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it
is
the
first firinute of the
day.
Similarly,
entering
2
fof the hour-minute code causes 2400
instead of
0QO0
to be output (the next minute
is
still
0001). When
day and hour-minute
are both
output,
a
2
tdr
either
code results
in
the previous
day
at
2400.
The
year
is Qutput
as 19xx
if
xx is greater than
85, otherwis€
it
will be output as
20xx.
The 21X
will require a PROM update
in
the year
2085.
lf
year
is
outpqt along with a 2 option
in
day or
hour-minute,]
the previous year will be output
during the
fift
minute
of
the new year.
CODE
RESULTS
xxxl
SECONDS (with a resolution of
0.1
sec.)
l
xxlx
HOUR-MINUTE
xx2x
HOUR-MINUTE,
2400 instead of 0000
xlxx
DAM
OF YEAR
x2xx
DAY OF
YEAR, previous day during
firsf minute of new day
lxxx
YEAR
Any
combinftion of Year, Day, HR-MlN, and
seconds is
flossible (e.9.,
1011: YEAR,
HR-
MtN, SEC).
PAR. DATA
NO. TYPE
DESCRIPTION
Enter appropriate
TIME option code
Outputs
generated:
1
for each time parameter
selected
*** 78
SEll
HIGH
OR LOW RESOLUTION ***
FINAL STORAGE FORMAT
FUNCTION
This instruclion sets the FinalStorage Format
to
high resolutfon
(5
character) or low resolution
(4
character, 9ection
2.2).
Instruction 78 should be
entered ahqad
of
the output instructions for
which
the specified resolution is
desired. The
default
fornlat is low resolution. At the
beginning of each program
table execution, the
low
resolutifn format is automatically enabled.
01:
SECTION 11. OUTPUT PROCESSING INSTRUCTIONS
PAR. DATA
NO. TYPE
DESCRIPTION
01: 2
O=lowresolution;
1
= high resolution
Outputs
generated:
0
***
79
SAMPLE ON
MAXIMUM
***
OR MINIMUM
FUNCTION
Instruction 79 samples specified
input location
values at the time a new maximum or minimum
value
is
detected by
a previous Maximize
(73)
or Minimize (74) Instruction. When the Output
Flag is set, the values copied
to
Intermediate
Storage are transferred
to Final Storage.
Instruction 79 must directly follow
the maximum
or minimum Instruction to which it
refers.
lf
the
previous Instruption
73 or 74 has more than
1
repetition, Instruction 79 samples whenever
a
new maximum or minimum is detected in any of
the
locations.
lf sampling
is
to occur only when
a
specific input location shows a new maximum
or minimum, the previous Maximize or Minimize
lnstruction
should have one rep referring to that
input location.
PAR. DATA
NO.
ryPE
DESCRIPTION
01: 2
Repetitions (number of sequential
locations to sample)
02:.
4
Starting input location
no.
Outputs generated:
1
for each repetition
*** 80
SET
ACTIVE OUTPUT
AREA
***
lnstruction
80 is inserted prior to a series of
Output Processing Instructions to set the output
array lD recorded with the data in Final Storage
or to direct
the results
to lnput Storage.
The first
parameter selects
either Final or Input Storage.
When data are sent
to
Input Storage,
no lD
is
sent.
At
the start of each pass through a program
table, the active output
area is Final
Storage.
lf
Instruction
80 is not used
in
the program, output
data are sent
to Final Storage and the array
lD
is determined by
the location of the instruction
that sets the output flag (Section 2.1).
11-5
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