- 18 -
Copyright L
EXIBOOK
2002
GB
Example: To expand the number of memories by 30 to bring the total to 56.
The number of memories and number of remaining steps are displayed. The number of remaining steps
indicates the current unused area, and will differ according to the size of the program stored. To check the
current number of memories press
, followed by
and then
.
To initialize the number of memories (to return the number to 26), enter a zero for the value in the
memory expansion sequence outlined above.
*** Though a maximum of 50 memories can be added, if a program has already been stored and the
number of remaining steps is less than the desired expansion, an error will be generated. The size of the
memory expansion must be equal to or less than the number of steps remaining.
*** The expansion procedure (
expansion value) can also be stored as program.
●
Using expanded memories
Expanded memories are used in the same manner as standard memories, and are referred to as Z[1], Z[2],
etc. The letter Z followed by a value in brackets indicating the sequential position of the memory is used
as the memory name (Brackets are formed by
for “[” and
for “]”). After the
number memories has been expanded by 5, memories Z[1] through Z[5] are available. The use of these
memories is similar to that of a standard computer array, with a subscript being appended to the name.
Defm 30 _
M-56 S-160
M-56 S-160
3
0
.
MODE
.
MODE
EXE
EXE
.
MODE
EXE
M-26 S-400
.
MODE
.
MODE
EXE
0
Number of memories Current number of remaining steps
.
ALPHA
EXP
ALPHA