another,
or
to
a
different channel
via
a
special
42
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