https://github.com/virtualagc/virtualagc
Revision 3577d0b1de1ac147c1710524517c563b2bfe231c authored by Ronald Burkey on 30 May 2021, 19:14:00 UTC, committed by GitHub on 30 May 2021, 19:14:00 UTC
Issue 1143: Fix various symbol name and other minor typos
Tip revision: 3577d0b1de1ac147c1710524517c563b2bfe231c authored by Ronald Burkey on 30 May 2021, 19:14:00 UTC
Merge pull request #1147 from smithery1/Issue/1143
Merge pull request #1147 from smithery1/Issue/1143
Tip revision: 3577d0b
LEM_FLIGHT_CONTROL_SYSTEM_TEST.agc
### FILE="Main.annotation"
## Copyright: Public domain.
## Filename: LEM_FLIGHT_CONTROL_SYSTEM_TEST.agc
## Purpose: This program is designed to extensively test the Apollo Guidance Computer
## (specifically the LM instantiation of it). It is built on top of a heavily
## stripped-down Aurora 12, with all code ostensibly added by the DAP Group
## removed. Instead Borealis expands upon the tests provided by Aurora,
## including corrected tests from Retread 44 and tests from Ron Burkey's
## Validation.
## Assembler: yaYUL
## Contact: Mike Stewart <mastewar1@gmail.com>.
## Website: www.ibiblio.org/apollo/index.html
## Mod history: 2016-12-20 MAS Created from Aurora 12 (with much DAP stuff removed).
BANK 6
EBANK= JETSTEP
# LEM FCS TEST ENTRY AND INITIALIZATION JOB.
# THIS JOB INITIALIZES THE ERASABLE TABLES FOR THE FCS TEST AND PUTS THE FOLLOWING PROGRAMS UNDER
# WAITLIST CONTROL.
# (1) RCS JET SET TASK
# (2) ENGINE ON - OFF TASK
# (3) DESCENT ENGINE GIMBAL TRIM TASK
# (4) DESCENT ENGINE THROTTLE TASK
# (5) INTERFACE CHANNEL LOOK TASK
FCSSTART TC GRABWAIT # SO NOTHING DISRUPTS THE LOAD.
CAF JSTEPADR # THE START OF THE LIST.
FCS3 CCS A
TS MPAC +2
FCS2 CAF V04N01K # DISPLAY PRESENT CONTENTS IN R2.
TC NVSBWAIT
INCR MPAC +2
CAF V21N02K
TC NVSBWAIT # IN CASE IT'S BUSY BUT IT SHOULDN'T BE.
TC ENDIDLE # WHILE LOADING.
TC +3 # V34E. TERMINATE LOAD OF THIS LIST
# SECTION, GO TO NEW SECTION OR TO TEST.
TC +1 # V33E. PRESENT CONTENTS OK, PROCEED TO
# NEXT LOCATION IN LIST.
TC FCS2
CAF V21N30K
TC NVSBWAIT
TC ENDIDLE
TC EJFREE
TC FCSTEST1 # PROCEED TO TEST.
CAE DSPTEM1 # NEW ADDRESS.
TC FCS3
FCSTEST1 CAF V47K
TC NVSBWAIT # OUR VERB IN THE LIGHTS.
FCSTEST INHINT
EBANK= JETSTEP
CAF TWO # 20MS.
TC WAITLIST
EBANK= JETSTEP
2CADR JETSTART
CAF BIT1 # 10MS.
TC WAITLIST
EBANK= JETSTEP
2CADR ENGSTART
CAF THREE # 30MS.
EBANK= JETSTEP
TC WAITLIST
2CADR TRIMTOP
CAF FOUR # 40MS.
TC WAITLIST
EBANK= JETSTEP
2CADR THRSTART
CAF FIVE # 50MS.
TC WAITLIST
EBANK= JETSTEP
2CADR LOOKTOP
TC EJFREE # NOW THEY START.
JSTEPADR ECADR JETSTEP
V21N02K OCT 02102
V21N30K OCT 02130
V04N01K OCT 00401
V47K OCT 04700
# LEM FCS TEST RCS JETSET TASK
# THIS JOB ISSUES A PROFILE OF JET ON-OFF SIGNALS AS DETERMINED BY THE CONSTANTS IN A SET OF SIX REGISTERS.
# THE SIX REGISTERS ARE, (1) NTIMES, THE NUMBER OF TIMES A PARTICULAR STEP WILL BE PERFORMED. (2) NEXTTIME, THE
# TIME BETWEEN STEPS, A MAXIMUM OF 2 MINUTES, (3) JETONTM, THE TIME TO TURN THE JETS ON, SCALED FOR T3, (4) JET-
# OFFTM, THE TIME AFTER ONTM TO TURN THE JETS OFF, (5) XJETS, THE PARTICULAR X JETS TO BE TURNED ON AND OFF
# DURING EACH REPEAT OF A STEP, AND (6) YZJETS,, THE Y AND Z JETS TO BE TURNED ON AND OFF DURING EACH REPEAT OF A
# STEP. XJETS AND YZJETS MUST BE IN THE SAME FORMAT AS CHANNELS 5 AND6 RESPECTIVELY. THERE ARE EIGHT SETS OF
# THESE SIX REGISTERS.
# THE REGISTER JETSTEP IS USED TO INDEX THE 8 SETS OF REGISTERS, THE ALLOWABLE VALUES OF JETSTEP ARE +0 THRU 7
# THIS JOB WILL BE ENTERED BUT IMMEDIATELY ENDED IF THE INITIAL VALUES OF JETSTEP AND NTIMES ARE +0.
NEXTSET CCS JETSTEP # IT MAY BE ZERO.
TC +2 # NOPE
TC TASKOVER # IT IS SO WE ARE DONE WITH THIS TASK.
TS JETSTEP
JETSTART NDX JETSTEP # ENTER HERE.
CCS NTIMES # SEE IF THIS STEP IS FINISHED.
TC +2 # NO
TC NEXTSET # YES
NDX JETSTEP
CAE NEXTTIME # MUST BE SCALED FOR T3. REMEMBER TO BIAS
# THIS FOR ON TIME.
TC WAITLIST
EBANK= JETSTEP
2CADR JTOP
TC TASKOVER
JETOFF CAF ZERO
EXTEND
WRITE 5
EXTEND
WRITE 6
NDX JETSTEP
CCS NTIMES
NDX JETSTEP
TS NTIMES # ONE LESS TIME.
JTOP NDX JETSTEP
CCS NTIMES # FOR LOOPING.
TC +2
TC NEXTSET
NDX JETSTEP
CAE JETONTM # SCALED FOR T3. TIME FOR JETS ON.
TC WAITLIST
EBANK= JETSTEP
2CADR JETON
TC TASKOVER
JETON NDX JETSTEP
CAE XJETS # MUST BE IN CHANNEL 5 FORMAT.
TS XJBUF
NDX JETSTEP
CAE YZJETS # MUST BE IN CHANNEL 6 FORMAT.
TS YZJBUF
JFAILCK EXTEND # THIS ROUTINE EXAMINES EACH JETFAIL BIT
READ 32 # AND IF A FAILURE IS INDICATED THE CORRES
COM # PONDING COMMANDS ARE MASKED OUT .
TS JFBUF # SAVE 32 REINVERTED.
CAF SEVEN
JF3 TS FCNTR
CAE JFBUF
NDX FCNTR
MASK BIT8
CCS A
TC JFAIL
JFAIL1 CCS FCNTR
TC JF3
CAE XJBUF
EXTEND
WRITE 5 # XJETS GO ON.
CAE YZJBUF
EXTEND
WRITE 6 # YZJETS GO ON.
NDX JETSTEP
CAE JETOFFTM # JET OFF TIME SCALED FOR T3.
TC WAITLIST
EBANK= JETSTEP
2CADR JETOFF
TC TASKOVER
JFAIL NDX FCNTR
CS XJETMASK
MASK XJBUF
TS XJBUF
NDX FCNTR
CS YZJETMSK
MASK YZJBUF
TS YZJBUF
TC ALARM
OCT 01410 # TEMPORARY JET FAIL ALARM CODE.
TC JFAIL1
YZJETMSK OCT 00010 # JET 11
OCT 00020 # JET 12
OCT 00004 # JET 15
OCT 00200 # JET 16
OCT 00001 # JET 7
OCT 00002 # JET 3
OCT 00040 # JET 8
OCT 00100 # JET 4
XJETMASK OCT 00040 # JET 10
OCT 00020 # JET 9
OCT 00100 # JET 13
OCT 00200 # JET 14
OCT 00010 # JET 6
OCT 00001 # JET 1
OCT 00004 # JET 5
OCT 00002 # JET 2
# LEM FCS TEST ENGINE ON - OFF TASK
# THIS TASK TURNS THE LEM ASCENT OR DESCENT ENGINE ON AND OFF ACCORDING TOTHE CONSTANTS STORED IN THE FIVE SETS OF
# REGISTERS, (1) CYLTIMES, WHICH CONTAINS THE NUMBER OF TIMES A PARTICULARSTEP WILL BE REPEATED, (2) NEXTCYLT,
# WHICH CONTAINS THE TIME BETWEEN STEPS SCALED FOR T3, (3) ONTIME, WHICH CONTAINS THE TIME TO TURN THE ENGINE ON
# WHICH ALSO DETERMINES THE LENGTH OF TIME THE ENGIME WILL BE OFF WITHIN A SERIES OF ON:OFF CYCLES, (4) OFFTIME,
# WHICH CONTAINS THE NUMBER OF 2 MINUTES BEFORE THE ENGINE WILL BE TURNED OFF, AND (5) OFFTIMER, WHICH
# CONTAINS THE RESIDUAL TIME BEFORE THE ENGINE WILL BE TURNED OFF. OFFTIME AND OFFTIMER DETERMINE THE LENGTH
# OF TIME THE ENGINE WILL BE ON IN ANY ONE CYCLE. THERE ARE THREE SETS OF THESE REGISTERS.
# THE ENGSTEP REGISTER IS USED AS AN INDEX TO PICK UP A PARTICULAR SET OF THE ABOVE 5 REGISTERS. THIS TASK
# WILL BE ENTERED BUT IMMEDIATELY ENDED IF ENGSTEP AND CYLTIMES = +0. THE ALLOWABLE VALUES OF ENGSTEP ARE +0,
# 1 AND 2.
NXTONOFF CCS ENGSTEP
TC +2
TC TASKOVER # EXIT HERE WHEN STEP AND CYL ARE +0.
TS ENGSTEP # ONE LESS.
ENGSTART NDX ENGSTEP # ENTER HERE.
CCS CYLTIMES # NUM OF EACH ON/OFF SET
TC +2
TC NXTONOFF # NO MORE OF THIS SET
NDX ENGSTEP
CAE NEXTCYLT # START OF NEXT CYCLE.
TC WAITLIST
EBANK= ENGSTEP
2CADR ENGONTM
TC TASKOVER
ENGRESET CS PRIO30 # BITS 13 AND 14.
EXTEND
RAND 11
AD BIT14
EXTEND
WRITE 11 # ENG ON = 0, ENG OFF = 1.
NDX ENGSTEP
CCS CYLTIMES
CCS A
TC +2
TC NXTONOFF # WAS ONE.
AD ONE # WAS MORE THAN ONE.
NDX ENGSTEP
TS CYLTIMES
ENGONTM NDX ENGSTEP
CAE OFFTIME
TS OFFTMBUF
NDX ENGSTEP
CAE ONTIME
TC WAITLIST
EBANK= ENGSTEP
2CADR ENGSET
TC TASKOVER
ENGSET CS PRIO30
EXTEND
RAND 11
AD BIT13
EXTEND
WRITE 11 # ENG ON = 1, ENG OFF = 0.
ENGRST CCS OFFTMBUF
TC LTIMEON # AT LEAST 2MIN. BEFORE ENGINE OFF.
NDX ENGSTEP
CAE OFFTIMER # LESS THAN 2MIN. TO ENGINE OFF.
TC WAITLIST
EBANK= ENGSTEP
2CADR ENGRESET
TC TASKOVER
LTIMEON CCS OFFTMBUF # IS THERE ANY MORE.
TC +2 # YES.
TC ENGRST # NO.
TS OFFTMBUF
CAF 2MIN
TC WAITLIST
EBANK= ENGSTEP
2CADR LTIMEON
TC TASKOVER
2MIN DEC 12000
# LEM FCS TEST TRIM TASK
# THIS PROGRAM ISSUES A PROFILE OF PITCH AND ROLL TRIM COMMANDS TO THE LEM DESCENT ENGINE GIMBAL IN ACCORDANCEWITH
# THE VALUE S IN THE TRIMSTEP REGISTER AND THE 12 SETS OF 5 REGISTERS CALLED NUMTIMES, STEPDLYT, TRIMONT, TRIMOFFT
# AND TRIMIND. TRIMSTEP IS USED TO PICK UP A PARTICULAR SET OF THE 5 REGISTERS AND HAS ALLOWABLE VALUES FROM +0
# THROUGH +11 DECIMAL. THE 5 REGISTERS IN EACH SET ARE DEFINED AS FOLLOWS
# (1) NUMTIMES DETERMINES THE NUMBER OF TIMES THE COMMAND IN TRIMIND WILL BE ISSUED. VALUES FROM +0 TO
# OCT 37777 ARE PERMITTED.
# (2) STEPDLYT DETERMINES THE TIME BETWEEN THE START OF A STEP AND THE BEGINNING OF TRIMONT. STEPDLYT MUST BE
# FORMATTED FOR T3, ITS MAXIMUM VALUE IS 2 MINUTES.
# (3) TRIMONT DETERMINES THE TIME BETWEEN THE END OF STEPDLYT OR TRIMOFFT AND THE TIME THE TRIM COMMANDS ARE
# ISSUED. IT MUST BE FORMATTED FOR T3.
# (4) TRIMOFFT DETERMINES THE LENGTH OF TIME THE TRIM COMMAND WILL BE ON, FORMATTED FOR T3.
# (5) TRIMIND DETERMINES THE PITCH AND ROLL COMMAND TO BE ISSUED. THE FORMAT IS, BIT9=1=+ PITCH COMMAND,
# BIT10=1=-PITCH, BIT11=1= +ROLL, BIT12=1= -ROLL. A BIT=0 INDICATES NO COMMAND. ANY COMBINATION OF COMMANDS IS
# PERMITTED.
# THIS TASK WILL BE ENTERED BUT IMMEDIATELY ENDED IF TRIMSTEP AND NUMTIMES = +0.
NEXTTRIM CCS TRIMSTEP
TC +2
TC TASKOVER # EXIT HERE.
TS TRIMSTEP # LESS ONE.
TRIMTOP NDX TRIMSTEP # ENTER HERE.
CCS NUMTIMES
TC +2
TC NEXTTRIM
NDX TRIMSTEP
CAE STEPDLYT
TC WAITLIST
EBANK= TRIMSTEP
2CADR TRIMSET
TC TASKOVER
TRIMOFF CS TRIMMASK
EXTEND
WAND 12 # TRIM GOES OFF.
NUMSTEP NDX TRIMSTEP
CCS NUMTIMES
CCS A
TC +2
TC NEXTTRIM # WAS ONE.
AD ONE
NDX TRIMSTEP
TS NUMTIMES
TRIMSET NDX TRIMSTEP
CAE TRIMONT
TC WAITLIST
EBANK= TRIMSTEP
2CADR TRIMON
TC TASKOVER
TRIMON CAF BITS9,10 # CHECK PITCH AND ROLL TRIM FAIL BITS.
EXTEND
RXOR 32
MASK BITS9,10
EXTEND
BZF TRIMON1
CAF PRIO35 # FAIL IS ON. FLASH FAIL CODE (01400) AND
TC NOVAC # IDLE UNTIL SOMEONE RESETS IT, TERMINATES
2CADR PERFORM # THE TASK, OR DECIDES TO PROCEED WITH IT.
TC TASKOVER
TRIMON1 NDX TRIMSTEP
CAE TRIMIND
MASK TRIMMASK # SAFETY PLAY
EXTEND
WOR 12 # TRIM STARTS.
NDX TRIMSTEP
CAE TRIMOFFT
TC WAITLIST
EBANK= TRIMSTEP
2CADR TRIMOFF
TC TASKOVER
PERFORM TC GRABWAIT # KEY RELEASE MAY COME ON.
CAF TRIMCODE # 01400
TS DSPTEM1
CAF V01N25K
TC NVSBWAIT
CAF V50K # PLEASE PERFORM.
TC NVSBWAIT
TC FLASHON # ANY RESPONSE TURNS IT OFF.
TC ENDIDLE # WAIT FOR SOMEONE TO DO SOMETHING.
TC EJFREE # V34E. TERMINATE THE TASK.
TC TR1 # V33E. PROCEED WITH THE FAIL ON.
INHINT # ENTER. THE FAIL HAS BEEN RESET.
CAF BIT2 # 20MS.
TC WAITLIST
2CADR TRIMON # CHECK AGAIN TO BE SURE, THEN PROCEED..
TC EJFREE
TR1 INHINT # PROCEED WITH THE FAIL.
CAF BIT2 # 20MS.
TC WAITLIST
2CADR TRIMON1 # BYPASS THE RECHECK.
TC EJFREE
BITS9,10 OCT 01400
TRIMCODE EQUALS BITS9,10
TRIMMASK OCT 07400
V01N25K OCT 00125
V50K OCT 05000
# LEM FCS TEST THROTTLE TASK
# THIS PROGRAM ISSUES A PROFILE OF THROTTLE COMMANDS TO THE LEM DESCENT ENGINE. THE PROFILE IS DETERMINED BY
# THE VALUES IN THE THRTSTEP REGISTER AND THE 6 SETS OF REGISTERS, 5 PER SET, CALLED DOTIMES, DELAY, THR1TIME,
# THCOMM1 AND THCOMM2. THE THRTSTEP REGISTER VALUE IS USED TO INDEX THE 6 SETS OF 5 REGISTERS AND HAS ALLOWABLE
# VALUES OF +0 THROUGH +5. THE 5 REGISTERS PER SET ARE DEFINED AS FOLLOWS
# (1) DOTIMES DETERMINES THE NUMBER OF TIMES THE THROTTLE WILL BE EXERCISED AS PER THE VALUES OF THR1TIME,
# THCOMM1 AND THCOMM2 OF THE CURRENT STEP. IT HAS ALLOWABLE VALUES OF +0 THROUGH 37777 OCT.
# (2) DELAY DETERMINES THE TIME BETWEEN THE START OF A STEP AND THE BE GINNING OF THR1TIME. ITIS CALLED ONLY
# ONCE PER STEP,I.E., REPEATS OF THE SAME THCOMM1 AND THCOMM2 START AT THR1TIME. DELAY MUST BE FORMATTED FOR T3
# AND HENCE HAS A MAXIMUM VALUE OF 2 MINUTES.
# (3) THR1TIME DETERMINES THE TIME BETWEEN THE END OF DELAY OR THE END OF THCOMM2 AND THE START OF
# THCOMM1. IT MUST BE FORMATTED FOR T3.
# (4) THCOMM1 AND (5) THCOMM2 DETERMINE THE NUMBER OF THRUST INCREASE OR DECREASE PULSES TOBE ISSUED AT A
# 3.2KPPS RATE. THE RANGE OF POSSIBLE VALUES OF EITHER IS FROM POSMAX (OCT 37777) TO NEGMAX (OCT 40000) ALTHOUGH
# THE ACTUAL THROTTLE RANGE IS FROM OCT 6116 TO OCT 71661 (+,- 3150 DEC).
# THIS TASK WILL BE ENTERED BUT IMMEDIATELY ENDED IF THE INITIAL VALUES OF THRTSTEP AND DOTIMES ARE +0.
NEXTTHRT CCS THRTSTEP
TC +2
TC TASKOVER # EXIT HERE.
TS THRTSTEP
THRSTART NDX THRTSTEP # ENTER HERE.
CCS DOTIMES # NUMBER OF TIMES COMMANDS 1 AND 2 DONE.
TC +2
TC NEXTTHRT
NDX THRTSTEP
CAE DELAY # TIME BETWEEN STEPS. BIAS FOR THR1TIME.
# MUST BE SCALED FOR T3.
TC WAITLIST
EBANK= THRTSTEP
2CADR THROTON1
TC TASKOVER
THR2COMM NDX THRTSTEP
CAE THCOMM2 # SAME REMARKS AS FOR THCOMM1.
TC THROTON
AD BIT1 # 10MS IN CASE OF NO THCOMM2.
TC WAITLIST
EBANK= THRTSTEP
2CADR CKDOTIME
TC TASKOVER
CKDOTIME NDX THRTSTEP
CCS DOTIMES
CCS A
TC +2
TC NEXTTHRT # WAS ONE.
AD ONE
NDX THRTSTEP
TS DOTIMES
THROTON1 NDX THRTSTEP
CAE THR1TIME # TIME BETWEEN DOTIMES. SCALED FOR T3.
TC WAITLIST
EBANK= THRTSTEP
2CADR THR1COMM
TC TASKOVER
THR1COMM NDX THRTSTEP
CAE THCOMM1 # SHOULD BE NO LARGER THAN 3150DEC.
TC THROTON
AD 250MS # SO ACE CAN SAMPLE.
TC WAITLIST
EBANK= THRTSTEP
2CADR THR2COMM
TC TASKOVER
THROTON TS THRUST # THROTTLE OUTPUT COUNTER.
TS THBUF # SAVE FOR BZMF.
CAF BIT4
EXTEND
WOR 14 # ENABLE THRUST DRIVE. COMMAND STARTS NOW
CAE THBUF
EXTEND
BZMF +2
COM
COM
EXTEND
MP BIT10 # SCALES FOR T3.
TC Q
250MS OCT 00031
# LEM FCS TEST INTERFACE LOOK TASK.
# THIS PROGRAM KEEPS A RUNNING HISTORY OF THE STATE OF ALL THE BITS IN INPUT CHANNELS 30, 31, 32 AND 33.
# IT DOES THIS BY DETECTING A CHANGE OF AN INPUT BIT FROM AN INITIAL ONE STATE TO A ZERO STATE OR FROM AN INITIAL
# ZERO TO A ONE. THE HISTORY IS MAINTAINED IN TWO BUFFER REGISTERS FOR EACH CHANNEL, ONE FOR STORING ONE TO ZERO
# CHANGES (30BUF1, +1, +2, AND +3) AND ONE FOR ZERO TO ONE CHANGES (30BUF0, +1 +2 AND +3). THE OPERATOR MUST
# LOAD THE INITIAL STATES OF THE INPUT CHANNELS INTO THEIR RESPECTIVE BUFFER REGISTERS BEFORE THIS PROGRAM IS IN-
# ITIATED.
# TO ALLOW THIS PROGRAM TO RUN C(QUITLOOK) MUST BE SET GREATER THAN +0 BEFORE IT IS STARTED. IF THE OPERATOR
# DOES NOT DESIRE THIS PROGRAM TO RUN HE SHOULD SET C(QUITLOOK)=+0 BEFORE STARTING THE FCS TEST. AFTER THIS TASK
# IS RUNNING THE OPERATOR CAN STOP IT BY SETTING C(QUITLOOK) = +0.
# NO DISPLAYS OF EITHER THE BUFFER REGISTERS OR CHANNELS ARE INCORPORATED INTO THIS PROGRAM. THIS WAS DONE TO
# ALLOW THE TEST OPERATOR MONITORING FLEXIBILITY. FOR REAL TIME MONITORING IT IS SUGGESTED THAT THE BUFFER
# REGISTERS BE DISPLAYED WITH THE MONITOR VERBS (11 THROUGH 15). ON THE OTHER HAND, THE OPERATOR MAY ELECT TO
# PERFORM NO REAL TIME MONITORING UNTIL THE TEST IS COMPLETED, WHEN THE BUFFER REGISTERS WOULD BE CALLED FOR
# DISPLAY (VERB 01) AND RECORDED.
# THIS PROGRAM IS PRIMARILY INTENDED FOR INTERFACE MONITORING DURING THE LEM VIBRATION TEST AT BETHPAGE, N.Y.,
# ALTHOUGH IT MAY ALSO BE USEFUL DURING VEHICAL LEVEL EMI TESTS.
LOOKTOP CCS QUITLOOK # IS THIS TASK WANTED.
TC +2 # YES.
TC TASKOVER # NO.
CAF THREE # START SCAN OF CHANNELS.
LOOKLOOP TS CHCNTR # 3, 2, 1, 0.
NDX CHCNTR
CAE 30BUF1
EXTEND
NDX CHCNTR
RAND 30 # DETECTS CHANGES FROM 1 TO 0.
NDX CHCNTR
XCH 30BUF1 # STORE NEW ZEROS.
NDX CHCNTR
CAE 30BUF0
EXTEND
NDX CHCNTR
ROR 30 # DETECTS CHANGES FROM 0 TO 1.
NDX CHCNTR
XCH 30BUF0 # STORE NEW ONES.
CCS CHCNTR # IS THIS SCAN DONE.
TC LOOKLOOP # NO.
CAF TEN # YES. 100MS RECALL.
TC WAITLIST
EBANK= QUITLOOK
2CADR LOOKTOP
TC TASKOVER
ENDLFCSS =
Computing file changes ...
