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Apollo 15 * (COLA):)SUb 3). •
CIVIC •3Data, Cards
GM
APItIl 1971
DELOCI*ELECT13014199 4 •
DIVISION OF GENERAL_ MOT CPS ET, Pcz,"1:PAT , ,F2N
IsAILVVAL1 I 5 C. [73 N
• Full l'i(11:,,IN{; I •
SNOLDIVILSNI DIM II MON
00 NOT IN USE 01 DISPLAY OCTAL COMP 1 IN RI 02 DISPLAY OCTAL COMP 2 IN RI 03 DISPLAY OCTAL COMP 3 IN Ri 04 DISPLAY OCTAL COMP 1,3 IN
RI, R2 05 DISPLAY OCTAL COMP 1,2,3 IN
RI. 1111, 113 06 DISPLAY DECIMAL IN RI OR RI, E2
OR RI, litt. R3 07 DISPLAY DOUBLE PREC DECIMAL
IN Ri, R2 (TEST ONLY) 08 09 10 11 MONITOR OCTAL COMP 1 IN RI 12 MONITOR OCTAL COMP 2 IN Rl 13 MONITOR OCTAL COMP 3 IN RI 14 MONITOR OCTAL COMP 1,2 IN
RI, 112 15 MONITOR OCTAL COMP 1.8,3 IN
RI, 112, R3 16 MONITOR DECIMAL IN R1 OR EL ES
OR Ri, RS, R3 17 MONITOR DOUBLE PREC DECIMAL U4
RI, 112 (TEST ONLY) le 19 20 111 LOAD COMPONENT I INTO Ri IS LOAD COMPONENTS INTO 112 23 LOAD COMPONENT 2 INTO R3 24 LOAD COMPONENT 1.2 INTO RI, R3 28 LOAD COMPONENT 1,2,3 INTO
RI. R2, 112 26 27 DISPLAY ?DIED MEMORY 28 29 90 REQUEST EXECUTIVE Si REQUEST WAITLIST 32 RECYCLE PROGRAM 33 PROCEED WITHOUT DIM INPUTS 34 TERMINATE FUNCTION 38 TEST LIGHTS 30 REQUEST FRESH START 3/ CHANGE PROGRAM (MAJOR MODE) 38 39 40 ZERO COWS 41 COARSE ALIGN COWS 42 FINE ALIGN MU 42 LOAD INV ATT ERROR METERS 44 SET SURFACE FLAG 45 RESET SURFACE FLAG 45 ESTABLISH 0 & C CONTROL 47 MOVE LI4 STATE VECTOR INTO
CM STATE VECTOR 48 REQUEST DAP DATA LOAD (R03) 49 REQUEST CREW DEFINED MANEUVER
(1182) 50 PLEASE PERFORM
51 PLEASE MARX 52 MARK ON OFFSET LANDING SITE 53 PLEASE PERFORM ALTERNATE LOS MARK 34 REQUEST RENDEZVOUS BACKUP SIGHTING
MARK ROUTINE (R23) 65 INCREMENT AOC TIME (DECIMAL) 56 TERMINATE TRACKING (P20) 57 DISPLAY UPDAT STATE OF FULTKFLG 68 ENABLE AUTO MANEUVER IN P26 59 PLEASE CALIBRATE 99 SET ASTRONAUT TOTAL ATTITUDE (NO) TO `4,.
PRESENT ATTITUDE 81 DISPLAY DAP ATTITUDE ERROR • 63 DISPLAY TOTAL ATTITUDE ERROR WRT N22 83 DISPLAY TOTAL ASTRONAUT ATTITUDE ERROR
WRT N17 64 REQUEST S-BAND ANTENNA ROUTINE 65 OPTICAL VERIFICATION OF PRELAUNCH
ALIGNMENT 66 VEHICLES ATTACHED. MOVE THIS VEHICLE
STATE VECTOR TO OTHER VEHICLE STATE VECTOR
67 DISPLAY IV MATRIX 86 69 CAUSE RESTART 70 UPDATE LIFTOFF TIME 71 UNIVERSAL UPDATE - BLOCK ADR 72 UNIVERSAL UPDATE - MOLE ADE 73 UPDATE AOC TIME (OCTAL) 74 INITIALIZE ERASABLE DUMP VIA DOWNLINK 75 BACKUP LIFTOFF 18 • 17 IS UPDATE PRELAUNCH AZIMUTH 79 80 UPDATE LM STATE VECTOR 81 UPDATE CIM STATE VECTOR 82 REQUEST ORBITAL PARAMETER DISPLAY IRI 0) 83 REQUEST RENDEZVOUS . PARAMETER DISPLAY
(11.31) 64 85 REQUEST RENDEZVOUS PARAMETER DISPLAY
NO. 2 (R34) 88 REJECT RENDEZVOUS BACKUP SIGHTINOMMUC 87 SET VHF RANGE FLAG 58 RESET VHF RANGE FLAG 89 REQUEST RENDEZVOUS FINAL ATTITUDE (1103) 90 REQUEST RENDEZVOUS OUT OF PLANE
DISPLAY (R3e) 91 DISPLAY BANK SUM 92 OPERATE DIU PERFORMANCE TEST (NO) 93 ENABLE Vi MATRIX INITIALIZATION 94 PERFORM CISLUNAB ATTITUDE MANEUVER
IP2.11 , • 98 98 TERMINATE INTEGRATION AND 00 TO P06 97 PERFORM ENGINE FAII. PROCEDURE 98 99 PLEASE ENABLE ENGINE
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140S1131/41 11111HNI 3SV31811
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3 INV a 3ONVHOX3
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La NOILVW3d0 ON
(3) NOI1V113.10 ON
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NOUN CODES(CONT.)
MIXED NOUNS COMPONENTS • SCALING
40 TIME FROM IGNITION/CUTOFF VG, DELTA V (ACCUMULATED)
41 TARGET AZIMUTH. TARGET ELEVATION
42 APOGEE, PERIGEE, DELTA V (REQUIRED)
43 LATITUDE, LONGITUDE, ALTITUDE
44 APOGEE, PERIGEE, TPF
45 MARKS (VHF - OPTICS) TPI OF NEXT BURN MCIA
46 AUTOPILOT CONFIGURATION 47 THIS VEHICLE WEIGHT
OTHER VEHICLE WEIGHT 46 PITCH TRIM
YAW TRIM, 49 DELTA R
DELTA V VHF OR OPTICS CODE
50 SPLASH ERROR. PERIGEE, TFF
61 5-BAND ANTENNA ANGLE PITCH 11-BAND ANTENNA ANGLE YAW
52 CENTRAL ANGLE OF ACTIVE VEHICLE 53 RANGE,
RANGE RATE, PHI
64 RANGE, RANCE RATE, THETA
56 PERIGEE CODE ELEVATION ANGLE CENTRAL ANGLE OF PASSIVE VEHICLE
66 REENTRY ANGLE. DELTA V
67 55 PERIGEE ALT (POST TPI)
DELTA V TPI DELTA V TPF
59 DELTA VELOCITY LOS 60 OMAX.
VPRED, GAMMA El
11 IMPACT LATITUDE, IMPACT LONGITUDE, HEADS UP/DOWN
62 INERTIAL VEL MAO (VI), ALT RATE CHANGE (HDOT), ALT ABOVE PAD RADIUS (H)
63 RANGE 297,431 TO SPLASH (RTGO) PREDICTED INERT VEL (V10), TIME FROM 397,431 (Tnc)
64 DRAG ACCELERATION, INERTIAL VELOCITY (VI). RANGE TO SPLASH
115 SAMPLED AOC TIME (FETCHED TNINTERIUIPT)
60 COMMAND BANK ANGLE (BETA). CROSS RANGE ERROR, DOWN RANGE ERROR
67 RANGE TO TARGET. PRESENT LATITUDE, PRESENT LONGITUDE
65 COMMAND BANK ANGLE (BETA). INERTIAL VELOCITY (VI), ALT RATE CHANGE (11DOT)
69 BETA DL VL
3 COMP 7011113C moz/sEc XXXX.X FT/SEC XXXX.X FT/SEC
2 COMP )03C.IFJC DEO XX. )00C DEO
3 COMP XXXX.X NAUT MI 7000C. X NAUT MI XXXX.X FT/SEC
3 COMP 700(.313C DEO XXX. XX DEO 10001. X NAUT Mt
3 COMP XXXX.X NAUT MI XXXX.X NAUT XXBXX MIN/SEC
3 COMP .13CHX.X 10.1011 MIN/SEC 330C.701 DEO
COMP OCTAL ONLY FOR EACH 2 COMP 11000C. LDS
X3000. LBS 2 COMP 100C.301 DEO
)00C.X3C DEO 3 COMP 3000. X NAUT MI
3COM. X FT/SEC 110000.
3 COMP 3COM. X NAUT MI WOOLS NAUT la )00130C MW/SEC
11 COMP )00.XX DLO 7001.310 DEO
1 COMP XXX.= DEG 3 COMP 700(.301 NAUT ID
=CIL X FT/SEC =LIM DEO
3 COMP 300i4OC NAUT MI XXXX.X FT/SEC 31300.301 DEG
3 COMP )00001. 7001. XX DEO )=.30C DEO
COMP =CLACK DEO 300CIOL IT/SEC
3 COMP 1000LX XXXX.X 3CCOC.X
3 COMP )000LX 3 COMP 31301.300
170000. )001.3C3C
3 COMP 300C.XX 3130L 30C 4/-01001
3 COMP 200001. 1000130. 100130.30
3 COMP 300X1.X )0000. 7001301
3 COMP XXX.= )0000C. XXXX.X
3 COMP 0030CC. 000XX. OXIC.30i
3 COMP 131X.)0C )000C.X 1000. X
3 COMP 3013CK.X KM= 700C.XX
COMP 100.XX XXXXX. XIOCXX.
3 COMP X101.301 3001.301 30030L
NAUT FT/SEC FT/SEC FT/SEC FOR EA.
FT/SEC • DICO
DEO DEO
TT/SEC TT/SEC NAUT MI NAUT MI rrierc aavisso
PT/SEC NAUT MI HIM MIN SEC DLO NAUT MI NAUT MI NAUT NU DEO DEO DEO rr/sic FT/SEC DEO
1T'/LEE
335 XX 10C1) KIN 30(000
10300 40003 1133801VILL 1101 DILL V1.1311 SC 035 )0(1011 ND' '33000
• 00.00 431030 110131A SLAM 10 WILL 010 035 XXICK0 NIN 10000 WN '13000 dX03 t 111 JO 011 LC 335 13('XXO NW 100000 83111 10000 411030 313013 WT 10111111 SC 338 XX'100) /11111 100100
10000 4110310 NOV/ LILL IC 328 MC100 14111 10(000 51111 100330 411000 300333 10 WILL N 035 XX 100 NIM 10(000 MIN 10000 4110310 NOLLINDI 10 WNW. . EC 338 XX 'XXO KIM 10(01/0 911H •0)(00 01103 10 33011114 PI M1 WILL ac 031 IOC MN 14111 • 0000 EUH 10000 41103 C NOLLVVIVLUNI At 10 11111. It
H3V3 /10.1 10000 41103 53000 33011V1 OC 030 304100( 411100 H1111112V vatinvei NIX 113
10C(30( 41100 1 H011M11.330/1101031 4135 30 HDV3 1101 A1N0 1V130 411031 1400128 '8380V 'xvizaAtiaorna 93
(Also monad 3ev37d Elm ann) H3V3•1101 10000( 41100E • 32113101113 It
039 XX ICC° $110 10000 INN •0006 411031 310013 30V 1103 MILL V.113(1 03
113V3 VOA 030 30100( 41100 0 naot MEN CE vg
H3V3 VOA 538103 13003 4110310 SUM IC 113V3 1101 DUI XIL'XIIX 41103 0 INIONV nam Ot
H3V3 VO3 030 XX100( 411000 11310NV 'FIVE H 3Q03NVM 010V 91 H3V31104 0301 XX 'XXX 411103 aartia.uv 1V101111VN011111V
338 XX100 MN 10000 WINO MONA (13(11131)(3 Al anal NH 10000 411000 114333 10 MILL 91 AINO 1V130 411031 BE31103V NOHOW( .1E3113113Ni 91
338/13 100001 41103 1 1401113 ria. Iv 0101'13A anyone II 038 )0(1000 KIM '301000
10111 10000 411008 110310 DLL CI WINO 8111133 0301131X3 A8 aastO
110V111133 A1910 1V130 400O0 3003 NO1140 01 335 XX'XICI) N1M '13(000 8810 113(00 121103 0 103 10 011 0I A1100 1V3.30 0103 I 031113341 18 0.172NNVHD 01
H3V3 VOA VINO 1V130 33100 C 83003 NUVIV 60 HOVE VOA VINO 1V130 411103 C VINO NEVIV 90
BIM 013133138138311 01 0 100138 011 0314100n 38 01 11.08 1101 03(00
HOV3 1103 AINO 1V100 40003 C 13213113011 30 01 MON 10 8OV33 LO NOLLV301 31111/01113 ANV NI 81.111 03133131 13 0311 HO .128111M LO $11011 ONICIVO1 H3V3 7303 VINO 1V.130 41103 t 31100 10011.40 90
030 )0(1000 . 311031 313N2113.1643/11011113 11V10DLIV 90 00
H3V3 voa 030 XX'XXX 40003 C (83321010) 85111130V 3N1H3V00 A.313241 CO 110V3 2103 'I030CX 41103 C (31011M1 83311013V INI(1OVN 3.4133461 CO 113V3 VOA )0000(' /MOO t 11VECILL3V83) SEVICKIV 2111H3VN 3403340 10
00
ONI1V38 0 11.113NOA9(O3 NIHON INCHON
S3CIOD NDON
•••••••••••••••.;
NOUN STORAGE REGISTER NAMES
CODE REGISTER(5) CODE REGISTER(S) . CODE REGETER(S)
1101140 SIDI 10000C X1000( 339/13 1113013A NI INV
14 70000C dN00 t NO111904 NI DOI 68 13000C 20000L'
sznata CON 8V100311 1531 913111111 le 100000 19100 t H0931104 130000 4x031 1114101111 1531 1131618
339/1.1 X1000C 911 IOC( 1 335 IA 7)000C ND 100 1
DI znYti xxlcxx 41107 8 113 I 96 038 lat ICICIOCX 0/11 1113011A 1W.1,113111 038 AA 100000 OA
039/ IN )011110C 4/100 t 440.1110/N0111N01 110114 31111 56 30 )0=10C NOINW1111, 210WI 831140 AWN 3G XX•00C d11038 14905 310NY 501140 AWN HI
11393 1101 30 070110C 42100 folonv ouzo 91130 IA 30 )00C IOC 110190111111 3101W 831140 AWN 30 XICICOC 41103 30 =MIX
.14909 MONT 831140 AWN 86 tionninsc alonv nano
30 )0C IDOC 41(03 0 149119 310119 nano 54,1 X1000C 3131113A XAISSYd LOU 811 X1000C 3101113A 3A1L3Y LOU A PIN XX 'MCC 4N00 3131113A 3111.011 A 06
IN 1(1991 XX100C 301121119 030 )00(10C .2/3(1111101101 D30 X101131 4NO3 1 •aanzuvl 21119NG9191 89
H3931101 XXXXX • 11103 110103,1 13NV1d 110 0118 znin 419H 99 030 MCC '30C 0001011111 Y1V0 11119/1 030 XX100C 4100 1 17018 111110 /WM Lt
H393 1101 338/11 100001 .19103 (Al) A 91130 99 11393 1101 0311/11 X'XXXX 41103 6 (boon) oz 911 0393 1101 335/16 X130CC eI1103 C Inman 113010) A 91130 96 113931101 335/1.6 X*)000C 41103 IMOD A 91130 OS 110931101 035/11 X1CCXX 4/100 t (A1111 91130 IS 110931104 335/14 X13001 41103 6 (Al) A 91.120 15
039/1.1 10000C (13171(1/111309) A 91130 338/14 100001 DA
038/1011 MGM 091000
030 XIC'XICX 1401113/1101LI1131 910114 21111 09
4111V00730 Noucwit 084 0311/030 30OCXW 41103 31911NOLI93011 Old IL
030 XX13CX 024 VOA INWHISNO3 1111111129 030 XX1001 Old VOA 3101W 110114 030 XXI= Old VOL 310NY AWL IL
IL 91
038/NIN XXIDOC (14191011-laz 410 1103-141.) 31111 911311 338/NIN 30000C (00 3-141 110 183-00 3) 32111 111.130 IN .11194 X10001 A/100 0130 30111.1.1.19 111.130 9L
0 X71001 NOLW11313371 011110 339/1A 10000C (IA) 1.110013A 1)/11113N1
03a 1 00000 49103 0 Pe1380 31099 wive WW41103 030 XX 'XXX
'10000C TIONY 11191 1110114
038/15 111141W/
1.213013A 3anuziv CL IDOODOC 11103 0
11110 19100 VINCI HOZ111011 11110 19130 9190 )1119910NVI 11110 19100 411031 3003111119 IL 11110 19130 91311 NOWHOH 11 NO 19100 'TWO NRYNCINYI 701019.1.30 41103 '300311U19 OL
ON11938 9 9191311041103 (LNW) MON 033131
(1NO3)S300D NnoN
00 01 (SPECIFY ADDRESS) 02 (SPECIFY ADDRESS) 03 (SPECIFY ADDRESS) 04 OS DSPTEM1 Olt OPTIONL•1 07 XREG
YREG ZREG
08 A LMCADR,•1, •2 09 FAILREG,•1.+2 10 (SPECIFY CHANNEL) 11 TC81.+1 12 OPTIONX.•1 13 TCDII,•1 14 VC/0 15 (INCREMENT ADDRESS) 16 DSPTEMX, 17 CPH .1..2 18 THETAD, •1,•2 19 20 CDUX, Y, Z 21 PIPAX, Y, Z 22 THETAD.•1.•1 23 94 DSPTEM2, .1 25 DSPTEMI, .1, *2 20 N26/PRI, +1, +2 27 DIODE 28 29 DSPTEM I 30 DSPTEMI , +1, +2 31 AGEOFW, al 32 -TPER, +1 33 TIC, •1 34 DSPTEM1, .1 35 TTOGO..1 30 TIMM •1 37 TTPI.+1 38 TET, +1 39 T3TOT4.•1 40 TTOGO
VGDISP DYTOTAL
41 DOPTEMI, .1 42 HAPO
HPER VGDISP
43 LAT LONG ALT
44 NAPO% IIPERX TFF
46 VHFCNT TTOGO • MGA
46 DAPDATRI DAPDATR2
47 WIMMASS LEMMAOS
45 PACTOFF YACTOFF
49 N49D18P, •2,+4 80 RSP-RREC
HPERX TFF
01 MOMS GAMMASB
52 ACTCENT 53 RANGE
RRATE RTHETA
54 RANGE RRATE RTHETA
55 MN) ELEV CENTANO
60 RTEGA MOD RTEDVD
57 DELTAR 55 POSTTPI
DELVTPI DELVTPF
58 0111.08, 60 OMAX
VPRED GAMMAEI
61 LAT(SPL) 1,00(SPL) HEADSUP
52 VMAOI IIDOT ALT
63 RTGO VIO TTE
04 D VMAOI RTGON64
65 SAMPTDAE, +I 66 ROLLC
XRNOERR DNRNGERR
07 RTGONS7 LAT LONG
08 ROLLC V MAGI RDOT
09 ROLLC Q7 VL
70 STARCODE LANDMARK HORIZON
71 STARCODE LANDMARK HORIZON
73 PSI...LT P21VEL P210AIN
74 ROLLC VMAOI
75 DIFFALT T1TOT2 T2TOT3
76 77 78 UTAW •
UTPIT AZIMUTH
75 RATEPTC DBPTC
BO TTOGO VGDISP DVTOTAL
81 DELVLVC +2. +4 82 DELVLVC, .3..6 83 DELVI141/..2.11 84 DELVOV, •4 65 VOBODY,W..4 88 DELVLVC,•11..4
96
97 se 99
91
52
93 94 sa
87 88
90
AMKBU271+3, aB STARSAV3, +2. +4 LANDLAT LANDLORG LANDALT YCSM YDOTC YDOTL CD1115 COOT SAC PAC 00C, +2, +4 MRICHUF1.3, +6 TTOGO VUTLI 914001 RANGE RRATE RRATE2 DSPTEML.1,42 DSPTEM2.+1,41 WPCS WWVEL VIWOPT
COMPUTER ROUTINES
NUMBER NAME CALLED OR INITIATED BY
ROO FINAL AUTOMATIC REQUEST TERMINATE
GO TO POOH
ROI ERASABLE AND CHANNEL
V25N07 MODIFICATION ROUTINE
ROI IMU STATUS CHECK . P20, P22, P40, P47, P52. P64 P61, P62. R05. RU
BOO DIGITAL AUTOPILOT V411 DATA LOAD
R05 8-BAND ANTENNA ANGLES V64
3I3VHd 1V)11£ 8110AZININ311 A vrisa .13138V1 $03 A V1130 13011V1
D/01303V1 (3811110011119) 38VHd 11348HV111 NI otalsouvi. (14.) NOILVU.INI 31IVHd 33AINVE1 ota.uoun (Hap) 30111117V V1130 1NVIANO0 WI
1310/111 USD) 11011V1.1118 zaranbas 31.141112-03 WI 3INHd IVNIA-4111913
OLLSMV8-AELN3 10311403 din-muma
090'0 .1.90d-ININI 14011.1,211V111/11 LEINE
33A1131EVIN AILLN3-31Id GEV NINIVIII/d11/1 11S/H3-111.1313
NOLLVVVd3Ed - 1111143 NINIV311 DWI d11-313VG
NOLLVIC1)131110 1101.1V11131110 11(1 do-BOYS NDITV311 GNI
kazwuxuar.aa Nouvsmaido DNI 1101.110319111113H1
IKIN 849
(311) HMV! 01 111161311 troa) 3ONVII0 (14.0 3SVHd 1134914VIL1
(141) NOILVILINT 3INHd ESAIDIVILL 1003) 311111111V V1130 14V113100
(ISO) NOLINILINI 338311D311 01141713-03 8IA112NVIS .ualcumrav 11101211
A 1/11201V81131X3 3GIL1ID1101-01:3/ILL
alvadn ORO (ormovul Navriarn) 831140 a3cnv-31v8
NOIIVESAVN nunopani EVNI11810 NOLINDIAVN IV118110
NOI1VNI1013130 NOVHS amnotio ONDOVILL 330100/31V111141
(103)110/18011 3101132191411111110 HINV3 1E31 111011818
SMOG 113204 SONO ONISSVd1903 011/0
£0 NOLLV0111113A IV3Ild0-331A339 110 HINSIV1311d DNISCVdTiO0 OHAO-331A1139110 Hortnrisma
molveznnurn-zoinass 80 HINUIV1311d DNIIND ORO
83artnni 31111 tW11003d
FiVIICCRId amid
SWV210011d 213.1.11dWOD
1111 RENDEZVOUS TRACKING V57 SIGHTING MARK
RIN RENDEZVOUS TRACKING p20 DATA PROCESSING
1123 BACKUP RENDEZVOUS V54 TRACKING SIGHTING MARK
R30 ORBIT PARAMETER DISPLAY V82
R31 RENDEZVOUS PARAMETER V83 DISPLAY NUMBER ONE
R33 CMC/LOC CLOCK VOIN115 SYNCHRONIZATION
RIN RENDEZVOUS PARAMETER V85 DISPLAY NUMBER TWO
1138 RENDEZVOUS OUT-OF- V90 PLANE DISPLAY
R40 SPE TRUST FAIL P40
R41 STATE VECTOR INTEGRA- P40. P41. P47, P61 TION (MID TO AVE)
1150 COARSE ALIGN . P52. P54
R51 FINE ALIGN P82. P54
R52 AUTOMATIC OPTICS P20. P25. P23, 1151 POSITIONING
R53 SIGHTING MARE P23. P51. 1153
R54 SIGHTING DATA DISPLAY P51, 1151
11511 GYRO TORQUING R51
R56 ALTERNATE P53, 1161 LOS SIGHTING MARK
R57 OPTICS CALIBRATION P23
ROO ATTITUDE MANEUVER p23, P40. 1151. R02. WO
• TRACKING ATTITUDE P20, 1152
R82 CREW DEFINED MANEUVER V49
R63 RENDEZVOUS FINAL 1161, VIN ATTITUDE
R64 BARBECUE MODE ROUTINE V79
CS LL 91 21/1
CL IL /9
99 .90 CI
3131H3A113H10 ONIJ.SIISHI
-31Id
19 19
C9
19
It 01 LI Is sit IC CS SC IC OC IC LC OS CI SE IS OE 97
LO 90
111413
.141/00
ISOM(
CO TO 10 00
301A1131 WIN
HONRVI-311d
RIN UNIVERSAL POINTING PIO
INCLINATION wEOT
••■■•■••••••■•■I
I MI 5111111111,1110: , leill REMnniiip 1
i niiarinsinr : m ii - :_.
1 ,i-
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•■••■■•■•■•••■d
99 VONA 01 VOUS 99 11111IN3A 0 VIII.LV II MINIS L WHOM It 111110110112 II 'MN 99 HVIO110 CC 939V1tIV 99 2111(20411 ► .1.11011Y190I ► 1112.1.12 LT 900= 0 LINZ I SIVIII1HdIV 9t 31100r10/01 a 233001 91 VOOZHdIV 2 BTEVIOd g VCIIMICI ig 1111VHd7Y 91 911100110 Cg V10831011 LS IIIVIITI ► )1000284 9► 109110 It 11VVV911012
IS OHM ► HOMO ft X(INOV C 11101 It. VIIIMVO 9 9011131102 01 HYMN ►1 4111dONV3 0 VIVOVOV
"09 HOU 'ON NUS 'ON 9120
.14Nrld 00 NOON Of
MUMS ► NHS 99
0 49- M gg (.111VHIVI10.0 SINTILLSOV MOW VIWTV 0
1► 90 0 19 l'g (AI 93) 10014 9011013 0 60 99+ 09 09 II 10393(0 !NOLO VHdIV 19 19 92- 91 09 Pt (1100023d) 91110AVd VHVIV It 99 91- II 08 VC WHOM 11010011020 YOU It 9► 90+ 09 I VO 0111.1.10 3V1111b2 VHdIV Of 01 9E- 92 1 1'8 11300110 111121.1100 2/4019 LC 29 99+ 94 I PO (V03A) 321101 Vlid11 ft 29 0+ 14 1 1 • (2110VHIVSV9)1113911040 VILIIV Ot 99 99- lit 1 ll•i (v ► xv) 'Emmy CIII0N2111.1. VHdlY 99 It 99- LE 1 El HOHYJXV) I1d11032 VHdIV IC 09 99+ 911 1 1 •9 (20031idT4
9112311011 3VN01100 Wildly EC EE 111+ 91 1 9'0 (211111110112) 9110011 Wildly it II 9C- 90 1 It'S (.11439930/111112.1103 2.13118. OC 09 60 09 I GI (8110112) 91110•il MINH V19 LE 99 01- Cg 1 it (20100 6114101110. Wildly 91 Il► 89- 14 I 91 (1(111102) 9311H3 VHdIY 99 0 LI- 91 1 9'9 (HVN310) IAHOO 01100 91 99 11+ Lt 1 Vg (21013NSC) 99031 WOW II 00 0+ 90 I VI larinoam) 59031 VTIVIV Si 09 90- 99 9'9 (011VHdlt) 3V90AH VHVIV 11 09 90 09 1'9 (8200991) 811104'01 320111 V101 09 it Lt- 90 III (00939)101111011A 2111920 LT 0 90+ Lt 9'0 (/401.0094) 9H09116 WINO VHdIV 91 09 91- ► 9 'I - (WHOM 81901"214 ONVO VHdIV 21 09 X9- 19 /'0- (SHdONVO) 3VNINVO VHdIV ► L9 9► CI 9•0 (2112d23) 3V0111112 O&M,/ CI 0 00- It 1111 (13011) 090190 OLIN XI ti 91+ 99 1'1 (14VVV120rIV)111(121 VHdIV it ► 60 81 VT I11V.01120 13030 VHdIV 01
09 CO+ 00 9'9 INVNN3121 1133 VHdIV £ 91 0- 90 ► '9 (9VVIVOV) MOINE VIZILL 0 0 611+ 99 1'I (021V10.1) 2111101414 3291111 VlIdIV 9 OE L9- 99 9'0 III2N113H00 INVUOIS VHdIV ► 0 09+ 00 Vg HAWN 3218401100 00120 It It 01- 99 VS (VOHdIC) 1130 VIZ! Z CO 91+ 00 t'9 (Z11013HdIV) HVONNOININV VHVIV I
(•IN 1:13(1) (•N11. ION MVO HOVN WOO NOLLV9013101 930219041/ '9A HUB
L110111
1S11 13N1fld hIVIS
12.1,30
FLAGWORD BITS-ALPHABETICAL LIST(CONT)
UM (MI 3M.1 MU MU (MA /Mir /MA (MI 1/AI MI (MI WM 1MA (MI MI )/61 MI SW TM/ Ma (MA me WM 1M1 WM MA MI LAU MU 1MA UN IMI MI MA (MI )MI MU (MI (MA MI MI WU MI MI 1M1 MA 1MA UM 4114 I MA :MA (MI (MI MAI NM (MA :611
98 MI La
918 98 MI LH
MU 98 68 98 ea
118 9111 Ill MI TH CH
f III 118 (18
911 98
018 MI ea
118 LH
018 1 TV 118 IS
9TH 018 MU 918 68 98
118 MI 68
9TH 9TH
CH CIO MI CI1 EH
MI MI 98
1111 118
PH ea
#18 918
PH
09116011 OVIA ICY
MS V09 gm Nsvesies
0911.unb 014161A14
TYLIANOOd 01100011 014133111 OVIIOOA
0141181411 0111V84d 09141601
CYLINVV101 0V1431
IC1 09116(1
orsases► ad 011111.1
014619191 09111/1
&MICH° 09I1018110 011119AIP1 0141410Di 01:1ANIMIN 011019/Di 1131.1MSON
M911111014 110111110N 10100016
01100011 0111113111
09III163(1 011191/4314
0111/3314 0111033N
11680(98 01ILIVAMI TY1111111111 013AN11101 MAGI S8
OVIANOOM Orla A0811
09110111 011090116
01110119 0•11A1019
011801919 0116111011
measures 091A VNIY1 01 ANOOM1
MALVI aria/mous
1101.1/&99 1101/6211
0111=0
01311 9MA 9161 WM (W11 MI LAW (MA 9161
OIMA ((MI 9161 WM 1M4 9161 9/3.6 LAU 9161 9M1
QUM 001 1311 /MA 0164 9161 TAU 9164 6164 LW 90(1 11161 1M3 9161 9161 9M1 9M1 9161 0161 CA11
LIMA 9161 MI 9M4 11/61 9M1 MA
01164 1 1 MI ems 11144 1161
OT &I e.ke LAU 9163 01131 9M4 9111 • 90(1 UM
#18 98 L8
118 98 es
CM 98 98
118 ea MI 18 :a 98
018 ea
918 118 es Ca La es 98 /6
eta 6111
/11 118 98
618 918 66 18
018 918 18 ft ea 98 98 98 (8
918 118 18
018 ea sa 18 18 es (8
MI es DI
018 98 18
CHI
09I1IN1 M8111111
011 MINI 011803411
swan memos OYU NOI
11913198 11/119
1Y14.111111111 OVIA VH
M11.11111140 Ammo
0113188110 189/31100
183600 119131010 M8110)990 0140111111 O91133111 01148101 0111V1111
3111111 OV111113
OVIICIVILI 4808111143
OYIINOON3 OrLISONS
M803 DVIA A3661 • 01114010
01191211911 09140810
11014911 LI.18490
011611090 01119013
OV1.111113 09148163
831.041100 0911 9003 411160/83 01160060 19119490110 9NV913190 0911 SIMI orumezv
OVIJA V 1680119309 orucany
bawls,. 01103119 09116189
M839d V 13141400119
31111.309 01181696
MITISC 01149011
R67FLAG RANO FLAG REFSMFLG REIM* FLO REICTFLG RE LVELSW RENDWFLG RETROFLO RNDVZ FLO RPQFLAG RV8W 832.1F1 832.101 832. IF3A 832.10313 SA VECFLO 8161011110 SLOPEM SLOWFLO SOLNSW SOURC FLO STATE FLG Fr E EBBW STIEFLAG STRULLOW
B2 B9 B13 B7 1312 B9 111 B14 B7 B19 B9 815 814 B13 1112 B10 B10 B3 B13 B3 139 BS B11 B14 813
FY/3 FY/10 FW3 FW10 F1910 FW6 FWS FW1) FWO rwe MR FW11 91611 FW11 FW11 FW9 FY/2 MI MS MS FW9 FY/3 FW2 MI FW6
1S111VD113EIVHd1V-S118 C2IOMOV11
SURFFLAO Be FW9 .
SWTOVER 815 F11/9 TARG1FLO BIO MI TARO2FLO 89 FW 1 TERMIFLO 815 FW7 ■
TFFSW 111 MY7 TIMR FLA° 811 3177 TPIMNFLO B3 FV/10 OPDATF LO /17 FW1 - UP LOCKFL B4 FW7 V37 FLAG 119 FW7 V50NI9 FL 915 FW3 V59 FLAO 812 FW9 VIMEM FLO B13 FW9 V94 FLAG B11 V960N FLO 89 Ma VEHUP FLO Be MI VERIFLAO . 83 FW7 VFLAG 810 FW3 VHFRFLAG B9 FW9 V1NTFLAG B3 Furs XD EL VFW Bs I192 XDSPFLAO 81 FY/4 ZMEASURE 910 FY/9
FLAGWORD NAME
SET
RESET AND BIT
EARTH - COMPUTE FISCHER ELLIPSOID RADIUS. MOON -USE FIXED RADIUS
RIM CONTROL
TWO JET RCS BURN
V37 NOT PERMITTED
PERFORM MANEUVER STARTING PROCEDURE
P24 MARKING
EARTH - USE FIXED RADIUS MOON -USE 11.18 FOR LUNAR RADIUS .
CMC CONTROL
FOUR JET RCS BURN
V37 PERMITTED
BYPASS MANEUVER STARTING PROCEDURE
PU NOT MARKING
PVIl 313 ERADFLO
PW1 314
315
FV/2 31
FUSE 1112
FIVE 33
STIKFLAG
NJETSELO
NODOFLAG
CALCIUM!!
P24741CFLA0
•••■■■•■•■•■0
azieorriv 101
KRIM SDI
DrataOm LOU
11V/1101711HDIS
ONDRIVII 1E11
GELV.0411 ONIER 11010EA ELVIS WI
113•0111V LOU SEWN AEI ONISVGdfl
(1IVTON71) LHI TIIIVIU
CIEMYTIV ION ONINOVILL
1.3317311 3111VPI LOU OG '031.11300V NUE SYH EVVII ON
VOLVESII NI GOMM% . ISTV1 RT111031I
HIJAL
SMILE 710111/113111 1101 ROIVA 0141.18VI9
DIVED OL 01231.11126)020VREAV
CW191111 ■ VODTVD 10 ladle°
110IDEA ELVIS 10 NOILVLIDELNI
INOLL -114111fLUIEd 11Y'IOS
1/10141161 NOLLVHDELNI
EDNEITUNI JO 311311411 B NJ.HVII
NOZDION EVEN
EMT AVVNIlid GNP LENVId
INEIUMMVEll
CIEITUNG 1101013 oaltacriloi d/V
350 NI ION
CHUM= LOS OW
GELVILINI LOU IPA
EGON "VID111110 MG/ NI LON
IMMIENVIN Oa 01. I NVNDIVE
Isztaznou mom NI GE WOMEN 1V
SEEN'S METE NI 1110.1DEA ELVIS
SSVd LSI HAIM 0EM:1M1 SU
GEMOTIV ION Lod
Nana SON
WI ONLIMOIS
EIWNGHTI INIELHOTH
0171)•VNI ZEN
GEIVedfl 0721•11 HOLOIA 91VIa Ile0
CIEMDTT V DIEM IS coa.i.vaan
1911 /IMMO
GEMOITV ONIXDVNS
£331311 ENVIE *WITT TIEldlIDOV
N3271 SVH )HMI V
1101VI3LNI NI GOWAN
HYIS HJJM ELVEEJ.1
NOLLVSELI BOA =IVA ONILEVIS ON
zatalNoo OI (zzoinaztOozoVIIZAV
XINa3 el VIMTVD 10104££0
IMUMM AO NOLLYHDES141
*TOLL -11T01111113d avlos SLIM NOILVHDRLPl1
EDNEITTEM .30 EVENdS IS NOON
MEDIU! 11V1
USE 31111CI LENVId AIIVWIHR
GNP LENVId INENDIGIVEN
GELVId1271 Wawa zarkltux IYLOL
sin NI GNI
DIIINDME OEd
annum van Boon
1VOLLnia 210L MI
10400001 EIQ IMP
01410013 Ina DU
0111011V1 0TH IA11
0113011VJ. SH IMP
0111111 WI lad
MUMMA IQ 1/61
013.188111 MI DU
NI 181
OTAMOVHI SE TAU
LYLIMIVPI HE IMP
A81410111 HE IRA
AMISMIO za 1811
01(1103AV IQ IMP
OrLllNd3 III SRI
HOJJAVIT MR GLOP
ovlialm SIR 051
DVIANOON BIG 0•3
11011.111011 IIQ . VIA
1111111IVENZ 0111 OMP
DIAIGEDI Xi WU
MOD SE 081
ITUZACINII LE 081
IDI SRI
13,11.1 118
0111003.0 14I OALI
OrLIED11 CH WU
011/40011V EH SRI
OVIMISd ta 081
FLAGWORD BIT ASSIGNMENTS(CONT.)
FPS 34 PFRATFLO PREFERRED ATTITUDE COMPLETED
1782 115 AVFLAG LM B ACTIVE VEHICLE
PBS Ha FINALFIG
LAST PASS THROUGH RENDEZVOUS PROGRAM COMPUTA-TIONS
PVI2 B7 ETPIFLACI
ELEVATION ANGLE
TPI TIME SUPPLIES SUPPLIED FOR
FOR P34. P74 P34, P74
FUSE 117 FIRST LAG FIRST PASS THROUGH 540.9
PW2 BS XDELVFLO
EXTERNAL DELTA V VG COMPUTATION
PV/2 B9 IMPULSW
MINIMUM IMPULSE . BURN (CUTOFF TIME SPECIFIED)
FV/2 310 SKIPTHE
DISREGARD RADAR READ BECAUSE OF . STIViltE OR BROWSE RESTART
FUSE 1111 STEERSW
STEERING TO BE DONE
FUSS 312 P21FLAG
SUCCEEDING PASS THRU P21. USE BABE VECTOR FOR CALC.
NV/2 313 1IDSPFLG
DISPLAY DR, DV
PV/2 B14
RTIMAIM
OPTION ONE FOR
OPTION TWO FOR MARKRUPT
MARKRUPT
}WI 3315
D11111FTFLO
T3RUPT CALLS
T3RUPT DOES NO GYRO COMPENSA- GYRO COMPENSATION
FW3 B1
DIMOFLAG
W MATRIX B TO
W MATRIX B NOT BE USED
TO BE USED
1FW3 112
WOW/FLO
DIMENSION OF W
DIMENSION OF W IS 9 FOR
ISO FOR INTEGRATION INTEGRATION
NI 0•1111d KILAV 1911 01
NUMMI 01 I NVIEDIVE
SA OYU IIIIVE04012.1.)
EATOICIDI IV HVNIII HI
ROJDZA ELVIS
56211001I4 NI seVd 151 'mooing Old
LIE (INV 1E0211
LES
SOWN 0110/40111
PREFERRED ATTITUDE NOT COMPUTED
CHM B ACTIVE VEHICLE
INTERIM PASS THROUGH RENDEZVOUS PROGRAM COMPUTA-TIONS
SUCCEEDING PASS Viacom 540.9
LAMBERT (AIMPOINT) VG COMPUTATION
STEERING BURN (NO CUTOFF TIME YET AVAILABLE)
RADAR READ TO PROCEED NORMALLY
STEERING OMITTED
ler PASS THIW P21. CALCULATE BASE VECTOR
DO NOT DISPLAY DR, DV
SiN3WNOISSV 119 anomovN PW3 B3 VINTFLAO CSM STATE VECTOR
BEING INTEGRATED LIE STATE VECTOR BEING INTEGRATED
COLLVII1111 Amnia 'IVNHON EZRA%
ONIIVR3d0 Aridea 7,1110111,1 113HOIR ON
ammura Idea EMI
143HM alivoRARA 013118 1.011 layNovae/
asAvulta wriaNG TIMOR Nam cnIVORtZE
OMISSION A.nvRouisv
annum/ Iv'iaSia A.Ln10111.1
IONA GORIER 01119111.011111VNOILLRI
ILIPidela 01E1RJ:a II LIM clai6z31111111
.LON EVE lAyNORJAV
ArWSW /11110tild AR cialdninialta
10/1AV78910 ally11
/MICRO HO Alilioffid La
Guam/mum 1011 Arum 717171031
1111111011 READ 1T18130 EMI ON
NOLLYNHOINI MITA 7/1031dS ON
NaAnSINVIN 0911 IMMO
EOM T/SNIO NI .1.0/1
0000 011 LYNNE/MI
01101-1V-I "WM
NE4VJ. IS(It loN V.I.va )03vM
)11411180011 Sid
MIA 30 alMA NI SUMO 0411.
NOLLTNE41118 ScRIV/6310141 MOTIV
CITTIVO AVOILLNI
CI3L111000 1.0t1 WAS
NOLLWXAVN 1V111810 VOA
OTIVANI ZEMIN A a31Vadfl1011 $10.1.03A
INIINVIDO14
NOIIYHORAN0 notia
13191111
unman Armsla IVNRON FIRMA
01111063,10 )11r1.11aa =EOM ER NOM
03.LVLLita 1014111111 Jrawn
NEHM alivoilASJI OMNI inVHOILJAV
COLLVLLDO Ar7a10 71/111710N Num cntrosum
omen Inv/soma/iv
OILLVIZINI irldwo 3111101118
NUN ouvoy11.111 omen saveIowan
rridsla °KLEMM HIM °Mani 3.L0d
9TH 111V31013.1r/
AV'Id66(1 Janson/a AR GaLdnan12.1.111
wawa mann(
irldaci 71EVM HO ILL11101118
AR Oa/antral 311331 Ariana 11117111031
Ivnuom arlansa xnvn
03.1410117171.LNI EH 01 ION Armen MIMI
RZACJIMVX 3011.1.1.Lly 0011
037n111300 SYR 31001 17433110
0000 LYNXES=
ON01-1.r1 111/38T1
11371V1 1.34W 9V/A VIVA 3411V1I
amuirntreon Std
/ARIA .10 C7ISA NI SIIV18 OMI NYU. ESTI
NCEJ.THOSELla SCINVAolova .LISUOLI
Ila•TIVO FAIIDELIR 110 031181(1 ‘03118 3690
031111000 lIVLS
NOI1vOIAVN 1V11atIO HON
clIT/A XILLVPI A carman vo102A
Z/VIS INZNYINIlad
NCH1V1103.1311 011000
OUAMOild
AR WAS
07Allatad
ea la/AS
014/81111/1
911 PAW
matAanam HI JAI
OrICA0101 K ►06.1
SE WAY
OT118110X 111 WM
719117091 RH CALI
PIE CAUL
eta LAU
SDI CAW
07IX111rd ITC CM&
orian NH RAI
Or1100d
411 CAA
0141011118
NI RAI
OV1417f1.1 LH CAL
93 YAW
98 e/6.1
fH 0/11
us any =TN CalcvADV•Li
___J FLAGWORD BIT ASSIGNMENTS(CONT.)
FLAGWORD AND BIT
NAME SET RESET
IV/4 311 MWAITFLO HIGHER PRIORITY NO HIGHER PRIORITY DISPLAY OPERATING DISPLAY OPERATING WHEN MARK DISPLAY WHEN MARK DISPLAY INITIATED INITIATED
FW4 1113 PDSPFLAO CAN'T INTERRUPT PRIORITY DISPLAY
TN4 513 NRMIDFLO NORMAL DISPLAY NO NORMAL DISPLAY IN ENDIDLE IN ENDIDLE
FW4 514 IPRIODFLO PRIORITY DISPLAY NO PRIORITY DISPLAY IN ENDIDLE IN ENDIDLE
FW4 Bus MRKIDFLO MARK DISPLAY NO MARK DISPLAY IS ENDIDLE IN ENDIDLE
3V/5 111 RENDWFLO W MATRIX VALID W MATRIX INVALID FOR RENDEZVOUS FOR RENDEZVOUS NAVIGATION NAVIGATION
PV/5 59 MGLVFLACI • LOCAL VERTICAL MIDDLE GIMBAL COORDINATES ANGLE COMPUTED COMPUTED
FIV5 133 • SOLNSW LAMBERT DOES. NOT LAMBERT CONVERGES CONVERGE, OR OR TIM-RADIUS TIME-RADIUS NON CIRCULAR NEARLY CIRCULAR
RV5 54
TV/5 )35 ORRBKFLO BACKUP ORS BACKUP ORR RECEIVED NOT RECEIVED
TWO 136 3AXSFLO MANEUVER SPECIFIED MANEUVER SPECIFIED BY THREE AXES BY ONE AXIS
PV/5 B7 MOONILY; ENGINE TURNED COI ENGINE TURNED OFF
Fv/5 Be COMPUTER COMPUTER IS CMG COMPUTER BLOC
FV/6 B9 DMENFLG DIMENSION OF W DIMENSION OF W IS 9 FOR IS 6 FOR INCORPORATION INCORPORATION
FIVIS 310 NEWTFLAG RETURN TO P39 NORMAL OPERATION SKIP-PING LONGITUDE DISPLAY
FlY5 311 INCORFLO FIRST INCORPORA- SECOND INCORTORA- TION 110N
3145 1112 V59FLACI CALIBRATING FOR P33 NORMAL MARKING PCS P33
313 SLOWFLO P97 TRANSEARTH SLOWDOWN IS COAST SLOWDOWN NOT DESIRED IS DESIRED
TWO 314 RETROFLO 137 PREMANEUVER ORBIT NOT ORBIT IS RETROGRADE RETROGRADE
ivia 319 DsKYFLAG DISPLAY SENT TO NO DISPLAY TO INUCY INKY
9W6 B1 GYNIDINIIW CDU DIFFERENCES CDU DIFFERENCES AND BODY RATES AND BODY RATES COMPUTED NOT COMPUTED
TWO 112 CM/DOM/ ENTRY DAP ENTRY DAP NOT ACTIVATED ACTIVATED
FW6 B3 .064111W DRAG OVER .051:1 DRAG LESS THAN 0.60
(1NOD)S1N3WNOISSY 119 GHOMOV1A
FLAGWORD BIT ASSIGNMENTS(CONT.)
1N4 X-1111111-X ON
1V SNOW 811A
CIEHOVI.LV ION ND 111
VIVA 38E1 10 MILL ELVICIDIVO
trimly, I om. t o
17103 /1080V711100
AV7411111 1111N3 ZINO
1401.1311111 10511103 GNV 0101111
111.1.N8 MINIM
081V11137V0 88 01 ION 10111117)
2140G 315 01 SNOLLV11131VD
70510850
311307818 'VELEM 031111011V1
319VH4 IVNLI BII.008
NA10117431/1 xvviocionri
MUNI 011111101 08111111134
118A1131/0/16 170/1 IVEILLVI
NOLLDICIalld SONVE 113.14V GELLINO
85 01 MOLL -r70D7vol531.1081111
10 01111V11811
GINS scuut.t.t.v 7705 INLINI
CILLINIONNI 3417111800
V13/11 -WILL NI 1401.15A
211(113 •TVELL 611149100 .LON OG
.1.305V1 GEM/
71V1 31-18VSLII-31
/Ed AO LINZ N111/611/1/18 113008V083
CINIDV.L.LV 190 767
33011131840 81711 UV, °VIVO
SOH I 3NON
37115 11713.14 oa
NAXILLN3 VIA 1V1461(1 AILLN3 00
SNOLLV1 °DIV* GNV wow'
maxa mernv
WINN 3I.V1I13IV3
13311L1190 18 01 611011V11101V3
101130803 11V1121W1
1.1.13073A
53e2 014113011V1
ewxd 1V/IS NI
NMON31
MLLES °M1500 02118108/0 1134113NVIII
77011 IVE21197
NO1131(1311d 801VII 9311V ZNOCI
01 104011VInoivo MOINE ONLI.V1111138
0735 10H acukt.t.Liv 71011 IVLLINI
011.11111133 1006131714100
MAE 115 LAB
11130800 MI NU
La UM
LEA 98 LAY
98 LA1
lamoolact NH 1.161
Drumlin CH WM
011HDIN EH NU
NUJ. 15
I./1E4W* NH WM
LUNN 0111 RAU
/ASI1MLLS SIN 9184
4N111.1411 CIE WM
NEV41111110 118 WU
MUICDIVO 115 9181
NIV42/100 015 WM
ourzatem 65 9181
MODE 908 9188
01110401111 MI 9E4
LH 9141
95 9188
N
14I 908
IIH GNV (1110AViV74
FLAGWORD NAME AND BIT
I37 310 NORMSW
FW7 BII TIHRFLACI
FV77 313 ASTNFLAO
17V7 1313 KIN FLAG
3367 1314 ITSWICH
1467 315 TERMIFLG
BI NNW
FWB 33 R67FLAG
ME B3 VIRIONFLO
IWO 34 COOAFLAG
IWO 35 ANEW
1V/3 Be ORDERSW
ME 37 INFINFLO
FWI9 Be SURFFLAO
SET
UNIT NORMAL INPUT TO LAMBERT
CLOKTASK OPERATING
ASTRONAUT HAS OKAYED IGNITION
TIC; HAS ARRIVED
ACCEPT NEXT LAMBERT TPI SEARCH SOLUTION
TERMINATE
TRANSFER ANGLE NEAR 340 DEGREES
R67 CALLING R60
POO INTEGRATION HAS BEEN INHIBITED BY V94
NO CONIC SOLUTION; TOO CLOSE TO RECTILINEAR (CODA OVERFLOWS)
R DESIRED OUTSIDE PERICENTER - APOCENTER RANGE IN TIME-RADIUS
ITERATOR USES 2ND.ORDER MINIMUM MODE •
NO CONIC SOLUTION (CLOSURE THROUGH INFINITY REQUIRED)
L14 ON LUNAR SURFACE
PERMANENT LM STATE VECTOR IN LUNAR SPHERE
PERMANENT CSM STATE VECTOR IN LUNAR SPHERE
FIRST PASS THROUGH INTEGRATION
RESET
LAMBERT COMPUTE ITS OWN UNIT NORMAL
CLOKTASK INOPERA-TIVE
.ASTRONAUT HAS NOT GRAYED IGNITION
TIO HAS NOT ARRIVED
TEST LAMBERT ANSWER AGAINST LIMITS
DO NOT TERMINATE RN
TRANSFER ANGLE NOT NEAR 360 DEGREES
NOT R67 CALLING R60
P00 INTEGRATION IS PROCEED/NG REGULARLY
CONIC SOLUTION EXISTS (CODA DOES NOT OVERFLOW)
R DESIRED Rom PERICENTER - APOCENTER RANGE IN TIME-RADIUS
ITERATOR USES 1ST ORDER STANDARD MODE
CONIC SOLUTION EXISTS
LIE NOT ON LUNAR SURFACE
PERMANENT LM STATE VECTOR IN EARTH SPHERE
PERMANENT CSM STATE VECTOR IN EARTH SPHERE
SUCCEEDING ITERATION OF INTEGRATION
V13111-31111 NI /10137A 31V.LS
IV/114 23.1I4 NOD
18011V1 LINIHDV01144V
440 °WINNE 111331M1210 EINVINAV NEDIARMOD 3DVE3AV
9 • Pt La
NEN ZINN
139
EWE 310 ADVTRK
LMOONFLG
CMOONFLO
NEWIFLO
ADVANCE GROUND NOT ADVANCED TRACK SIGHTING GROUND TRACK WANTED
FMB 314 NEWLMFLO
IWO 310 RPQFLAG
NEW LANDMARK OLD LANDMARK COOED COOED
RPQ NOT COMPUTED RPQ COMPUTED (1NOD)S.LN3WNDISSV 1I8 atiomovil
0011 ERA ON
DNINNIDI J.ON BOOS -ZSCIN311 011VW0111V
3140Q DNILLSONV.I. D301
mammy SI 20N3I1038 010A
• ZICIN311 OLLVISOJAV
DVIACCd 91 0101
15390111V LH .0104
011 VAC
HE MA
CIS SAW
IMA01/01
I/YU► A
071 N3S8A
&MOSES
0E141Mb
Or11101
OVIAII0D1
19 1.110 Roam zann.u.v
1V101 31114118100
NOLD111031N1 NOVA 11X3 ONY 2INNI901231
CS 11113/1 '212103138 ICE
0301 0J. ZI.V1103.LNI
IFIV11104 AVOLGIFI 10 3140
MORI 031131N3 NOLLV1031N1
3011.1414 'NA 11250 211110 1.NO0
"NOI1V5031N1 0111VM M 1103
ONITIV0 0101013 AV
011AVCIIM SU MI
MSCUMSAV IS 802
FLAGWORD AND BIT
NAME SET RESET
111
B2
33
34
BC
37
FW11
FW11
FW11
FW11
FW11
FW11
FW11
CSIELAG
HA FLAG
RANGFLAG
BURN FLAG
HDSUPFLG
REJCTFLG
FW10 313 REINTBIT
FW10
FWD.!
FWIO
FWD/
Be
310
811
112
138311 135 3NVN .1.11ativ
0110/80r11
021V11021103121 MITY1
CIA UNY 113A1133NNVY1
MENU. MUNN dNA °NYS:11140
3ONVII0 Wind ON
131 1111A0H011011 ON
ONINNIIII ION 014
1.1.114131A WAIVE
anorna UNVIKIVII0 tUM
03/207IV ION MA
• SMOG SI WWI 31104211
3DVS01.11 TITS COW AV'141110 124
V1VU 21011V11 AO SONV.14300V 4018
MIEN 431.140 3 VIVO
Luta 10 annoy
NO 0000 1011 BRouvrinolvo us
CI SHEA 'LIN ISM 43011113 30111114V
11/101 3111.11203
Rcalvvowa Rnmumoo
SC 111125 aszosns 511
EMIL 1N393114 - KEHL 2H1 0.1. 31VUO310
Avotam VIA 0E1131= ION IIVM NO11E110210
3011.1.414 'NA 'N11 an 138
0011V 'xnuvw BOA 43114013AV ON
RANGE 928 N. M.
C8M DID BURN
HEADS UP ATTITUDE
MARK TO BE REJECTED IN Rn
INTEGRATION ROUTINE TO BE RESTARTED
MULTIPLE CII
HEIGHT ADJUST MANEUVER PROGRAM
3-AXIS UT
FIRST PASS OF NEWTON ITERATION
DELTAN AT CSI TIME ONE EXCEEDS MAX
RANGE > 328 N.M.
IJA DID BURN
HEADS DOWN ATTITUDE
NO MARK REJECTED BY R22
INTEGRATION ROUTINE NOT TO BE RESTARTED
INTEGRATION NOT IN PROGRESS
NOT P20 PLANE CHANGE MANEUVER
NOT MULTIPLE CSI
NOT HEIGHT ADJUST
VECPOINT UT
REITERATION OF NEWTON
DVTI LESS THAN MAX
FWIO B14 INTFIAG INTEGRATION IN PROGRESS
FW10 BM PCMANFLO P20 MANEUVER AT PLANE CHANGE
(1NOD)S1N3WNOISSV 119 ciaomovu
0
33A1131.1VM aRroivia NO 514 'aannarivrt
113AHENVM 11313V 31400 311 0.I. CIA
31400 14335 SVH 112AIIENVIS 141
MERYL IMISCI BREVE( ANA NO 23040 AnNO
ON1113011V1 3ONVH3 314V"Id
anun000 !NH 118A0H011/01
DNINt1012 ►Ed
111031A MOON
0310313S ansavaa XYN
CCU mum= 010011V MA
32100 01VM IL LAY
30/110111 VIA'S UNE 11/141110
V1VG 30NES 14300V 0.I. 2811 0011V
AIM 0 V.I.VCI Inca 40 333005
NO 00100 31Y 11N011V11101V3
crunzmvw 9H 01411
014164.141 M 00.5
011NN141 CIE OW
01431114 EH OIMA
014104 IH 01/M
01111COLVM SIC • 801
VAC
01303AVII 011 004
OW711111141 III OW
01131111011 IC SAM
011V0C23 LS OW
FLAGWORD BIT ASSIGNMENTS(CONT.)
FW11 B8 AZIMFLAG
FW11 B9
FW11 810
FW11 B11
FW11 312 832. 1F3A
FW11: 313 1132.1F3B
FW11 314 832. 1F2
FW11 1215 B32. 1F1
RI
RI
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31014.111IDFAG
(WD) EES300WI
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IT
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(WD) 0£53COW1
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OPTMODES (CM)
BIT DESCRIPTION
3
4
5
6
9
10
11
12
13
14
CM AUTOPILOT CONFIGURATION DATA (NOUN 46)
DAP DATA LOADED INTO COMPONENTS RI B R2 UPON REQUEST BY FLASHING V 04 N
RI• ABCDE )DAPDATR1)
RV- ABCDE (DAPDATR2)
VEHICLE CONFIGURATION
X-TRANSLATION FOR QUAD A/C
X-TRANSLATION FOR QUAD B/D
ATTITUDE DEADBAND
MANEUVER RATE
0 • NO DAP
1 • UM
2 • CSP4 & L21
3 • CSM & SIVB
6 • CM a L21 (ASCENT STG ONLY)
0 x DISABLE A/C
1 • USE A/C
0 • DISABLE B/D
1 • UBE BID
0 • •0.5 DEG
1 • 40.0 DEG
0 • 0.00 DEG/SEC
1 • 0.2 DEG/SEC
2 • 0.3 DEG/SEC
3 • 2.0 DEG/SEC
ROLL QUAD SELECT
QUAD A STATUS
QUAD B STATUS
QUAD C STATUS
QUAD D STATUS
0 • USE B/D
1 • USE A/C
0 • DISABLE
I • USE
0 • DISABLE
1 a USE
0 • DISABLE
1 • USE
0 • DISABLE
I - USE
DIGIT A DIGIT B DIGIT C DIGIT D DIGIT E
OCDU FAIL INHIBIT
ZERO OPTICS PROCESSING
ZERO OPTICS
CMCCMC TIrra
IM711.-r/
COARSE ALIGN PROCESSING
COARSE ALIGN SINCE LAST FRESH START
OPT ZEROED SINCE LAST FRESH START
■••■......./ • f ••••••Wwwi
CHANNEL BIT ASSIGNMENTS(CONT.)
' OUTPUT CRANIUM II
Wt 101w40firla 31Irmizans IBA 10a100 IH 1114 IA IWIVILI
in IOU sit WIWI W
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LI OM Ilk is soli If 41 soy is
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V - 1 . fat Sit 11 • a -OM WI
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$0 mama Ott WO 40 11111103010111
IC 111010110 1011 111 101710011010 NOW WU WUVI1(00 111-1 113 CO 12011(100
'011 01100 01 11,0111101 II 1101(110
WI 1 Int 01, IC 1711111,111
WW1 1011 IC 111110010
SINEWNOISSY 119 13NNYH,
BIT CIIMINtl. oUTpUTICIONS1 OM NI PORTION 1 ..
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1,5
11 AAA 2
AA 02A A4
1 .
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555 555 5535s 555
All ■N■
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1.c.BIT ION OUTPT UT ROLL
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CHANNEL BIT ASSIGNMENTS(CONT.)
OUTPUT CHANNEL 14
11:11•11 WI 11100111A Z In £0100114 1 VI 41100324 X MI
111011 &LYN 101121 11
10/IIN1 VI 110 ill 1/1011
1 0
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NO *0101104 I 111
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PIT PO•ITION OM IN
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21
11
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• 0 NONE • 1
1 •
DRIVE X QUO DANE T OTRO
I 1 MTN 1 OTRO
INPUT CHANNEL II
BIT PORTION
CIIANNIL INPUT SIGNAL CM LN
c
TIAP
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11UPT
811
SULLT1 MICZ11 111111
MAIM KNITS
KIT 111 YET SM KIT IM
KEY UM 111T 1114
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322 93
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INPUT CHANNEL 1•
'15 Pg. Fi
2 §^ g4o Ri2 22
;m
;
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4
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I
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3 IN 22
in noon nano 'UMW°
II 1100111110 1114100
CIN0a1SINBWNOISSY 119 13NNITH,
BIT POSITION
CHANNEL INPUT SIGNAL. OM 111AP IIUPT
RZT1
000 00
0
0
1111 X1T•
ICZ1'4 ICILT• MARK
!I 11
MIJUL RIAZIOT
(INVERTED LOOM/ INPUT CHANNEL 32
(m001 aitIwW It 1711101VN0 L0410
Wool aziecemor II 1231142110 3.24111
INPUT CHANIIRL SS INVENTED um)
CHANNEL BIT ASSIGNMENTS(CONT.)
911 —1 H
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ARM LON
12-03 ENV Al Insonivw
CINO3)S1N3WNOISSV 111113NNM
MT POSITION
CHANNEL INPUT SIGNAL CM LSI
rww
wm. 2=7 2
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as ;;; Ei
124 ;;; ;;; ' ani 111
IN-1 Ill
tt -gg
aat Raa 161 ;IP
t
IA 41
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Ell
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CHANNELCHANNEL SIGNAL CM LI
I
VHF DATA 0000
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fl II" 151 5 95 441 1
13 ri 51
11 133 553 t..
ZERO OPTICS AOC CONTROL
4 811 3 ..,
• (LOCK UPLINK INPUT UPLINK TOO FAST DOWNLINK TOO PAST
PIPA MALL COMPUTER WAIINDIO OSCILLATOR ALARM
CHAIIIIIIJ 34 AND SE CONTAIN LIONINLDM MOM I AND
RESTART MONITOR CHANNEL 77
BIT POSITION CM
PARITY FAIL (BOTH) • SAME AS CM
I PARITY FAIL (E—MEM) •
3 TC TRAP FAIL •
4 RUPTLOC FAIL •
5 NITD WATCHMAN FAIL •
6 VOLTAGE FAIL •
7 COUNTER FAIL •
6 SCALAR FAIL •
9, SCALAR DOUBLE FREQ •
NOTES
SliON
