␣␣␣␣OP = 437
  1. Definition
    00665 0 00000 0 00000 315 OP HTR0 F6G03080
  2. References (3)
    00276 0 60100 0 00665 63STOOP SYMBOLIC OP, BINARY DEC F6G00580
    00305−0 50000 0 00665 70CALOP SELECT SYMBOLIC OP. F6G00650
    00414−0 50000 0 00665 144 OPCAS CALOP F6G01370
␣␣␣␣RA = 439
  1. Definition
    00667 0 00000 0 00000 317 RA HTR0 F6G03100
  2. References (3)
    00302 0 60100 0 00667 67STORA SET EA TO ZERO. F6G00620
    00351 0 50000 0 00667 106CLARA F6G01010
    00433 0 50000 0 00667 159CLARA UPDATE L1 BY F6G01520
␣␣␣␣RD = 175
  1. Definition
    00257 0 76200 0 00224 48 RD RTB4 READ CIT RECORD FROM TAPE 4. F6G00430
  2. References (3)
    00252 0 02000 0 00257 43TRARD GO TO READ CITS FROM TAPE 4 F6G00380
    00254 2 00001 2 00257 45TIXRD,2,1 F6G00400
    00524 1 00000 0 00257 218 RD3 TXIRD,0,** F6G02110
␣␣␣␣SA = 438
  1. Definition
    00666 0 00000 0 00000 316 SA HTR0 F6G03090
  2. References (5)
    00300 0 60100 0 00666 65STOSA SYMBOLIC ADDRESS F6G00600
    00315−0 50000 0 00666 78 SA1 CALSA IF OP NOT BCD OR OCT SELECT SYMBOLIC ADDRESS F6G00730
    00364 0 50000 0 00666 118 SA4 CLASA SA(1) GREATER THAN 15. F6G01120
    00372 0 50000 0 00666 124CLASA ORDINARY SYMBOL. F6G01180
    00404 0 53400 4 00666 135 SA3 LXASA,4 NORMAL INST(0) F6G01280
␣␣␣␣SL = 436
  1. Definition
    00664 0 00000 0 00000 314 SL HTR0 F6G03070
  2. References (5)
    00274 0 60100 0 00664 61STOSL SYMBOLIC LOCATION F6G00560
    00444−0 50000 0 00664 168 SLS CALSL FOR ALL OPS TEST SYMBOLIC LOCATION. F6G01610
    00466 0 53400 4 00664 186 SL1 LXASL,4 SL(1) EQUAL ZERO. F6G01790
    00476 0 50000 0 00664 194 SL2 CLASL F6G01870
    00514−0 53400 4 00664 208 SL7 LXDSL,4 STORE LOCATION F6G02010
␣␣␣BCD = 434
  1. Definition
    00662 000000222324 312 BCD BCD1000BCD F6G03050
  2. Reference
    00312 0 34000 0 00662 75CASBCD IS OP BCD. F6G00700
␣␣␣BSS = 433
  1. Definition
    00661 000000226262 311 BSS BCD1000BSS F6G03040
  2. Reference
    00421 0 34000 0 00661 149CASBSS F6G01420
␣␣␣EOF = 341
  1. Definition
    00525−0 53400 1 00120 219 EOF LXDTEVL,1 AT END OF CIT TAPE. F6G02120
  2. Reference
    00263 0 02000 0 00525 52TRAEOF IF END-OF-FILE REACHED ON TAPE 4. F6G00470
␣␣␣ERR = 171
  1. Definition
    00253 0 76400 0 00204 44 ERR BST4 F6G00390
  2. Reference
    00267 0 02000 0 00253 56TRAERR F6G00510
␣␣␣OCT = 432
  1. Definition
    00660 000000462363 310 OCT BCD1000OCT F6G03030
  2. Reference
    00307 0 34000 0 00660 72CASOCT F6G00670
␣␣␣RD1 = 177
  1. Definition
    00261 0 70000 4 01104 50 RD1 CPYREC−2,4 COPY CIT RECORD INTO REC-1,-2, F6G00450
  2. Reference
    00262 1 00001 4 00261 51TXIRD1,4,1 F6G00460
␣␣␣RD2 = 338
  1. Definition
    00522−3 00000 4 00272 216 RD2 TXLRD4,4,** F6G02090
  2. References (2)
    00270−0 63400 4 00522 57SXDRD2,4 STORE COUNT OF CIT IN RD2 DECR. F6G00520
    00521 1 00004 4 00522 215TXIRD2,4,4 F6G02080
␣␣␣RD3 = 340
  1. Definition
    00524 1 00000 0 00257 218 RD3 TXIRD,0,** F6G02110
  2. References (2)
    00272−0 63400 4 00524 59 RD4 SXDRD3,4 SAVE IT IN DECREMENT OF RD3 F6G00540
    00520−0 53400 4 00524 214LXDRD3,4 F6G02070
␣␣␣RD4 = 186
  1. Definition
    00272−0 63400 4 00524 59 RD4 SXDRD3,4 SAVE IT IN DECREMENT OF RD3 F6G00540
  2. Reference
    00522−3 00000 4 00272 216 RD2 TXLRD4,4,** F6G02090
␣␣␣RDC = 174
  1. Definition
    00256 0 42000 0 00005 47 RDC HPR5 F6G00420
  2. References (2)
    00251 0 53400 2 00256 42LXARDC,2 SET READ ERROR COUNTER AND F6G00370
    00523 0 53400 2 00256 217LXARDC,2 F6G02100
␣␣␣REC = 582
  1. Definition
    01106 327 REC BES100 F6G03140
  2. References (5)
    00261 0 70000 4 01104 50 RD1 CPYREC−2,4 COPY CIT RECORD INTO REC-1,-2, F6G00450
    00273 0 50000 4 01105 60CLAREC−1,4 SELECT FROM REC F6G00550
    00275 0 50000 4 01104 62CLAREC−2,4 F6G00570
    00277 0 50000 4 01103 64CLAREC−3,4 F6G00590
    00301 0 50000 4 01102 66CLAREC−4,4 RELATIVE ADDRESS, TAG F6G00610
␣␣␣SA1 = 205
  1. Definition
    00315−0 50000 0 00666 78 SA1 CALSA IF OP NOT BCD OR OCT SELECT SYMBOLIC ADDRESS F6G00730
  2. References (2)
    00310 0 02000 0 00315 73TRASA1 GO TO SA1 SINCE OP IS NEITHER OCT NOR BCD. F6G00680
    00313 0 02000 0 00315 76TRASA1 OP IS NEITHER OCT NOR BCD. F6G00710
␣␣␣SA2 = 267
  1. Definition
    00413 0 62100 0 00174 142 SA2 STAEA STORE IN EA ADDRESS LEFT IN AC FROM 1 OF ABOVE,F6G01350
  2. References (5)
    00316 0 10000 0 00413 79TZESA2 SA EQUAL ZERO. GO TO SA2 TO SET EA=0 F6G00740
    00363 0 02000 0 00413 116TRASA2 TRANSFER WITH SA IN AC TO STORE ADDRESS OF SA F6G01110
    00376 0 02000 0 00413 128TRASA2 IF FOUND IN DEV OR TEV, LOCATION LEFT IN AC + F6G01220
    00400 0 02000 0 00413 131TRASA2 F6G01240
    00403 0 02000 0 00413 134TRASA2 F6G01270
␣␣␣SA3 = 260
  1. Definition
    00404 0 53400 4 00666 135 SA3 LXASA,4 NORMAL INST(0) F6G01280
  2. Reference
    00342 0 02000 0 00404 99 SAT TRASA3 SAI1) EQUAL ZERO F6G00940
␣␣␣SA4 = 244
  1. Definition
    117 IN EA. F6G01111
    00364 0 50000 0 00666 118 SA4 CLASA SA(1) GREATER THAN 15. F6G01120
  2. Reference
    00321 3 00017 4 00364 82TXHSA4,4,15 TRANSFER IF FIRST CHAR. IS GREATER THAN 15. F6G00770
␣␣␣SA5 = 268
  1. Definition
    A 00414 143 SA5 BSS CONSTANTS2,3,6,9,11 F6G01360
  2. References (8)
    00327 0 02000 0 00414 88TRASA5 SA(1) EQUAL ELEVEN F6G00830
    00331 0 02000 0 00414 90TRASA5 SA(1) EQUAL NINE F6G00850
    00334 0 02000 0 00414 93TRASA5 SA(1) EQUAL SIX F6G00880
    00337 0 02000 0 00414 96TRASA5 SA(1) EQUAL THREE F6G00910
    00340 0 02000 0 00414 97TRASA5 SA(1) EQUAL TWO F6G00920
    00354 0 04000 0 00414 109TLQSA5 OF TIV ENTRY IF RA F6G01040
    00356 0 02000 0 00414 111TRASA5 F6G01060
    00405−3 00000 4 00414 136TXLSA5,4,0 TRANSFER IF IFN TYPE. F6G01290
␣␣␣SA6 = 239
  1. Definition
    00357−0 77300 0 00016 112 SA6 RQL14 FORMAT(8) F6G01070
  2. References (4)
    00324 0 02000 0 00357 85TRASA6 SA(1) EQUAL FOURTEEN F6G00800
    00325 0 02000 0 00357 86TRASA6 SA(1) EQUAL THIRTEEN F6G00810
    00330 0 02000 0 00357 89TRASA6 SA(1) EQUAL TEN F6G00840
    00332 0 02000 0 00357 91TRASA6 SA(1) EQUAL EIGHT F6G00860
␣␣␣SA7 = 241
  1. Definition
    00361 0 07400 4 00121 114 SA7 TSXSTIV,4 PUT IN TIV TABLE F6G01090
  2. Reference
    00411 0 02000 0 00361 140TRASA7 F6G01330
␣␣␣SA8 = 266
  1. Definition
    00412 0 50000 0 00166 141 SA8 CLAL1 PROG COUNTE(I15) F6G01340
  2. Reference
    00323 0 02000 0 00412 84TRASA8 SA(1) EQUAL FIFTEEN F6G00790
␣␣␣SA9 = 227
  1. Definition
    00343−0 77300 0 00016 100 SA9 RQL14 TAG CELL(12), ARITH ERASE(1), F6G00950
  2. References (5)
    00326 0 02000 0 00343 87TRASA9 SA(1) EQUAL TWELVE F6G00820
    00333 0 02000 0 00343 92TRASA9 SA(1) EQUAL SEVEN F6G00870
    00335 0 02000 0 00343 94TRASA9 SA(1) EQUAL FIVE F6G00890
    00336 0 02000 0 00343 95TRASA9 SA(1) EQUAL FOUR F6G00900
    00341 0 02000 0 00343 98TRASA9 SA(1) EQUAL ONE F6G00930
␣␣␣SAT = 226
  1. Definition
    00342 0 02000 0 00404 99 SAT TRASA3 SAI1) EQUAL ZERO F6G00940
  2. Reference
    00322 0 02000 4 00342 83TRASAT,4 F6G00780
␣␣␣SL1 = 310
  1. Definition
    00466 0 53400 4 00664 186 SL1 LXASL,4 SL(1) EQUAL ZERO. F6G01790
  2. Reference
    00447 0 10000 0 00466 171TZESL1 SL(1) ZERO. TRANFER. F6G01640
␣␣␣SL2 = 318
  1. Definition
    00476 0 50000 0 00664 194 SL2 CLASL F6G01870
  2. Reference
    00451 3 00017 4 00476 173TXHSL2,4,15 SL(1) OVER 15 F6G01660
␣␣␣SL3 = 336
  1. Definition
    A 00520 212 SL3 BSS SL(1) EQUAL 15 F6G02050
  2. Reference
    00452 3 00016 4 00520 174TXHSL3,4,14 SL(1) EQUAL 15 F6G01670
␣␣␣SL5 = 306
  1. Definition
    00462 0 50000 0 00167 182 SL5 CLAL2 PUT L2 IN AS F6G01750
  2. Reference
    00456 0 02000 0 00462 178TRASL5 NO. F6G01710
␣␣␣SL6 = 336
  1. Definition
    A 00520 213 SL6 BSS F6G02060
  2. References (7)
    00445 0 10000 0 00520 169TZESL6 SL ZERO. F6G01620
    00461 0 02000 0 00520 181TRASL6 F6G01740
    00465 0 02000 0 00520 185TRASL6 IN TIV TABLE. F6G01780
    00474 0 02000 0 00520 192TRASL6 YES F6G01850
    00504 0 02000 0 00520 200TRASL6 F6G01930
    00507 0 02000 0 00520 203TRASL6 F6G01960
    00513 0 02000 0 00520 207TRASL6 F6G02000
␣␣␣SL7 = 332
  1. Definition
    00514−0 53400 4 00664 208 SL7 LXDSL,4 STORE LOCATION F6G02010
  2. Reference
    D00467−3 00000 4 00514 187TXLSL7,4 TRANSFER IF IFN TYPE. F6G01800
␣␣␣SL8 = 303
  1. Definition
    00457 0 50000 0 00167 179 SL8 CLAL2 YES, PUT L2 AS LOCATION F6G01720
  2. Reference
    00475 0 02000 0 00457 193TRASL8 YES. GO TO STORE L2 AS LOCATION IN TIV TABLE F6G01860
␣␣␣SL9 = 335
  1. Definition
    U00517 0 62200 4 211 SL9 STDIFN,4 F6G02040
  2. Reference
    00672 0 62100 0 00517 320 GPCH1 STASL9 F6G03121
␣␣␣SLS = 292
  1. Definition
    00444−0 50000 0 00664 168 SLS CALSL FOR ALL OPS TEST SYMBOLIC LOCATION. F6G01610
  2. References (3)
    00430 0 02000 0 00444 156TRASLS F6G01490
    00437 0 02000 0 00444 163TRASLS F6G01560
    00442−0 10000 0 00444 166TNZSLS TO SYN ADDRESS. F6G01590
␣␣␣SYN = 431
  1. Definition
    00657 000000627045 309 SYN BCD1000SYN F6G03020
  2. Reference
    00416 0 34000 0 00657 146CASSYN SYN OP F6G01390
␣␣␣TRV = 435
  1. Definition
    00663−0 00000 0 00000 313 TRV MZE F6G03060
  2. References (2)
    00347 0 62100 0 00663 104STATRV HAS SYMBOL IN S-21 AND HAS LOCATION IN 22-35. F6G00990
    00350 0 56000 0 00663 105LDQTRV F6G01000
␣␣CIVL = 375
  1. Definition
    00567 0 50000 0 00171 253 CIVL CLALCTR TYPE1,7,12 F6G02460
  2. References (3)
    00547 0 02000 0 00567 237TRACIVL 12 F6G02300
    00554 0 02000 0 00567 242TRACIVL 7 F6G02350
    00562 0 02000 0 00567 248TRACIVL 1 F6G02410
␣␣DIVL = 348
  1. Definition
    00534−0 53400 2 00141 226 DIVL LXDTIVL,2 ANY ENTRIES IN TIV TABLE. F6G02190
  2. Reference
    D00526−3 00000 1 00534 220TXLDIVL,1 ANY ENTRIES IN TEV TABLE. IF NOT GO TO DIVL. F6G02130
␣␣DOL1 = 440
  1. Definition
    00670 536000000000 318 DOL1 BCD1$␣0000 F6G03110
  2. References (4)
    00365 0 40200 0 00670 119SUBDOL1 TRANSFER IF ONE DOLLAR SIGN F6G01130
    00367 0 40000 0 00670 121ADDDOL1 F6G01150
    00477 0 40200 0 00670 195SUBDOL1 F6G01880
    00501 0 40000 0 00670 197ADDDOL1 F6G01900
␣␣DOL2 = 441
  1. Definition
    00671 535360000000 319 DOL2 BCD1$$␣000 F6G03120
  2. References (2)
    00370 0 40200 0 00671 122SUBDOL2 TRANSFER IF TWO DOLLAR SIGNS F6G01160
    00502 0 40200 0 00671 198SUBDOL2 F6G01910
␣␣DONE = 383
  1. Definition
    00577−0 53400 2 00557 261 DONE LXDGIVL,2 LOCATION OF 4)0 F6G02540
  2. Reference
    D00536−3 00000 2 00577 228 SIVL TXLDONE,2 NO ENTRIES IN TIV, GO TO DONE. F6G02210
␣␣EIVL = 372
  1. Definition
    00564 0 77100 0 00001 250 EIVL ARS1 TYPE4 F6G02430
  2. Reference
    TD00557 1 00000 0 00564 245 GIVL TXIEIVL 4 F6G02380
␣␣ETEV = 389
  1. Definition
    00605 1 00001 2 00606 267 ETEV TXIETEV0,2,1 F6G02600
  2. Reference
    00375 0 07400 4 00605 127TSXETEV,4 NOT IN. ENTER IN TEV. F6G01210
␣␣ETIV = 410
  1. Definition
    00632 1 77777 2 00633 288 ETIV TXIETIV5,2,−1 F6G02810
  2. References (3)
    00346 0 07400 4 00632 103TSXETIV,4 PUT IN TIV TABLE WHERE A TIV TABLE ENTRY F6G00980
    00362 0 07400 4 00632 115TSXETIV,4 IF NOT IN ALREADY. F6G01100
    00464 0 07400 4 00632 184TSXETIV,4 SYMBOL AND LOCATION F6G01770
␣␣FIVL = 381
  1. Definition
    00575−0 63400 2 00557 259 FIVL SXDGIVL,2 F6G02520
  2. Reference
    00566 0 10000 0 00575 252TZEFIVL TYPE1,7,12 F6G02450
␣␣GIVL = 367
  1. Definition
    TD00557 1 00000 0 00564 245 GIVL TXIEIVL 4 F6G02380
  2. References (2)
    00575−0 63400 2 00557 259 FIVL SXDGIVL,2 F6G02520
    00577−0 53400 2 00557 261 DONE LXDGIVL,2 LOCATION OF 4)0 F6G02540
␣␣LDEA = 137
  1. Definition
    00211−0 75400 1 74413 10 LDEA PXDDEA,1 ENTRIES IN DEV F6G00050
␣␣LIB1 = 325
  1. Definition
    00505 0 50000 0 00167 201 LIB1 CLAL2 STORE L2 IN ADDRESS OF DOLSI. F6G01940
  2. Reference
    00500 0 10000 0 00505 196TZELIB1 EXIT TO LIB1 IF SL EQUAL DOL1 ($ 0000) F6G01890
␣␣LIB2 = 328
  1. Definition
    00510 0 50000 0 00167 204 LIB2 CLAL2 STORE L2 IN DECREMENT OF DOLSI F6G01970
  2. Reference
    00503 0 10000 0 00510 199TZELIB2 EXIT TO LIB2 IF SL EQUAL DOL2 ($$ 000) F6G01920
␣␣LIB3 = 255
  1. Definition
    129 GO TO STA F6G01221
    00377 0 50000 0 00204 130 LIB3 CLADOLSI SET LOCATION EQUAL TO ADDR. PART OF DOLSI F6G01230
  2. Reference
    00366 0 10000 0 00377 120TZELIB3 F6G01140
␣␣LIB4 = 257
  1. Definition
    00401 0 50000 0 00204 132 LIB4 CLADOLSI F6G01250
  2. Reference
    00371 0 10000 0 00401 123TZELIB4 F6G01170
␣␣MDAL = 146
  1. Definition
    00222 0 50000 1 74413 19 MDAL CLADEA,1 MOVE LOCATIONS TO F6G00140
  2. Reference
    00224 2 00001 1 00222 21TIXMDAL,1,1 F6G00160
␣␣MDAS = 147
  1. Definition
    00223 0 60100 1 00223 20 MDAS STO*,1 END OF DEV TABLE. F6G00150
  2. Reference
    00221 0 62100 0 00223 18STAMDAS YES. F6G00130
␣␣MDEA = 136
  1. Definition
    00210−0 53400 1 00155 9 MDEA LXDDEVL,1 COMPUTE NUMBER OF F6G00040
␣␣MVIF = 155
  1. Definition
    00233−0 40000 0 00152 28 MVIF SBMADEV IN DECREMENT OF DEA F6G00230
  2. Reference
    00230 0 04000 0 00233 25TLQMVIF DEA TABLE F6G00200
␣␣PREP = 149
  1. Definition
    00225 0 50000 0 00165 22 PREP CLAEIFN COMPUTE ADDRESS FOR F6G00170
  2. Reference
    D00220−3 00000 1 00225 17 RETN TXLPREP,1 TEST FOR NO ENTRIES IN DEV. F6G00120
␣␣RETN = 144
  1. Definition
    D00220−3 00000 1 00225 17 RETN TXLPREP,1 TEST FOR NO ENTRIES IN DEV. F6G00120
  2. Reference
    00677 0 02000 0 00220 325TRARETN F6G03126
␣␣SIVL = 350
  1. Definition
    D00536−3 00000 2 00577 228 SIVL TXLDONE,2 NO ENTRIES IN TIV, GO TO DONE. F6G02210
  2. References (3)
    00535 1 00001 2 00536 227TXISIVL,2,1 F6G02200
    00574 1 00001 2 00536 258 SIVT TXISIVL,2,1 MODIFY TO SELECT NEXT SYMBOL F6G02510
    00576 1 00001 2 00536 260TXISIVL,2,1 F6G02530
␣␣SIVT = 380
  1. Definition
    00574 1 00001 2 00536 258 SIVT TXISIVL,2,1 MODIFY TO SELECT NEXT SYMBOL F6G02510
  2. References (12)
    00544 0 02000 0 00574 234TRASIVT 15 F6G02270
    00545 0 02000 0 00574 235TRASIVT 14 F6G02280
    00546 0 02000 0 00574 236TRASIVT 13 F6G02290
    00550 0 02000 0 00574 238TRASIVT 11 F6G02310
    00551 0 02000 0 00574 239TRASIVT 10 F6G02320
    00552 0 02000 0 00574 240TRASIVT 9 F6G02330
    00553 0 02000 0 00574 241TRASIVT 8 F6G02340
    00555 0 02000 0 00574 243TRASIVT 6 F6G02360
    00556 0 02000 0 00574 244TRASIVT 5 F6G02370
    00560 0 02000 0 00574 246TRASIVT 3 F6G02390
    00561 0 02000 0 00574 247TRASIVT 2 F6G02400
    00563 0 02000 0 00574 249 TYPE TRASIVT 0 F6G02420
␣␣TEVA = 409
  1. Definition
    00631 0 00001 0 00002 287 TEVA 2,0,**+1 F6G02800
  2. References (3)
    00615 0 40000 0 00631 275ADDTEVA F6G02680
    00617 0 62200 0 00631 277STDTEVA F6G02700
    00620 0 40000 0 00631 278ADDTEVA F6G02710
␣␣TIVA = 430
  1. Definition
    00656 0 77777 0 00002 308 TIVA 2,0,**−1 F6G03010
  2. References (3)
    00642 0 40000 0 00656 296ADDTIVA F6G02890
    00644 0 62200 0 00656 298STDTIVA F6G02910
    00645 0 40000 0 00656 299ADDTIVA F6G02920
␣␣TYPE = 371
  1. Definition
    00563 0 02000 0 00574 249 TYPE TRASIVT 0 F6G02420
  2. Reference
    00543 0 02000 1 00563 233TRATYPE,1 F6G02260
␣BSSOP = 281
  1. Definition
    00431 0 50000 0 00166 157 BSSOP CLAL1 FOR BSS OP, F6G01500
  2. Reference
    00423 0 02000 0 00431 151TRABSSOP 0P IS BSS. GO TO BSSOP. F6G01440
␣ETEV0 = 390
  1. Definition
    00606−0 63400 2 00622 268 ETEV0 SXDETEV1,2 F6G02610
  2. Reference
    00605 1 00001 2 00606 267 ETEV TXIETEV0,2,1 F6G02600
␣ETEV1 = 402
  1. Definition
    00622 3 00622 2 00626 280 ETEV1 TXHETEV4,2,* F6G02730
  2. References (3)
    00606−0 63400 2 00622 268 ETEV0 SXDETEV1,2 F6G02610
    00613−3 00000 2 00622 273 ETEV3 TXLETEV1,2,**+0 F6G02660
    00630 1 77777 2 00622 286TXIETEV1,2,−1 F6G02790
␣ETEV2 = 394
  1. Definition
    00612−0 63400 2 00120 272 ETEV2 SXDTEVL,2 F6G02650
  2. Reference
    00611 1 00001 2 00612 271TXIETEV2,2,1 F6G02640
␣ETEV3 = 395
  1. Definition
    00613−3 00000 2 00622 273 ETEV3 TXLETEV1,2,**+0 F6G02660
  2. Reference
    00621 0 62200 0 00613 279STDETEV3 F6G02720
␣ETEV4 = 406
  1. Definition
    U00626−0 50000 2 284 ETEV4 CALTEV+1,2 F6G02770
  2. References (2)
    00241 0 62100 0 00626 34STAETEV4 F6G00290
    00622 3 00622 2 00626 280 ETEV1 TXHETEV4,2,* F6G02730
␣ETEV5 = 404
  1. Definition
    U00624 0 60200 2 282 ETEV5 SLWTEV,2 F6G02750
  2. Reference
    00234 0 62100 0 00624 29STAETEV5 TABLE HENCE IF IFN IS F6G00240
␣ETEV6 = 407
  1. Definition
    U00627 0 60200 2 285 ETEV6 SLWTEV,2 F6G02780
  2. Reference
    00235 0 62100 0 00627 30STAETEV6 LONGER THAN DEA IFN F6G00250
␣ETEV7 = 166
  1. Definition
    U00246 0 60200 0 39 ETEV7 SLWTEV TABLES INITIAL F6G00340
  2. Reference
    00236 0 62100 0 00246 31STAETEV7 LENGTH IS USED IN F6G00260
␣ETIV1 = 423
  1. Definition
    00647−3 00647 2 00653 301 ETIV1 TXLETIV4,2,* F6G02940
  2. References (3)
    00633−0 63400 2 00647 289 ETIV5 SXDETIV1,2 F6G02820
    00640 3 77776 2 00647 294 ETIV3 TXHETIV1,2,**−2 F6G02870
    00655 1 00001 2 00647 307TXIETIV1,2,1 F6G03000
␣ETIV2 = 414
  1. Definition
    00636−0 63400 2 00141 292 ETIV2 SXDTIVL,2 F6G02850
  2. Reference
    00635 1 77777 2 00636 291TXIETIV2,2,−1 F6G02840
␣ETIV3 = 416
  1. Definition
    00640 3 77776 2 00647 294 ETIV3 TXHETIV1,2,**−2 F6G02870
  2. References (2)
    00637 1 00001 2 00640 293TXIETIV3,2,1 F6G02860
    00646 0 62200 0 00640 300STDETIV3 F6G02930
␣ETIV4 = 427
  1. Definition
    00653−0 50000 2 02113 305 ETIV4 CALTIV−1,2 F6G02980
  2. Reference
    00647−3 00647 2 00653 301 ETIV1 TXLETIV4,2,* F6G02940
␣ETIV5 = 411
  1. Definition
    00633−0 63400 2 00647 289 ETIV5 SXDETIV1,2 F6G02820
  2. Reference
    00632 1 77777 2 00633 288 ETIV TXIETIV5,2,−1 F6G02810
␣GPCH1 = 442
  1. Definition
    00672 0 62100 0 00517 320 GPCH1 STASL9 F6G03121
  2. Reference
    00217 0 02000 0 00672 16TRAGPCH1 F6G00110
␣OPCAS = 268
  1. Definition
    00414−0 50000 0 00665 144 OPCAS CALOP F6G01370
␣ORDOP = 276
  1. Definition
    00424 0 50000 0 00166 152 ORDOP CLAL1 OP NOT SYN OR BSS. F6G01450
  2. References (4)
    00311 0 02000 0 00424 74TRAORDOP YES, OP IS OCTAL. GO TO ORDOP F6G00690
    00314 0 02000 0 00424 77TRAORDOP YES, OP IS BCD. GO TO ORDOP F6G00720
    00417 0 02000 0 00424 147TRAORDOP NEITHER F6G01400
    00422 0 02000 0 00424 150TRAORDOP OP IS NEITHER BSS OR SYN F6G01430
␣SYNOP = 288
  1. Definition
    00440 0 50000 0 00174 164 SYNOP CLAEA FOR SYN OP, F6G01570
  2. Reference
    00420 0 02000 0 00440 148TRASYNOP OP IS SYN. GO TO SYNOP F6G01410