DIGITAL 7 81 M_MAINDEC_712_PTP_Pun_Jul65 M MAINDEC 712 PTP Pun Jul65
DIGITAL-7-81-M_MAINDEC_712_PTP_Pun_Jul65 DIGITAL-7-81-M_MAINDEC_712_PTP_Pun_Jul65
User Manual: DIGITAL-7-81-M_MAINDEC_712_PTP_Pun_Jul65
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1.
IDENTIFICATION
1. 1
~aindec
1 .2
PDP-7 Tape Punch (Type 750) Test
1 .3
July 22, 1965
712
PDP
7
LIBRARY
Maindec 712
Page 1
2.
ABSTRACT
Maindec 712 incorporates three separate programs for testing the functions of the paper tape
punch. All three programs are in the computer at the same time. The first program checks the 1-second
delay for proper operation when the initial Punch Select lOT is given. The second program is designed
for use with a CRT. It causes the contents of the AC Switches to be punched continuously on tape in
either binary or alphanumeric modes. The third program causes the punch to produce a tape containing
a sequence of pseudo-random numbers; this tape is then checked using the tape reader.
3.
REQUIREMENTS
3. 1
Storage
Maindec 712 occupies memory registers 00000-01423 including output subroutines.
3.2
Subprograms
Maindec 712 uses the Teletype Output Package, Digital-7-10-0, and the Octal Print Subroutine,
Digital-7-14-0. Both of these subroutines are included on the program tape.
3.3
Equipment
Standard PDP-7 with Paper Tape Reader and Punch
3.4
Miscellaneous
The following tapes are suppl ied:
ASCII
{2, labeled A and D
FF
ASCII Tapes of the two I ibrary subroutines (see Section 3.2) are not provided.
4.
4.1
1.1.1
USAGE
Loading
I'_"A-A •
fY
The RIM Loader must be in memory.
Set the ADDRESS switches to 17770.
4.1.2
Place the FF Program tape in the reader.
4.1.3
Press START.
4.3
Switch Settings
4.3.1
Loading Address
17770
4.3.2
Start i ng Addresses
00040
00100
00200
~.
-"'J/':
.tf"
(Part 1)
(Part 2)
(Part. 3)
I
~
aJJ)-
-,
Maindec 712
Page 2
4.3.3
Other settings
The table below gives the various AC switch settings for Parts 2 and 3 of the Punch Test. Part 1
does not use the ACS.
Switches
Test
Part 2
ACS
Part 2
ACS
Part 2
ACS
Part 3
ACS
Part 3
ACS
Part 3
ACS
Setting
Function
O
down
up
Punch alphanumeric.
Punch binary.
1
down
up
Punch character true.
Alternate true character and complement.
_
1O 17
Sett i ng determ i nes character to be punc hed .
O
down
up
Halt on error.
Do not halt on error.
1
down
up
Print error messages.
Do not pri nt error messages.
17
down
up
Punc h random sequence.
Terminate random punch and prepare for reader check.
4.4
Start up and Operation
4.4. 1
Part 1 -- Startup Delay Test
Set the ADDRESS switches to 00040 and press START. 1he program title will be printed on the
Teleprinter: .~-S1 ARTUP DELAY TEST
Turn on punch power at console.
If the test is successful the message
DELAY O. K. TURN OFF PUNCH POWER SWITCH
is printed, and the computer halts with all lis displayed in the AC lights.
4. 4 ~ 2
Part 2 -- Scope Waveform Test
Set the ADDRESS switches to 001 00 and press START. The program title and instructions are
printed:
SCOPE WAVEFORM TEST.
ACSQUP FOR BINARY, DOWN FOR ALPHA.
Acsf 'UP IF COMPLEMENTING, DOWN IF NOT.
ACSl 0-17 FOR CHARACTER PUNCHED.
and the computer halts with the AC clear.
Maindec 712
Page 3
Set the ACS as desired, and press CONTINUE. The ACS setting can be changed at any time
during the execution of the test; the program will respond immediately to the new setting. There is no
final halt in this part; the operator must stop the computer manually.
4.4.3
Part 3 -- Random Sequence Punch
Set the ACS to 00200 and press START. The program title and instructions for the punch section
of the test are printed:
RANDOM SEQUENCE PUNCH ROUTINE
ACSO DOWN FOR ERROR HALTS, UP FOR NONE.
ACS1 DOWN FOR ERROR PRINT, UP FOR NONE.
ACS17 DOWN TO START. PUT UP TO STOP PUNCHING.
The computer halts with the AC and link clear.
Set the ACS in accordance with the instructions, and press CONTINUE. When as much tape as
is desired has been produced, raise AC switch 17. The random sequence will stop, a short length of blank
trailer is punched, and the title and instructions for the reader check are printed:
READER CHEC K OF RANDOM TAPE
ACSO AND ACS1 AS FOR PUNCH. ERRORS PRINT ED BELOW.
CHARACTER
PUNCHED
EXPECTED
The computer halts with the AC and Iink clear. Remove the random sequence tape from the punch bin,
and place it in the reader so that the blank leader falls under the read heads. Set the ACS as desired,
and press CONTINUE. Errors will be printed in columns under the headings PUNCHED and EXPECTED.
When the whole tape has been scanned, the program comes to a final halt with the AC I ights displaying
all lis.
4.5
Errors
Errors EOO, E20, and E21 will always halt, regardless of the setting of ACS ' All other errors
O
will stop only if ACS is down.
O
4.5.1
Error stops in Part 1
Error:
Message:
C(MA):
C(AC):
Cause:
Recovery:
4.5.2
EOO
STARTUP DELAY FAILURE. PRESS CONTINUE TO TRY AGAIN.
00064
Time Ieft in clock
The punch flag was set before about 1.1 seconds elapsed. This indicates a failure of the
one-shot delay which prevents the first select instruction from taking effect until the
drive clutch has been engaged. The AC contains the complement of the contents of
register 00007. This number is the octal equivalent of the time remaining when the flag
was set, in 60ths of a second.
Press CONTINUE. The test will start over again.
Error stops in Part 2.
There are no error stops in this part of the test.
4.5.3
Error:
Message:
C(MA):
Error stops in Part 3.
EOl
PSA+l0 DID NOTCLEAR AC.
00153
Maindec 712
Page 4
C(AC):
Cause:
Recovery:
I/O status
The lOT instruction PSA+ 10 failed to clear the AC before selecting the punch. This test
is made only when punching the blank leader and trailer on the test tape.
Press CONTINUE. The test will proceed from the point of the error.
Recovery:
E10
CAF DID NOT CLEAR PUNCH FLAG.
00216
I/O status
The punch flag was unaffected by the CAF instruction. This error impl ies that the punch
flag is permanently on, since at any time prior to this point in the program, pressing
START should have cleared the flag.
Press CONTINUE. The test will proceed from the point of the error.
Error:
Message:
C(MA):
C(AC):
Cause:
Recovery:
Ell
PSF SKIPPED ON CLEARED FLAG.
00340
I/O status
The PSF instruction skipped, even though the punch flag was clear.
Press CONTINUE. The test will proceed from the point of the error.
Error:
Message:
C(MA):
C(AC):
Cause:
Recovery:
E12
PSA DID NOT CLEAR PUNCH FLAG
00227
I/O status
The punch flag was unaffected by the lOT. If it occurs before the test sequence has
been scanned, this error, like E10, implies that the punch flag is somehow disconnected
and permanently on. If it occurs during the reading of the test tape, however, it probably
indicates a random failure.
Press CONTINUE. The test will proceed from the point of the error.
Error:
Message:
C(MA):
C(AC):
Cause:
Recovery:
E13
PSA FAILED TO SKIP WHEN FLAG WAS SET.
00030
I/O status
This is the other half of the PSF test. In this case, it failed to skip at the proper time.
Press CONTINUE. The test will proceed from the point of the error.
Error:
Message:
C(MA):
C(AC):
Cause:
E20
NO INTERRUPT AFTER 16.1 MSEC. IS THE PUNCH REALLY ON?
00240
I/O status
The time ran out before an interrupt occurred. The question in the diagnostic message
impl ies that the proper program did not punch anything beyond the blank leader. If the
error occurs after some of the sequence has been punched, the failure is probably in the
interrupt control.
Press CONTINUE. The test will begin again; the title and instructions are printed.
When the computer halts, proceed as described in Section 4.4.3.
Error:
Message:
C(MA):
C(AC):
Cause:
Recovery:
Maindec 712
Page 5
Error:
Message:
E2l
INTERRUPT FROM SOMETHING OTHER THAN THE PUNCH. CHECK THE OTHER
DEVICES ..•. AC SHOWS I/O STATUS. PRESS CONTINUE TO START ALL OVER AGAIN.
C(MA):
C(AC):
Cause:
00035
I/O status
An interrupt came from some other device than the punch. By examining the I/O status
in the AC lights, the offending device can be identified.
Press CONTINUE. The test will begin again; the title and instructions are printed.
When the computer halts, proceed as described in Section 4.4.3.
Recovery:
E30
Error:
Message:
C(MA):
C(AC):
Cause:
None
00325
Recovery:
4.6
Bits in error
The character read from tape did not match the one calculated in the program. The bits
which did not match are shown in the AC I ights as lis. No message is printed, but the
number from the tape and the calculated number are printed in the columns labeled
II PUNCHED" and II EXPECTEDII, respectively.
Press CONTINUE. The test will proceed from the point of the error.
Error Recovery
See Section 4.5, Errors.
5.
RESTRICTIONS
Part 1 of this test will not work on any machine equipped with the automatic priority interrupt
option because the clock is not connected to register 00007 when the API is installed. The other two tests
will work as long as the API is kept off. Since pressing START always disables the API, there should be no
interference from it.
6.
DESCRIPTION
6. 1
Discussion
The three parts of Maindec 712 are all on the same program tape and exist in core together.
The operator may switch from one to the other at wi II, since none interferes with any other.
6.1. 1
Part 1 -- Startup Delay Test
If the punch is selected after it has been lying idle, a delay prevents it from being enabled
unti I about 1 second has passed, in order to allow the drive mechan ism to engage the cl utch. The test
of part 1 times this delay; if the punch flag is set before about 1 . 1 seconds have elapsed, an error message
is printed, and the computer halts.
The timing is performed by presetting register 00007 and starting the clock. The punch is selected
by a PSA+ 10 instruction. A short sequence then tests the clock flag and the punch flag in order. As long
as the clock has not run out, the Iink remains off; if the punch flag is set in this interval, the error is
noted. When the clock runs out, the I ink is set; then when the punch flag is raised no error occurs. If
the test is successful, a message is printed and the computer stops.
6. 1 .2
Part 2 -- Scope Waveform Test
Maindec 712
Page 6
This program will punch the character represented by the setting of AC switches 10-17. Switches
set up represent lis. If ACSO is up, the program will punch in binary mode the character represented by
ACS12-17. If ACS1 is up, the program will punch first the character, then its complement, in the mode
indicated by ACSO'
6. 1 .3
Part 3 -- Random Sequence Punch
In this part, a sequence of pseudo-random numbers is calculated and punched. The punching can
be terminated at any time by raising ACS17. The program keeps a count of the numbers punched, and uses
this to determine when the end of the tape is reached while scanning it for errors. The error checking routine uses the same subprogram to calculate each digit, and compares this with the number read from tape.
6.2
APPLICATIONS
6.2.1
Part 1
Part 1 is used when there is reason to suspect trouble in the one-shot startup delay or in the integrating one-shot which holds the punch motor on for 5 seconds after the last select instruction has been
processed.
6.2.2
Part 2
Part 2 has several uses. In binary mode, it tests the abil ity of the punch control to force the
'proper state of channels 7 and 8. A visual check of the tape as it comes from the punch will show if the
logic is functioning correctly.
The operator can visually check the spacing of characters on tape by setting the ACS to 377 and
punching in alphanumeric mode. Variations in character spacing can be easily detected. Since every
channel is punched, overlapping characters are' immediately apparent. With an oscilloscope attached,
the operator can examine waveforms generated, asa single character is punched over and over again.
Another symptom of punch malfunctioning appears when residual noise from the punching of one
character causes a channel in the succeeding character to be punched, even though it is not conditioned
by a 1 in the AC. By repeatedly punching a code and its complement in succession, this type of error
can be detected quite readily. Normally, the state of each channel changes every time the punch is s~
Iected; the error is revealed when the same channel in adjacent characters is punched.
6.2.3
Part 3
If the action of a punch magnet is being influenced by the action of the ones adjacent to it, a
spurious bit may occasionally be punched. The random sequence punched in th~ test eventually produces
every possible combination of bits in a character. It also provides another test of residual noise (see
Section 6.2.2) by producing all possible combinations of successive characters, something which is not
provided, for example, by a strict numeric sequence. The random sequence is as long as the operator
wishes to make it.
7.
METHODS
The random sequence punc h program keeps a count of the number of characters punched. This
count is used by the test program to determ ine when the end of the sequence has been reached. This count
is remembered, so that the same tape .can be tested several times as long as the test program remains in
memory. A new tape should be punched each time the program is loaded.
8.
FORMAT (Not applicable.)
Maindec 712
Page 7
9.
EXECUTION TIME
Parts 2 and 3 are indefinite in length. Part 1 takes just over 1 second if the test is successful.
10.
PR OGRAMS
10.4
Program Listing
Maindec 712: PDP-7 PUNCH TEST
liN THREE PARTS:
I
I
1. STARTUP DELAV TEST
2. SCOPE WAVEFORM TEST
3. RANDOM SEQUENCE PUNCH
IPART 1. STARTUP DELAV TEST
401
STADT,
EOO,
SOUT,
A,
TIN
LAW STIT
TSR
LAM -55
DAC 7
IUF
CLON
PSA+l0
CLSF
SKPVCLL
STL
PSF
JMP .-4
SZL
JMP SOUT
CLOF
TIN
LAW EMOO
TSR
LAC 7
HLTVCMA
JMP STADT
TIN
LAW SOK
TSR
HLTVCLC
JMP .-1
IPART 2: SCOPE WAVEFORM TEST.
IPRINT TITLE
IDELAV TIME
liS TIME UP?
INO.
IVES, SET SIGNAL
IpUNCH DONE?
INO.
/VES. DI D TIME RUN OUT?
IVES. TEST OK.
INO. PR INT ERROR MESSAGE
IERROR. AC SHOWS TIME LEFT.
ITRV AGAIN
10K HALT.
ICAN'T GET OUT OF IT
PUNCHES C(AC).
1001
PACS,
TIN
LAW ATIT
TSR
IPRINT TITLE AND INSTRUCTIONS
Maindec 712
Page 8
B,
PACH,
PALP,
PAL2,
CLOF
HLTVCLA
LASVCLL
SPA
STL
PSA
SZL
PSB
PSF
JMP .-1
RAL
SMAVRAR
JMP PACH
CMA
JMP PALP
/WAIT FOR ACS SETTING
/WHICH MODE?
/BINARY
/START PUNCH IN ALPHA
/WHICH MODE?
/BINARY. OVERRIDE PSA.
/FORMAT SWITCH
/COMPLEMENT?
/NO
/YES.
/PART 3. RANDOM SEQUENCE PUNCH
200/
RAPT,
DZM NONO
LAC(l233
DAC RAN1
LAC (7622
DAC RAN2
LAC (FLEX CAF
DAC EPT
IN
t-\0Y __
. _ . LAW PT IT
s TD~S I}/<- iY, f'i;,t. ~- TSR
2lZ / C,
HLTVCLAVCLL
CLOF
CAF
JMS FLAGT
E10,
HL TVSTL
LAM -300
JMS PFEE
LAC (FL EX PSA
DAC EPT
/INITIALIZE COUNTER,
/RN SEEDS, -
/AND EM10 DIAGNOSTIC
i]
PRAN,
E12,
ER20,
/WAIT FOR ACS.
/TRY CLEARING FLAGS
/ERROR: CAF FAILED. AC SHOWS STATUS
/PUNCH LEADER
/SET DIAGNOSTIC
JMS RANDY
ISZ NONO
PSA
JMS FLAGT
HLTVSTL
ION
LAM -6000
DAC APTEM
ISZ APTEM
JMP .-1
/GET A NUMBER
JMS RACS
/ERROR ROUTINE: NO INTERRUPT
/ERROR: PSA FAILED. AC SHOWS STATUS
/INTERRUPT TIMER: 16.1 MSEC.
/WAIT LOOP
Maindec 712
Page 9
LAW EM20
NOP
HLTVSTL
JMP RAPT
E20,
LAS
RAR
SNL
JMP PRAN
LAM -150
IOF
JMS PFEE
PNEX,
PREC,
/'.PJ
D,
RECH,
'fJ
fITN
LAW PTIT
CTSR
HL TVCLAVCLL
LAC (1233
DAC RAN1
LAC (7622
DAC RAN2
LAC NONO
CMA
DAC NON2
ISZ NON2
RSA
RSF
JMP .-1
RRB
SZA
JMP RECH+4
JMP .-6
/ALWAVS HALTS
/ERROR STOP. AC SHOWS STATUS
/COME HERE FROM INTERRUPT SERVICE ROUTINE
/STOP PUNCHING?
/NO
/VES: PUNCH TRAILER
/READER CHEC K
/WAIT FOR SWITCHES
/INITIALIZE RNS.
/SET C OU N TER
/READ LEADER
/LEADER DONE?
/VES.
/NO
RSA
RSF
JMP .-1
RRB
DAC APTEM
JMS RANDV
SAD APTEM
JMPCOUNT
/COMPARE FACT WITH THEORV
/FACT IS OK.
ER30,
JMS RACS
JMP E30P
JMP E30H
/FACT IS WRONG
/GO PRINT NUMBERS
/GO HALT
COUNT,
ISZ NON2
JMP RECH
HL TVCLCVCLL
JMP .-1
/COUNT NUMBERS
/NOT DONE VET
/FINAL HALT
/ ABSOLUTEL V.
LAC APTEM
JMS OPT
/PRINT FACT
RECH+4,
F,
E30P,
/READ A C HARACT ER
Maindec 712
Page 10
TYT
LAC RAN1
AND (377
JMS OPT
JMP RAC2
E30H,
E30,
LAC RAN1
AND (377
XOR APTEM
HL TVSTL
JMP COUNT
/PRINT THEORY
/SET UP ERROR HALT
/ERROR: AC SHOWS BAD BITS AS IS
/THE ERROR DETECTIVE
FLAGT,
0
IORS
RTL
SPA
JMP ER10
PSF
JMP FLOUT
/15 PUNCH FLAG CLEAR?
/NO.
/YES. TEST SKIP
JOKe
JMS RACS
LAW EMll
HLTVSTL
JMP FLOUT
/SKIP FAILED .
JMS RACS
JMP FlOP
JMP I FLAGT
ISZ FLAGT
JMP I FLAGT
/FLAG NOT CLEAR
/GO PRINT MESSAGE
/HERE IF HALT
/HERE IF NONE
LAC EPT
TY3
LAW EM10
JMP RAC2-1
/CAF OR PSA
ERll,
Ell,
ER10,
FLOUT,
El OP,
/EXAMINE STATUS
/ERROR: PSF SKIPPED ON CLEAR FLAG
/ A NECESSARY ITEM
OTY,
o
/CHAR PRINT SUBROUTINE
TLS
TSF
JMP .-1
JMP I OTY
/SOME PUNCHY SUBROUTINES
PAL2+1/
RANDY,
o
CLL
LAC RANl
RTL
ADD RAN2
/RANDOM NUMBER GENERATOR
Maindec 712
Page 11
DAC RANl
RTL
ADD RAN2
RTL
DAC RAN2
LAC RANl
AND (377
JMP I RANDY
PFEE,
PFEL,
PFEL+5,
EROl ,
E01,
RACS,
RAC2,
0
DAC APTEM
PSA+10
SZA
JMP ER01
PSF
JMP .-1
ISZ APTEM
JMP PFFL
JMP I PFEE
/THIS IS IT
/TAPE FEEDER
/FEED LOOP
/TEST: IS AC CLEAR?
/NO
/yES.
JMS RACS
LAW EMOl
HLTVSTL
JMP PFEL+5
/ERROR ROUTINE
0
IOF
LAS
RAL
SPAVRAR
JMP RAC2+1
TIN
XCT I RACS
TSR
LAS
SPA
ISZ RACS
ISZ RACS
laRS
JMP I RACS
/THE ACS EXAMINER
/ERROR: AC NOT CLEARED
/PRINT MESSAGE?
/NO
/WILL BE EITHER LAW OR JMP
/STOP FOR ERROR?
/NO
/THE INTERRUPT SERVICE ROUTINE
0/
20/
0
laRS
RTL
SMA
JMP ER21
JMP ISR
0
HLTVCLC
JMP .-1
/IS PUNCH FLAG SET?
/NO. SPURIOUS BREAK.
/YES.
/CALCATCHER
Maindec 712
Page 12
ISR,
ER13,
E13,
ER21,
E21,
NON2,
PSF
SKP
JMP PNEX
JMS RACS
LAW EM13
HLTVSTL
JMP PNEX
ITEST SKIP
IFAILED.
10K.
IPSF FAILED.
IERROR: AC SHOWS STATUS
JMS RACS
LAW EM21
NOP
HLTV.STL
JMP RAPT
ISPURIOUS INTERRUPT
o
ICOUNTER FOR PART 3
IALWAYS HALTS
lAC SHOWS STATUS
OTY+51
IERROR MESSAGES, NOTICES, ORACLES AND OTHER WISDOM
ITITLES AND INSTRUCTIONS
STII,
TEXT -STARTUP DELAY TEST
TURN ON PUNCH POWER AT CONSOLE.
ATIT,
TEXT ISCOPE WAVEFORM TEST.
ACSO UP FOR BINARY, DOWN FOR ALPHA.
ACS1 UP IF COMPLEMENTING, DOWN IF NOT.
ACS1 0-17 FOR CHARACTER PUNCHED.
I
PTIT,
TEXT -RANDOM SEQUENCE PUNCH ROUTINE.
ACSO DOWN FOR ERROR HALTS, UP FOR NONE.
ACSl DOWN FOR ERROR PRINT, UP FOR NONE.
ACS17 DOWN TO START. PUT UP TO STOP PUNCHING.
RT IT,
TEXT -READER CHEC K OF RAN DOM TAPE.
ACSO AND ACSl AS FOR PUNCH. ERRORS PRINTED BELOW.
CHARACTER
PUNCHED
EXPECTED
SOK,
TEXT -DELAY OK. TURN OFF PUNCH POWER SWITCH.
IERROR MESSAGES
EMOO,
TEXT -STARTUP DELAY FAILURE. PRESS CONTINUE TO TRY IT AGAI N •
EM01,
TEXT -PSA 10 DID NOT CLEAR AC.
EM10,
TEXT -DID NOT CLEAR PUNCH FLAG.
EMl1,
TEXT -PSF SKIPPED ON CLEARED FLAG.
Maindec 712
Page 13
EM13,
TEXT -PSF FAILED TO SKIP WHEN FLAG WAS SET.
EM20,
TEXT -I WAITED 16 MSEC. BUT NO INTERRUPT. IS THE PUNCH REALLY ON?
EM21 ,
TEXT -IGOT AN INTERRUPT, BUT NOT FROM THE PUNCH.
CHECK THE OTHER DEVICES. AC SHOWS I/O STATUS.
PRESS CONTINUE TO START ALL OVER AGAIN.
START
/CONSTANTS, VARIABLES, ET ALIA
VARIABLE~
COSP,
0
/REVERSE FOR CONSTANTS, BELOW
0
0
0
0
0
/RANDOM NUMBER PARTS
73/
RAN1,
RAN2,
NONO,
APTEM,
EPT,
/HERE THERE BE CONSTANTS
COSP/
PAUSE RAPT
A
APTEM
ATIT
B
BTATAB
C
COSP
COUNT
D
EMOO
EM01
EM10
EM11
EM13
EM20
EM21
EPT
EROl
ER10
ER11
ER13
ER23
ER21
ER30
EOO
EOl
/RANDOM NUMBER COUNTERS
/ ALL-PURPOSE TEMPORARY STORAGE
/FOR EM10 MNEMONIC
71
76
402
104
1253
212
1363
307
254
634
657
670
702
715
733
760
77
151
342
336
26
235
32
304
64
153
Maindec 712
Page 14-
E10
E10P
Ell
E12
E13
E20
E21
E30
E30R
E30P
F
FlAGT
FLOUT
ISR
NCT
NONa
NON2
OCl
oeN
OCS
OCO
oPC
OPR
OPS
OPT
OPO
OPI
OP2
OP3
OTY
PACH
PACS
PAlP
PAl2
PFEE
PFEl
PNEX
PRAN
PREC
PTIT
RACS
RAC2
RANDY
RAN1
RAN2
RAPT
RECH
Rl6
RTIT
SOK
216
347
340
227
30
240
35
325
322
313
3-11
327
345
23
1217
75
37
1232
1356
1233
1231
1355
1340
1317
1312
1332
1324
1346
1353
353
105
100
110
121
137
141
242
223
251
457
155
166
122
73
74
200
274
1212
545
616
SOUT
STADT
STIT
TBC
TCR
TCRA
TDIGIT
TEMY
TEMY~
TIN
TSP
TSR
TTAB
TYEXIT
TYSVAC
TYT
TY1
TY1A
TY1B
TY1C
TY1D
TY2
TY3
XIT
TTAB
ISR
ER13
E13
ER21
E21
NON2
STADT
EOO
SOUT
A
RAN1
RAN2
NONa
APTEM
EPT
PACS
R
PACH
PAlP
PAl2
RANDY'
PFEE
PFEl
ER01
E01
66
40
360
1360
1011 02
1247
101163
1361
1357
101147
101116
101174
10
601206
1362
101130
101036
1044
1234
1243
1241
1066
101070
100000
10
23
26
30
32
35
37
40
64
66
71
73
74
75
76
77
100
104
105
110
121
122
137
141
151
153
Maindec 712
Page 15
RACS
RAC2
RAPT
C
E10
PRAN
E12
ER20
E20
PNEX
PREC
D
RECH
ER30
COUNT
F
E30P
E30H
E30
FlAGT
ERll
Ell
ER10
FLOUT
E10P
OTY
STIT
AT IT
PTIT
RTiT
SOK
EMOO
EM01
EM10
EM11
EM13
EM20
155
166
200
212
216
223
227
235
240
242
251
254
274
304
307
311
313
322
325
327
336
340
342
345
347
353
360
402
457
545
616
634
657
670
702
715
733
11.
DIAGRAMS (Not Applicable)
12.
REFERENCES (Not Appl icable)
EM21
TY1A
TY2
Rl6
NCT
OCU
OCl
OCS
TY1B
TY1D
TY1C
TCRA
BTATAB
OPT
OPS
OP1
OPO
OPM
OP2
OP3
OPC
OCN
TEMY~
TBC
TEMY
TYSVAC
COSP
XIT
TY1
TY3
TCR
TSP
TY1
TIN
TDIGIT
TSR
TYEXIT
760
10M
1066
1212
1217
1231
1232
1233
1234
1241
1243
1247
1253
1312
1317
1324
1332
1340
1346
1353
1355
1356
1357
1360
1361
1362
1363
100000
101036
101070
1011 02
101116
101130
101147
101163
101174
601206
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