␣␣␣␣OP = 470
  1. Definition
    00726 0 00000 0 00000 306 OP HTR0 F6N03020
  2. References (4)
    00244 0 60100 0 00726 35STOOP SYMBOLIC OP, F6N00320
    00255−0 50000 0 00726 44CALOP F6N00410
    00341−0 50000 0 00726 97 OPCAS CALOP ALL OPS NOT OCT OR BCD. F6N00930
    00406−0 50000 0 00726 134CALOP OP. F6N01300
␣␣␣␣RA = 473
  1. Definition
    00731 0 00000 0 00000 309 RA HTR0 F6N03050
  2. References (4)
    00250 0 60100 0 00731 39STORA RELATIVE ADDRESS. F6N00360
    00354 0 50000 0 00731 108CLARA COMPUTE ADDRESS EQUAL F6N01040
    00404−0 50000 0 00731 132 TG CALRA COMBINE TAG, BINARY F6N01280
    00505 0 50000 0 00731 197CLARA UP0ATE PROG BREAK, F6N01930
␣␣␣␣RD = 149
  1. Definition
    00225 0 76200 0 00224 20 RD RTB4 READ RECORD OF F6N00170
  2. References (3)
    00220 0 02000 0 00225 15TRARD F6N00120
    00222 2 00001 2 00225 17TIXRD,2,1 F6N00140
    00567 1 00000 0 00225 249 RD3 TXIRD,0,** F6N02450
␣␣␣␣SA = 472
  1. Definition
    00730 0 00000 0 00000 308 SA HTR0 F6N03040
  2. References (7)
    00246 0 60100 0 00730 37STOSA SYMBOLIC ADDRESS, F6N00340
    00265−0 50000 0 00730 52 SA1 CALSA OP NOT BCD OR OCT. F6N00490
    00301 0 50000 0 00730 64 SA4 CLASA SA(1) GREATER THAN 15 F6N00610
    00307 0 50000 0 00730 70CLASA F6N00670
    00323 0 53400 4 00730 82 SA3 LXASA,4 SA(1) EQUAL ZERO. F6N00790
    00331−0 53400 4 00730 89 SA5 LXDSA,4 OCTAIN LOC FROM F6N00850
    00513−0 50000 0 00730 203 DATOP CALSA OCT OR BCD OP. F6N01990
␣␣␣␣SL = 471
  1. Definition
    00727 0 00000 0 00000 307 SL HTR0 F6N03030
  2. References (4)
    00242 0 60100 0 00727 33STOSL SYMBOLIC LOCATION, F6N00300
    00521−0 50000 0 00727 209 SLS CALSL ALL OPS. TEST SL F6N02050
    00535 0 53400 4 00727 221 SL1 LXASL,4 SL(1) EQUAL ZERO. TEST ADORESS PART OF SL. F6N02170
    00553−0 53400 4 00727 235 SL7 LXDSL,4 IFN LOCATION. F6N02310
␣␣␣␣TA = 256
  1. Definition
    00400 0 76500 0 00017 128 TA LRS15 TEST FOR COMP F6N01240
  2. Reference
    00376 0 12000 0 00400 126TPLTA F6N01220
␣␣␣␣TG = 260
  1. Definition
    00404−0 50000 0 00731 132 TG CALRA COMBINE TAG, BINARY F6N01280
  2. References (2)
    00371 0 02000 0 00404 121TRATG F6N01170
    00401 0 10000 0 00404 129TZETG ADDRESS. F6N01250
␣␣␣␣VR = 422
  1. Definition
    ATD00646 2 00000 0 00000 296 VR TIX F6N02920
  2. References (6)
    00614 0 62100 0 00646 270STAVR SET LOADING ADDRESS. F6N02660
    00625−0 63400 2 00646 279 PCHR SXDVR,2 F6N02750
    00626 0 36100 0 00646 280ACLVR F6N02760
    00630 0 70000 0 00646 282CPYVR F6N02780
    00637 0 50000 0 00646 289 PCH7 CLAVR COMPUTE LOADING ADDRESS FOR NEXT CARD. F6N02850
    00641 0 40000 0 00646 291ADDVR F6N02870
␣␣␣ABL = 478
  1. Definition
    00736 314 ABL BSS1 F6N03100
  2. References (5)
    00426 0 60200 4 00736 150SLWABL,4 F6N01460
    00434 0 60100 4 00736 156STOABL,4 F6N01520
    00452−0 60200 4 00736 170ORSABL,4 STORE RELO BITS F6N01660
    00467 1 00736 4 00470 183TXISTD,4,ABL F6N01790
    00473 0 00000 0 00736 187 ST5 ABL F6N01830
␣␣␣ABR = 479
  1. Definition
    00737 315 ABR BSS109 F6N03110
  2. References (2)
    00427 0 60200 4 00737 151SLWABR,4 F6N01470
    00454−0 60200 4 00737 172ORSABR,4 F6N01680
␣␣␣BCD = 467
  1. Definition
    00723 000000222324 303 BCD BCD1000BCD F6N02990
  2. Reference
    00262 0 34000 0 00723 49CASBCD OP EQUAL BCD TEST. F6N00460
␣␣␣BSS = 466
  1. Definition
    00722 000000226262 302 BSS BCD1000BSS F6N02980
  2. Reference
    00346 0 34000 0 00722 102CASBSS F6N00980
␣␣␣EOF = 377
  1. Definition
    00571 0 50000 0 00574 251 EOF CLALBT SET RETURN OF ST4 TO EOT. F6N02470
  2. Reference
    00231 0 02000 0 00571 24TRAEOF F6N00210
␣␣␣EOT = 381
  1. Definition
    00575 0 77200 0 00204 255 EOT REW4 REWIND TAPE 4 AND RETURN TO LOADER. F6N02510
  2. Reference
    TD00574 1 00000 0 00575 254 LBT TXIEOT F6N02500
␣␣␣ERR = 145
  1. Definition
    00221 0 76400 0 00204 16 ERR BST4 READ-ERROR PROCEDURE F6N00130
  2. Reference
    00235 0 02000 0 00221 28TRAERR F6N00250
␣␣␣LBT = 380
  1. Definition
    TD00574 1 00000 0 00575 254 LBT TXIEOT F6N02500
  2. Reference
    00571 0 50000 0 00574 251 EOF CLALBT SET RETURN OF ST4 TO EOT. F6N02470
␣␣␣OCT = 465
  1. Definition
    00721 000000462363 301 OCT BCD1000OCT F6N02970
  2. Reference
    00257 0 34000 0 00721 46CASOCT OP EQUAL OCT TEST. F6N00430
␣␣␣RD1 = 151
  1. Definition
    00227 0 70000 4 01256 22 RD1 CPYREC−2,4 F6N00190
  2. Reference
    00230 1 00001 4 00227 23TXIRD1,4,1 F6N00200
␣␣␣RD2 = 373
  1. Definition
    00565−3 00000 4 00240 247 RD2 TXLRD4,4,** F6N02430
  2. References (2)
    00236−0 63400 4 00565 29SXDRD2,4 F6N00260
    00564 1 00004 4 00565 246TXIRD2,4,4 F6N02420
␣␣␣RD3 = 375
  1. Definition
    00567 1 00000 0 00225 249 RD3 TXIRD,0,** F6N02450
  2. References (2)
    00240−0 63400 4 00567 31 RD4 SXDRD3,4 F6N00280
    00563−0 53400 4 00567 245LXDRD3,4 MODIFY TO GET NEW CIT. F6N02410
␣␣␣RD4 = 160
  1. Definition
    00240−0 63400 4 00567 31 RD4 SXDRD3,4 F6N00280
  2. Reference
    00565−3 00000 4 00240 247 RD2 TXLRD4,4,** F6N02430
␣␣␣RDC = 148
  1. Definition
    00224 0 42000 0 00005 19 RDC HPR5 F6N00160
  2. References (2)
    00217 0 53400 2 00224 14LXARDC,2 SET READ ERROR COUNTER. F6N00110
    00566 0 53400 2 00224 248LXARDC,2 F6N02440
␣␣␣REC = 688
  1. Definition
    01260 316 REC BES100 F6N03120
  2. References (6)
    00227 0 70000 4 01256 22 RD1 CPYREC−2,4 F6N00190
    00241 0 50000 4 01257 32CLAREC−1,4 SELECT F6N00290
    00243 0 50000 4 01256 34CLAREC−2,4 F6N00310
    00245 0 50000 4 01255 36CLAREC−3,4 F6N00330
    00247 0 50000 4 01254 38CLAREC−4,4 F6N00350
    01260 317 RLP SYNREC F6N03130
␣␣␣RLP = 688
  1. Definition
    01260 317 RLP SYNREC F6N03130
␣␣␣SA1 = 181
  1. Definition
    00265−0 50000 0 00730 52 SA1 CALSA OP NOT BCD OR OCT. F6N00490
  2. References (2)
    00260 0 02000 0 00265 47TRASA1 F6N00440
    00263 0 02000 0 00265 50TRASA1 F6N00470
␣␣␣SA2 = 222
  1. Definition
    00336 0 62100 0 00174 94 SA2 STAEA STORE LOCATION IN ADORESS OF EA. F6N00900
  2. References (5)
    00300 0 02000 0 00336 63TRASA2 SA(1) GREATER THAN 15. F6N00600
    00313 0 02000 0 00336 74TRASA2 F6N00710
    00315 0 02000 0 00336 76TRASA2 F6N00730
    00320 0 02000 0 00336 79TRASA2 F6N00760
    00334 0 02000 0 00336 92TRASA2 F6N00880
␣␣␣SA3 = 211
  1. Definition
    00323 0 53400 4 00730 82 SA3 LXASA,4 SA(1) EQUAL ZERO. F6N00790
  2. Reference
    00270 0 10000 0 00323 55TZESA3 TRANSFER IF SA(1) EQUAL ZERO. F6N00520
␣␣␣SA4 = 193
  1. Definition
    00301 0 50000 0 00730 64 SA4 CLASA SA(1) GREATER THAN 15 F6N00610
  2. Reference
    00272 3 00017 4 00301 57TXHSA4,4,15 TRANSFER IF SA(1) GREATER THAN 15. F6N00540
␣␣␣SA5 = 217
  1. Definition
    00331−0 53400 4 00730 89 SA5 LXDSA,4 OCTAIN LOC FROM F6N00850
  2. Reference
    00324−3 00000 4 00331 83TXLSA5,4,0 IFN TEST. TRANSFER TO OBTAIN RELOCAT. LOC. FROMF6N00800
␣␣␣SA6 = 188
  1. Definition
    00274−0 77300 0 00016 59 SA6 RQL14 SA(1) LESS THAN 15. ASSEMBLE SYMBOL AND GO F6N00560
␣␣␣SA7 = 190
  1. Definition
    00276 0 07400 4 00121 61 SA7 TSXSTIV,4 TIV. F6N00580
  2. Reference
    00330 0 02000 0 00276 88TRASA7 F6N00840
␣␣␣SA9 = 218
  1. Definition
    U00332 0 50000 4 90 SA9 CLAIFN,4 IFN TABLE. F6N00860
  2. Reference
    00212 0 62100 0 00332 9STASA9 F6N00060
␣␣␣SAB = 221
  1. Definition
    00335 0 50000 0 00166 93 SAB CLAL1 SA(1) EQUAL 15, SET LOCATION EQUAL L1. F6N00890
  2. Reference
    00273 3 00016 4 00335 58TXHSAB,4,14 TRANSFER IF SA(1) EQUAL 15. F6N00550
␣␣␣SL1 = 349
  1. Definition
    00535 0 53400 4 00727 221 SL1 LXASL,4 SL(1) EQUAL ZERO. TEST ADORESS PART OF SL. F6N02170
  2. Reference
    00524 0 10000 0 00535 212TZESL1 TRANSFER IF SL(1) EQUAL ZERO. F6N02080
␣␣␣SL2 = 362
  1. Definition
    00552 0 02000 0 00563 234 SL2 TRASL6 F6N02300
  2. Reference
    00526 3 00017 4 00552 214TXHSL2,4,15 SL(1) GREATER THAN 15. F6N02100
␣␣␣SL3 = 371
  1. Definition
    A 00563 243 SL3 BSS F6N02390
  2. Reference
    00527 3 00016 4 00563 215TXHSL3,4,14 SL(1) EQUAL 15. F6N02110
␣␣␣SL4 = 366
  1. Definition
    00556 0 62100 0 00174 238 SL4 STAEA CHECK STORED LOCATION (FROM TIV). F6N02340
  2. Reference
    00534 0 02000 0 00556 220TRASL4 IN TABLE. GO STORE LOCATION IN EA. F6N02160
␣␣␣SL5 = 368
  1. Definition
    00560 0 40200 0 00167 240 SL5 SUBL2 IF NOT EQUAL TO L2, GO TO ERROR HALT. F6N02360
  2. Reference
    00546−0 10000 0 00560 230TNZSL5 TRANSFER IF NOT ZERO. F6N02260
␣␣␣SL6 = 371
  1. Definition
    A 00563 244 SL6 BSS F6N02400
  2. References (6)
    00522 0 10000 0 00563 210TZESL6 TRANSFER IF SL IS ZERO. F6N02060
    00533 0 02000 0 00563 219TRASL6 NOT IN TABLE. F6N02150
    00543 0 02000 0 00563 227TRASL6 NOT IN TIV TABLE, SO TRANSFER. F6N02230
    00551 0 02000 0 00563 233TRASL6 F6N02290
    00552 0 02000 0 00563 234 SL2 TRASL6 F6N02300
    00561 0 10000 0 00563 241TZESL6 F6N02370
␣␣␣SL7 = 363
  1. Definition
    00553−0 53400 4 00727 235 SL7 LXDSL,4 IFN LOCATION. F6N02310
  2. Reference
    D00536−3 00000 4 00553 222TXLSL7,4 ZERO. EXIT TO GET IFN LOCATION. F6N02180
␣␣␣SL8 = 359
  1. Definition
    00547 0 50000 0 00167 231 SL8 CLAL2 ZERO. PUT L2 IN TIV TABLE AS LOCATION. F6N02270
␣␣␣SL9 = 364
  1. Definition
    U00554 0 50000 4 236 SL9 CLAIFN,4 F6N02320
  2. Reference
    00213 0 62100 0 00554 10STASL9 F6N00070
␣␣␣SLS = 337
  1. Definition
    00521−0 50000 0 00727 209 SLS CALSL ALL OPS. TEST SL F6N02050
  2. References (4)
    00461 1 00024 0 00521 177 RLC3 TXISLS,0,20 RETURN TO GET SL F6N01730
    TD00501 1 00000 0 00521 193 RLC8 TXISLS RETURN TO GET SL. F6N01890
    00506 0 10000 0 00521 198TZESLS AND GO TO PUNCH F6N01940
    00517−0 10000 0 00521 207TNZSLS F6N02030
␣␣␣ST2 = 304
  1. Definition
    00460−3 77622 4 00464 176 ST2 TXLST3,4,−110 IF BLOCK FULL, TRANSFER TO ST 3. F6N01720
␣␣␣ST3 = 308
  1. Definition
    00464−0 75400 4 00000 180 ST3 PXD0,4 COMPUTE LAST ADDRESS F6N01760
  2. Reference
    00460−3 77622 4 00464 176 ST2 TXLST3,4,−110 IF BLOCK FULL, TRANSFER TO ST 3. F6N01720
␣␣␣ST4 = 317
  1. Definition
    00475 0 50000 0 00166 189 ST4 CLAL1 SET ADDRESS PART OF F6N01850
  2. References (2)
    D00463−3 00000 4 00475 179TXLST4,4 F6N01750
    00572 0 60100 0 00475 252STOST4 IF NECESSARY ON END OF F6N02480
␣␣␣ST5 = 315
  1. Definition
    00473 0 00000 0 00736 187 ST5 ABL F6N01830
  2. References (2)
    00470−0 63400 4 00473 184 STD SXDST5,4 SAVE IT. F6N01800
    00471−0 63400 4 00473 185SXDST5,4 F6N01810
␣␣␣ST6 = 316
  1. Definition
    00474 0 42000 0 00000 188 ST6 HPR F6N01840
  2. Reference
    00476 0 62100 0 00474 190STAST6 ST6 TO PROGRAM BREAK. F6N01860
␣␣␣ST8 = 306
  1. Definition
    00462−0 53400 4 00502 178 ST8 LXDWCT,4 TEST WCT FOR ZERO. F6N01740
  2. References (3)
    00456 3 00104 4 00462 174TXHST8,4,68 BITS TO PUNCH COMPLETE CARD. YES, TRANSFER. F6N01700
    TD00512 1 00000 0 00462 202 RLC1 TXIST8 F6N01980
    00573 0 02000 0 00462 253TRAST8 FILE F6N02490
␣␣␣STD = 312
  1. Definition
    00470−0 63400 4 00473 184 STD SXDST5,4 SAVE IT. F6N01800
  2. Reference
    00467 1 00736 4 00470 183TXISTD,4,ABL F6N01790
␣␣␣SUM = 423
  1. Definition
    00647 0 00000 0 00000 297 SUM HTR0 F6N02930
  2. References (2)
    00627 0 60200 0 00647 281SLWSUM STORE CHECK SUM. F6N02770
    00631 0 70000 0 00647 283CPYSUM F6N02790
␣␣␣SYN = 464
  1. Definition
    00720 000000627045 300 SYN BCD1000SYN F6N02960
  2. Reference
    00343 0 34000 0 00720 99CASSYN TEST FOR OP EQUAL SYN OR BSS. F6N00950
␣␣␣TAG = 468
  1. Definition
    00724 0 00000 4 00000 304 TAG HTR0,4 F6N03000
  2. Reference
    00377 0 40000 0 00724 127ADDTAG IF NEG MAKE C0MP F6N01230
␣␣␣TCD = 469
  1. Definition
    TD00725 2 00000 0 00000 305 TCD TIX0 F6N03010
␣␣␣WCT = 322
  1. Definition
    00502 0 00000 0 00000 194 WCT HTR0 F6N01900
  2. References (6)
    00422−0 53400 4 00502 146LXDWCT,4 SET INDEX REGISTER 4, DECREMENT OF F6N01420
    00432−0 53400 4 00502 154LXDWCT,4 F6N01500
    00436−0 63400 4 00502 158 RLC5 SXDWCT,4 SAVE NEW WORD COUNT. F6N01540
    00457−0 53400 4 00502 175LXDWCT,4 NO, TEST END OF PUNCH BLOCK. F6N01710
    00462−0 53400 4 00502 178 ST8 LXDWCT,4 TEST WCT FOR ZERO. F6N01740
    T00477−0 63400 0 00502 191SXDWCT SET WCT, RLC1 TO F6N01870
␣␣CBIT = 475
  1. Definition
    00733 0 00000 0 00000 311 CBIT HTR0 F6N03070
  2. References (4)
    00254 0 60100 0 00733 43STOCBIT CBIT. F6N00400
    00373 0 60100 0 00733 123STOCBIT STORE 1 IN CBIT F6N01190
    00403 0 60100 0 00733 131STOCBIT INDICATE COMP DATA. F6N01270
    00444−0 50100 0 00733 164ORACBIT F6N01600
␣␣COMM = 253
  1. Definition
    00375 0 50000 0 00735 125 COMM CLATEST1 F6N01210
  2. Reference
    00362 0 12000 0 00375 114TPLCOMM YES, TRANSFER F6N01100
␣␣DOL1 = 209
  1. Definition
    00321 536000000000 80 DOL1 BCD1$␣0000 F6N00770
  2. References (2)
    00302 0 40200 0 00321 65SUBDOL1 F6N00620
    00304 0 40000 0 00321 67ADDDOL1 F6N00640
␣␣DOL2 = 210
  1. Definition
    00322 535360000000 81 DOL2 BCD1$$␣000 F6N00780
  2. Reference
    00305 0 40200 0 00322 68SUBDOL2 F6N00650
␣␣PCH1 = 421
  1. Definition
    00645 0 00000 0 00001 295 PCH1 HTR1 F6N02910
  2. References (3)
    00601 0 62200 0 00645 259STDPCH1 COMPUTE LAST ADDRESS PLUS ONE, AND F6N02550
    00603 0 40000 0 00645 261ADDPCH1 F6N02570
    00616 0 53400 2 00645 272LXAPCH1,2 F6N02680
␣␣PCH2 = 399
  1. Definition
    00617 0 36100 1 00000 273 PCH2 ACL0,1 FORM CHECK SUM. F6N02690
  2. References (2)
    00604 0 62100 0 00617 262STAPCH2 F6N02580
    00622 1 00001 2 00617 276TXIPCH2,2,1 F6N02720
␣␣PCH3 = 413
  1. Definition
    00635 0 70000 1 00000 287 PCH3 CPY0,1 COPY RECORD ONTO TAPE THREE. F6N02830
  2. References (2)
    00605 0 62100 0 00635 263STAPCH3 F6N02590
    00634 1 77777 1 00635 286 PCH9 TXIPCH3,1,−1 F6N02820
␣␣PCH5 = 403
  1. Definition
    00623−0 63400 2 00633 277 PCH5 SXDPCH6,2 STORE WORD COUNT. F6N02730
  2. References (2)
    00620 3 00025 2 00623 274TXHPCH5,2,21 F6N02700
    00621−2 00001 1 00623 275TNXPCH5,1,1 F6N02710
␣␣PCH6 = 411
  1. Definition
    D00633 1 00000 1 00634 285 PCH6 TXIPCH9,1 F6N02810
  2. References (2)
    00623−0 63400 2 00633 277 PCH5 SXDPCH6,2 STORE WORD COUNT. F6N02730
    00632 1 00002 2 00633 284TXIPCH6,2,2 F6N02800
␣␣PCH7 = 415
  1. Definition
    00637 0 50000 0 00646 289 PCH7 CLAVR COMPUTE LOADING ADDRESS FOR NEXT CARD. F6N02850
␣␣PCH8 = 395
  1. Definition
    00613 0 76600 0 00223 269 PCH8 WTB3 SELECT TAPE THREE. F6N02650
  2. References (2)
    00642 2 00001 1 00613 292TIXPCH8,1,1 F6N02880
    00613 298 WRS1 SYNPCH8 F6N02940
␣␣PCH9 = 412
  1. Definition
    00634 1 77777 1 00635 286 PCH9 TXIPCH3,1,−1 F6N02820
  2. References (2)
    D00633 1 00000 1 00634 285 PCH6 TXIPCH9,1 F6N02810
    00636 2 00001 2 00634 288TIXPCH9,2,1 F6N02840
␣␣PCHR = 405
  1. Definition
    00625−0 63400 2 00646 279 PCHR SXDVR,2 F6N02750
  2. Reference
    00624 1 77776 2 00625 278TXIPCHR,2,−2 F6N02740
␣␣RBIT = 474
  1. Definition
    00732 0 00000 0 00000 310 RBIT HTR0 F6N03060
  2. References (3)
    00253 0 60100 0 00732 42STORBIT RBIT, F6N00390
    00340 0 60100 0 00732 96STORBIT F6N00920
    00442 0 50000 0 00732 162CLARBIT TEST RELOCATION BIT. F6N01580
␣␣RLC1 = 330
  1. Definition
    TD00512 1 00000 0 00462 202 RLC1 TXIST8 F6N01980
  2. References (4)
    00416−0 53400 4 00512 142 RLCPU LXDRLC1,4 MODIFY RLC4. F6N01380
    00421 0 62200 0 00512 145STDRLC1 INITIALIZE IT TO 20. F6N01410
    00431−0 63400 4 00512 153 RLC2 SXDRLC1,4 SAVE LENGTH OF CARD COUNT. F6N01490
    T00500−0 63400 0 00512 192SXDRLC1 ZERO. F6N01880
␣␣RLC2 = 281
  1. Definition
    00431−0 63400 4 00512 153 RLC2 SXDRLC1,4 SAVE LENGTH OF CARD COUNT. F6N01490
  2. Reference
    00417 2 00001 4 00431 143TIXRLC2,4,1 TRANSFER IF RLC1 NOT ZERO. F6N01390
␣␣RLC3 = 305
  1. Definition
    00461 1 00024 0 00521 177 RLC3 TXISLS,0,20 RETURN TO GET SL F6N01730
  2. Reference
    00420 0 50000 0 00461 144CLARLC3 RLC1 IS ZERO SO F6N01400
␣␣RLC4 = 283
  1. Definition
    00433 0 50000 0 00734 155 RLC4 CLAWORD STORE INSTRUCTION IN ABL BLOCK F6N01510
  2. Reference
    00430 1 77776 4 00433 152TXIRLC4,4,−2 MODIFY WORD COUNT. F6N01480
␣␣RLC5 = 286
  1. Definition
    00436−0 63400 4 00502 158 RLC5 SXDWCT,4 SAVE NEW WORD COUNT. F6N01540
  2. Reference
    00435 1 77777 4 00436 157TXIRLC5,4,−1 MODIFY WORD COUNT F6N01530
␣␣RLC6 = 332
  1. Definition
    TD00514 1 00000 0 00411 204 RLC6 TXISTORE F6N02000
  2. References (5)
    00425 0 62200 0 00514 149STDRLC6 SET ABL AND ABR EQUAL ZERO. F6N01450
    00437−0 53400 4 00514 159LXDRLC6,4 MODIFY RELOCATION BITS F6N01550
    00441−0 63400 4 00514 161 RLC7 SXDRLC6,4 SAVE RELO. BITS COUNT. F6N01570
    00446−0 63400 4 00514 166 RLCB SXDRLC6,4 F6N01620
    00455−0 53400 4 00514 173 RLCC LXDRLC6,4 TEST IF TOO MANY RELOCATABLE F6N01690
␣␣RLC7 = 289
  1. Definition
    00441−0 63400 4 00514 161 RLC7 SXDRLC6,4 SAVE RELO. BITS COUNT. F6N01570
  2. Reference
    00440 1 00002 4 00441 160TXIRLC7,4,2 COUNT. F6N01560
␣␣RLC8 = 321
  1. Definition
    TD00501 1 00000 0 00521 193 RLC8 TXISLS RETURN TO GET SL. F6N01890
  2. References (2)
    00424−0 63400 4 00501 148SXDRLC8,4 F6N01440
    00451−0 53400 4 00501 169LXDRLC8,4 STORING RELOCATION BITS. F6N01650
␣␣RLCB = 294
  1. Definition
    00446−0 63400 4 00514 166 RLCB SXDRLC6,4 F6N01620
  2. Reference
    00445 1 00001 4 00446 165TXIRLCB,4,1 MODIFY RELOC. BITS COUNT F6N01610
␣␣RLCC = 301
  1. Definition
    00455−0 53400 4 00514 173 RLCC LXDRLC6,4 TEST IF TOO MANY RELOCATABLE F6N01690
  2. Reference
    00443 0 10000 0 00455 163TZERLCC TRANSFER IF ZERO. F6N01590
␣␣WORD = 476
  1. Definition
    00734 0 00000 0 00000 312 WORD HTR0 F6N03080
  2. References (4)
    00353 0 60200 0 00734 107SLWWORD STORE OCT OP. F6N01030
    00410−0 50100 0 00734 136ORAWORD F6N01320
    00411 0 60200 0 00734 137 STORE SLWWORD STORE INSTRUCTION. F6N01330
    00433 0 50000 0 00734 155 RLC4 CLAWORD STORE INSTRUCTION IN ABL BLOCK F6N01510
␣␣WRS1 = 395
  1. Definition
    00613 298 WRS1 SYNPCH8 F6N02940
␣ABPCH = 384
  1. Definition
    00600−0 50000 4 00001 258 ABPCH CAL1,4 TO PUNCH CARD. F6N02540
  2. Reference
    00472 0 07400 4 00600 186TSXABPCH,4 EXIT TO PUNCH CARD F6N01820
␣BSSOP = 323
  1. Definition
    00503 0 50000 0 00166 195 BSSOP CLAL1 OP IS BSS. F6N01910
  2. Reference
    00350 0 02000 0 00503 104TRABSSOP TRANSFER T0 BSSOP IF OP EQUAL BSS. F6N01000
␣DATOP = 331
  1. Definition
    00513−0 50000 0 00730 203 DATOP CALSA OCT OR BCD OP. F6N01990
  2. References (2)
    00261 0 02000 0 00513 48TRADATOP YES OP EQUAL OCT. TRANSFER TO DATOP. F6N00450
    00264 0 02000 0 00513 51TRADATOP YES OP EQUAL BCD. TRANSFER TO DATOP. F6N00480
␣LIB10 = 204
  1. Definition
    00314 0 50000 0 00204 75 LIB10 CLADOLSI LOCATION FROM ADDRESS OF DOLSI. F6N00720
  2. Reference
    00303 0 10000 0 00314 66TZELIB10 TRANSFER IF SA EQUAL DOL1 OR DOL2. F6N00630
␣LIB11 = 206
  1. Definition
    00316 0 50000 0 00204 77 LIB11 CLADOLSI F6N00740
  2. Reference
    00306 0 10000 0 00316 69TZELIB11 F6N00660
␣LIB40 = 250
  1. Definition
    00372 0 50000 0 00162 122 LIB40 CLAONE F6N01180
  2. Reference
    00365 0 12000 0 00372 117TPLLIB40 YES, G0 TO STORE ONE IN CBIT F6N01130
␣LIB50 = 247
  1. Definition
    00367 0 50000 0 00735 119 LIB50 CLATEST1 F6N01150
  2. References (2)
    00366 0 02000 0 00367 118TRALIB50 NO, CBIT=0 F6N01140
    00374 0 02000 0 00367 124TRALIB50 F6N01200
␣OPCAS = 225
  1. Definition
    00341−0 50000 0 00726 97 OPCAS CALOP ALL OPS NOT OCT OR BCD. F6N00930
  2. Reference
    00266 0 10000 0 00341 53TZEOPCAS TRANSFER T0 OPCAS IF SA EQUAL 0. F6N00500
␣ORDOP = 233
  1. Definition
    00351 0 07400 4 01400 105 ORDOP TSXSOPR,4 SEARCH FOR OP. F6N01010
  2. References (2)
    00344 0 02000 0 00351 100TRAORDOP F6N00960
    00347 0 02000 0 00351 103TRAORDOP F6N00990
␣RLCPU = 270
  1. Definition
    00416−0 53400 4 00512 142 RLCPU LXDRLC1,4 MODIFY RLC4. F6N01380
␣STORE = 265
  1. Definition
    00411 0 60200 0 00734 137 STORE SLWWORD STORE INSTRUCTION. F6N01330
  2. Reference
    TD00514 1 00000 0 00411 204 RLC6 TXISTORE F6N02000
␣SYNOP = 333
  1. Definition
    00515 0 50000 0 00174 205 SYNOP CLAEA OP IS SYN. F6N02010
  2. Reference
    00345 0 02000 0 00515 101TRASYNOP TRANSFER TO SYNOP IF OP EQUAL SYN. F6N00970
␣TEST1 = 477
  1. Definition
    00735 0 00000 0 00000 313 TEST1 HTR0 F6N03090
  2. References (4)
    00357 0 60100 0 00735 111STOTEST1 SAVE ADDRESS IN TEST 1 F6N01070
    00363 0 50000 0 00735 115CLATEST1 NO, SEE IF F6N01110
    00367 0 50000 0 00735 119 LIB50 CLATEST1 F6N01150
    00375 0 50000 0 00735 125 COMM CLATEST1 F6N01210
␣TEST6 = 376
  1. Definition
    00570 0 00000 0 00000 250 TEST6 HTR0 F6N02460