Symbols

␣␣␣␣␣C = 207

Definition
00317 411 C SYN S1K2 F5G04120

References (8)

	00317	3379		ORG	C	F5G31380
	00320	3568		ORG	C+1	F5G33280
00350	0 50000 0 00317	3593		CLA	C	F5G33530
00360	0 50000 0 00317	3601		CLA	C	F5G33610
00421	0 40200 0 00317	3634		SUB	C	F5G33940
00506	0 50000 0 00317	3687	AC14	CLA	C STORE COMBINED	F5G34470
00516	0 60100 0 00317	3695		STO	C	F5G34550
	00317	3749		ORG	C	F5G35100

␣␣␣␣␣F = 1151

Definition
02177 0 50000 0 00314 1480 F CLA ZERO SET INDICATOR TO SAY F5G14810

References (5)

03723	0 02000 0 02177	2336		TRA	F	F5G23370
04741	−3 00000 1 02177	3279		TXL	F,1,0	F5G30350
04744	−3 00000 4 02177	3282	QS0	TXL	F,4,0	F5G30380
04741	−3 00000 1 02177	3347		TXL	F,1,0	F5G31050
04744	−3 00000 4 02177	3350	QSU0	TXL	F,4,0	F5G31080

␣␣␣␣␣I = 7100

Definition
15674 0 53400 1 00362 3182 I LXA FK5,1 CLEAR REG. TABLE F5G29380

␣␣␣␣␣K = 0

Definition
00000 183 K EQU 0 INITIAL DRUM ADDRESS F5G01830
Reference
02270 3 00000 1 02321 1537 F11 TXH F19,1,K ARE WE THRU WITH COMPARISONS F5G15380

␣␣␣␣␣L = 1487

Definition
1817 FIRST LXING PASS. F5G18180

02717 −0 63400 0 02763 1818 L SXD ROT3,0 F5G18190
Reference
02320 0 02000 0 02717 1561 TRA L TO 1ST LXING PASS. F5G15620

␣␣␣␣␣R = 24

Definition

		191			ROUTINE TO TRANSFER NEXT	F5G01920
		192			PP0GRAM PART	F5G01930
00030	0 76200 0 00221	193	R	RTB	1 SKIP DIAGNOSTIC	F5G01940

References (10)

02233	0 02000 0 00030	1508		TRA	R NO,CONTINUE PROGRAM, PART I DONE.	F5G15090
04744	0 10000 0 00030	2869		TZE	R	F5G28620
04747	−3 00000 4 00030	2872	QP0	TXL	R,4,0	F5G28650
04741	−3 00000 1 00030	3313		TXL	R,1,0	F5G30700
04744	−3 00000 4 00030	3316	QPU0	TXL	R,4,0	F5G30730
00547	0 02000 0 00030	3532		TRA	R READ NEXT PART	F5G32910
00524	−3 00000 2 00030	3701		TXL	R,2,0 IF NO ASSIGN CONST., GO TO NEXT PART	F5G34610
00527	−3 00000 1 00030	3704	ACV1	TXL	R,1,SET	F5G34640
04450	0 02000 0 00030	5196		TRA	R	F5G49310
00000	0 00004 0 00030	5203		HTR	R,0,4 CONTROL CARD PART 1.	F5G49371

␣␣␣␣␣X = 1585

Definition

		1916			TNE SECOND LXING PASS FOLLOWS.	F5G19170
		1917			PRECEEDED BY 1ST LXING PASS	F5G19180
03061	0 56000 0 00325	1918	X	LDQ	S3K3 INITIALIZE THE	F5G19190

Reference
02716 0 02000 0 03061 1816 TRA X F5G18170

␣␣␣␣A1 = 2393

Definition
04531 0 34000 0 00376 2730 A1 CAS XK15 IS IT AN LX PRIME F5G27310
Reference
04527 0 02000 0 04531 2728 TRA A1 F5G27290

␣␣␣␣A2 = 2402

Definition
04542 0 50000 0 00567 2739 A2 CLA XV3 GET INDEX F5G27400
Reference
04540 0 02000 0 04542 2737 TRA A2 F5G27380

␣␣␣␣A3 = 2371

Definition
04503 0 50000 0 00314 2708 A3 CLA ZERO ARE F5G27090

References (14)

04551	0 02000 0 04503	2746	TRA	A3	F5G27470
04553	0 02000 0 04503	2748	TRA	A3	F5G27490
04565	0 10000 0 04503	2758	TZE	A3 I.R. ACTIVE	F5G27590
04567	0 02000 0 04503	2760	TRA	A3	F5G27610
04603	0 10000 0 04503	2772	TZE	A3	F5G27730
04611	0 02000 0 04503	2778	TRA	A3	F5G27790
04613	0 02000 0 04503	2780	TRA	A3 LOOP LIST ACTIVE.	F5G27810
04627	0 10000 0 04503	2792	TZE	A3 DOES THIS INSTR HAVE AN S-TAG	F5G27920
04631	0 10000 0 04503	2794	TZE	A3 IS THIS IR ACTIVE	F5G27940
04643	0 02000 0 04503	2804	TRA	A3	F5G27960
04667	0 10000 0 04503	2824	TZE	A3	F5G28160
04675	0 10000 0 04503	2830	TZE	A3	F5G28220
04677	0 02000 0 04503	2832	TRA	A3	F5G28240
04737	0 02000 0 04503	2864	TRA	A3	F5G28560

␣␣␣␣A4 = 2412

Definition
04554 −0 50000 0 00570 2749 A4 CAL XV4 GET F5G27500
Reference
04552 0 02000 0 04554 2747 TRA A4 YES. F5G27480

␣␣␣␣A5 = 2424

Definition
04570 0 50000 0 00567 2761 A5 CLA XV3 F5G27620

References (2)

	04530	0 02000 0 04570	2729		TRA	A5 YES	F5G27300
	04541	0 02000 0 04570	2738		TRA	A5 YES.	F5G27390

␣␣␣␣A6 = 2440

Definition
04610 0 07400 4 01566 2777 A6 TSX SB,4 RECORD SXD NEEDED. F5G27780
Reference
04606 0 02000 0 04610 2775 TRA A6 F5G27760

␣␣␣␣A7 = 2442

Definition
04612 0 07400 4 01661 2779 A7 TSX SC,4 RECORD CERTAIN PART OF F5G27800
Reference
04607 0 02000 0 04612 2776 TRA A7 YES F5G27770

␣␣␣␣A8 = 2444

Definition
04614 0 50000 0 00567 2781 A8 CLA XV3 GET F5G27820

References (2)

	04533	0 02000 0 04614	2732		TRA	A8 YES	F5G27330
	04536	0 02000 0 04614	2735		TRA	A8 YES.	F5G27360

␣␣␣␣F1 = 1085

Definition

		1410			THE F1 SUBROUTINE FINDS THE HIGHEST FREQUENCY PRED ENTRY FOR	F5G14110
		1411			A GIVEN BB AND STORES 1T IN FV 101.	F5G14120
02075	−0 63400 4 00537	1412	F1	SXD	FV6,4 STORE RETURN	F5G14130

References (3)

02204	0 07400 4 02075	1485		TSX	F1,4 FIND MOST FREQ. UNCONSIDERED TRANSFER	F5G14860
02335	0 07400 4 02075	1574	F21	TSX	F1,4 DETERMINE MOST FREQ. PRED IN BB.	F5G15750
02636	0 07400 4 02075	1767		TSX	F1,4 FIND MOST FREQ. PRED. OF BB.	F5G17680

␣␣␣␣F2 = 1103

Definition
02117 0 07400 4 00055 1430 F2 TSX SE5,4 GET INDEX 0F PRED F5G14310
Reference
02115 0 02000 0 02117 1428 TRA F2 F5G14290

␣␣␣␣F3 = 1112

Definition
02130 0 50000 0 00540 1439 F3 CLA FV7 ARRANGE TO F5G14400
Reference
02124 0 02000 0 02130 1435 TRA F3 NO F5G14360

␣␣␣␣F4 = 1100

Definition
02114 0 34000 0 00541 1427 F4 CAS FV8 IN SAME BB F5G14280
Reference
02133 0 02000 0 02114 1442 TRA F4 F5G14430

␣␣␣␣F5 = 1116

Definition
02134 −0 53400 4 00537 1443 F5 LXD FV6,4 F5G14440
Reference
02116 0 02000 0 02134 1429 TRA F5 NO F5G14300

␣␣␣␣F6 = 1169

Definition
02221 0 50000 0 00536 1498 F6 CLA FV5 ARRANGE TO CONSIDER NEXT F5G14990
Reference
02211 0 02000 0 02221 1490 TRA F6 NO+ F5G14910

␣␣␣␣F7 = 1155

Definition
02203 0 50000 0 00536 1484 F7 CLA FV5 F5G14850
Reference
02226 −0 10000 0 02203 1503 TNZ F7 WAS THIS THE LAST BB F5G15040

␣␣␣␣F8 = 1188

Definition
02244 0 50000 0 00357 1517 F8 CLA FK2 GET OPAQUE REGION MARKER. F5G15180
Reference
02241 0 10000 0 02244 1514 TZE F8 IS IT AN OPAQUE REGION F5G15150

␣␣␣␣F9 = 1189

Definition
02245 0 60100 0 05033 1518 F9 STO LPLST+S3P1−2 F5G15190

References (2)

	02235	0 10000 0 02245	1510		TZE	F9 IS THIS A REGION ALREADY	F5G15110
	02243	0 02000 0 02245	1516		TRA	F9	F5G15170

␣␣␣␣I1 = 7130

Definition
15732 0 40000 0 16005 3212 I1 ADD IV1 WOULD HAVE F5G29670
Reference
15730 0 10000 0 15732 3210 TZE I1 LOCATI0N F5G29650

␣␣␣␣I3 = 7150

Definition
15756 −0 60000 0 16006 3232 I3 STQ IV2 FOLLOWING F5G29870
Reference
15754 0 10000 0 15756 3230 TZE I3 DRUM F5G29850

␣␣␣␣I4 = 7162

Definition
15772 0 60100 0 00035 3244 I4 STO STAGP SET N(0) TO OLD N(1) F5G29990
Reference
15770 0 02000 0 15772 3242 TRA I4 F5G29970

␣␣␣␣I5 = 7168

Definition
16000 0 50000 0 00277 3250 I5 CLA SEK F5G30050
Reference
15776 0 04000 0 16000 3248 TLQ I5 F5G30030

␣␣␣␣I6 = 7158

Definition
15766 0 50000 0 00036 3240 I6 CLA STAGP+1 F5G29950
Reference
16003 0 02000 0 15766 3253 TRA I6 F5G30080

␣␣␣␣I7 = 7172

Definition
16004 0 07400 4 00004 3254 I7 TSX 4,4 TO DIAGNOSTIC F5G30090
Reference
15765 0 04000 0 16004 3239 TLQ I7 F5G29940

␣␣␣␣I9 = 7177

Definition
16011 0 07400 4 01133 3259 I9 TSX S4,4 F5G30140
Reference
15771 0 02000 0 16011 3243 TRA I9 F5G29980

␣␣␣␣L1 = 1505

Definition
02741 2 00001 1 02736 1836 L1 TIX L2,1,1 NO. COUNT TO 3,N=N+1 F5G18370
Reference
02737 0 02000 0 02741 1834 TRA L1 NO. F5G18350

␣␣␣␣L2 = 1502

Definition
02736 0 34000 1 00430 1833 L2 CAS IR1+3,1 TO C (IRN) F5G18340
Reference
02741 2 00001 1 02736 1836 L1 TIX L2,1,1 NO. COUNT TO 3,N=N+1 F5G18370

␣␣␣␣L3 = 207

Definition
00317 0 00000 0 00003 3750 L3 3 F5G35110

References (2)

	04006	0 50000 0 00317	4897		CLA	L3	F5G46320
	00000	0 03541 0 00317	5224		HTR	L3,0,PASS2 CONTROL CARD, PART 4.	F5G49392

␣␣␣␣L4 = 208

Definition
00320 0 00000 0 00004 3751 L4 4 F5G35120

References (11)

	00320	3809	SHK2	SYN	L4	F5G35690
02476	0 34000 0 00320	4168	SM3	CAS	L4 IS THIS THE CORRECT ENT. REQUIREMENT	F5G39280
02560	0 40200 0 00320	4220		SUB	L4 IS THE TAG 4	F5G39800
02621	0 40200 0 00320	4253		SUB	L4	F5G40047
02633	0 40200 0 00320	4263		SUB	L4	F5G40057
03346	0 40200 0 00320	4602		SUB	L4	F5G43400
03422	0 40200 0 00320	4646		SUB	L4	F5G43850
03442	0 40200 0 00320	4662		SUB	L4	F5G43970
03465	0 40200 0 00320	4681		SUB	L4	F5G44160
03473	0 50000 0 00320	4689		CLA	L4 SET ERRBX FOR 5 TRIES	F5G44240
04106	0 53400 4 00320	4962		LXA	L4,4 ISNT 0 SXD CASE	F5G46970

␣␣␣␣L5 = 1544

Definition
03010 0 50000 0 00333 1875 L5 CLA LK1 PLACE AN E IHASH F5G18760

References (2)

	03003	0 02000 0 03010	1870		TRA	L5 YES	F5G18710
	03006	0 02000 0 03010	1873		TRA	L5 YES.	F5G18740

␣␣␣␣L6 = 1547

Definition
03013 0 60100 0 00554 1878 L6 STO LV4 IS THIS AN END OF LOOP F5G18790
Reference
02733 0 02000 0 03013 1830 TRA L6 *RETURN HERE IF TAG WASNT GOTTEN. F5G18310

␣␣␣␣L7 = 209

Definition
00321 0 00000 0 00007 3752 L7 7 F5G35130
Reference
04004 0 50000 0 00321 4895 CLA L7 F5G46300

␣␣␣␣QP = 2528

Definition
04740 0 50000 0 00376 2865 QP CLA XK15 F5G28580
Reference
04741 2896 ORG QP+1 LPLST MUST START AT SAME PLACE AS QP AND OTHERS. F5G28890

␣␣␣␣QS = 2528

Definition
04740 −0 53400 1 00103 3278 QS LXD SE21+2,1 F5G30340
Reference
00000 0 04740 0 04740 5209 HTR QS,0,QS CONTROL CARD, PART 1C. F5G49377

␣␣␣␣S1 = 402

Definition
00622 0 76000 0 00003 679 S1 SSP SET INDICATOR TO + MEANING F5G06800

References (3)

01351	0 07400 4 00622	1040		TSX	S1,4 SELECT MOST REPLACEABLE I.R.	F5G10410
02773	0 07400 4 00622	1862	L17	TSX	S1,4 SELECT MOST REPLACEABLE I.R.	F5G18630
03131	0 07400 4 00622	1958	X8	TSX	S1,4 SELECT MOST REPLACEABLE I.R.	F5G19590

␣␣␣␣S2 = 502

Definition
00766 0 50000 0 00441 780 S2 CLA 1TAG PUT TAU-TAG IN AC. F5G07810

References (2)

	00676	0 07400 4 00766	723	S104	TSX	S2,4 NO	F5G07240
	00732	0 07400 4 00766	751		TSX	S2,4 TRY TO SELECT AN I.R.	F5G07520

␣␣␣␣S3 = 531

Definition

		809			THE S3 SUBROUTINE EXISTS IN FEED TAG OR FEED LPLST STATES.	F5G08100
		810			IN THE FORMER IT FEEDS THE NEXT ITEM FROM TAGLIST AND TAKES	F5G08110
		811			THE TAG FEED EXIT. IN THE LATTER IT FEEDS THE NEXT ITEM FROM	F5G08120
		812			LPLST AND TAKES THE LPLST FEED EXIT. WHEN IT COMES TO A	F5G08130
		813			EPLST ITEM WHICH IS A BB AND NOT IN A REGION, IT GOES TO	F5G08140
		814			FEED TAG STATE AND STAYS THERE UNTIL THE LAST TAGLIST ITEM IN	F5G08150
		815			THAT BB HAS BEEN FED. THEN IT RETURNS T0 LPLST FEED. WHEN	F5G08160
		816			SENTINEL IS FED THE ROUTINE RE-INITIALIZES ITSELF TO THE	F5G08170
		817			BEGINNING OF LPLST AND STAYS IN FEED LPLST STATE. IT USES	F5G08180
		818			THE S4 SUBROUTINE FOR HANDLING TAPE 3 DURING TAGLIST FEEDING.	F5G08190
01023	−0 53400 1 00436	819	S3	LXD	S3V2,1 ARE THERE ANY	F5G08200

References (5)

00670	0 07400 4 01023	717	S11	TSX	S3,4 GET NEXT TAG	F5G07180
01111	0 12000 0 01023	873		TPL	S3 NEW BB	F5G08740
02732	0 07400 4 01023	1829	1L4	TSX	S3,4 GET NEXT TAG.	F5G18300
03077	0 07400 4 01023	1932	X3	TSX	S3,4 TRY TO GET NEXT TAG.	F5G19330
04510	0 07400 4 01023	2713		TSX	S3,4 YES. TRY TO GET NEXT TAG.	F5G27140

␣␣␣␣S4 = 603

Definition
01133 0 50000 0 00435 891 S4 CLA S3V1 FORM (LOC. OF 1ST TAG IN BB F5G08920

References (4)

00753	0 07400 4 01133	768		TSX	S4,4 MAKE SURE SAME TAGS ARE IN CM.	F5G07690
01057	0 07400 4 01133	847		TSX	S4,4 GO TO PUT TAG IN CM.	F5G08480
01225	0 02000 0 01133	949		TRA	S4	F5G09500
16011	0 07400 4 01133	3259	I9	TSX	S4,4	F5G30140

␣␣␣␣S5 = 677

Definition

		965			TNE S5 SUBROUTINE LOADS EN1,2,3 FROM THE ENTRANCE CONDITIONS	F5G09660
		966			OF THE ENTRY BB IN A REGION WHEN THE REGION IS ENCOUNTERED	F5G09670
		967			IN LPLST. IN ADDITION, THE PERMUTATION OF INDEX REGISTERS IN	F5G09680
		968			THE REGION PROVIDING THE BEST MATCH BETWEEN IR1,2,3 AND	F5G09690
		969			EN1,2,3 IS LEFT IN CELLS IN1,2,3 AND EN4,5,6 BY S5. S5 USES	F5G09700
		970			S1,S111,S6,S7,S9, AS SUBROUTINES.	F5G09710
01245	−0 63400 4 00473	971	S5	SXD	S5V1,4 STORE RETURN INDEX	F5G09720

References (3)

03023	0 07400 4 01245	1886		TSX	S5,4 BETWEEN IRS AND ENS	F5G18870
03405	0 07400 4 01245	2130	X57	TSX	S5,4 NO,MATCH ENTR. REQU.	F5G21310
04044	0 07400 4 01245	2417		TSX	S5,4 MATCH ENTRANCE REQU.	F5G24180

␣␣␣␣S6 = 803

Definition
01443 −0 75400 1 00000 1098 S6 PXD 0,1 F5G10990

References (6)

01315	0 07400 4 01443	1012		TSX	S6,4 YES,MAKE IRM=ENN	F5G10130
01335	0 07400 4 01443	1028		TSX	S6,4 NO,MAKE IRM=IRN	F5G10290
01360	0 07400 4 01443	1047	S522	TSX	S6,4 MADE ENN = IRM	F5G10480
01400	0 07400 4 01443	1063		TSX	S6,4 BY	F5G10640
01423	0 07400 4 01443	1082		TSX	S6,4 YES	F5G10830
01433	0 07400 4 01443	1090	S59	TSX	S6,4 MAKE IRM=ENN	F5G10910

␣␣␣␣S7 = 808

Definition
01450 0 53400 1 00342 1103 S7 LXA S5K5,1 SET COUNT TO 3,M=1 F5G11040

References (2)

	01350	0 07400 4 01450	1039	S536	TSX	S7,4 3, YES, TO COPY IRS, ETC.	F5G10400
	01371	0 07400 4 01450	1056		TSX	S7,4 YES,COPY IRS	F5G10570

␣␣␣␣S9 = 822

Definition
1117 THE S9 SUBROUTINE LOADS EN1,2,3. F5G11180

01466 −0 63400 4 00476 1118 S9 SXD S9V2,4 STORE RETURN INDEX. F5G11190

References (2)

	01247	0 07400 4 01466	973		TSX	S9,4 GET THE ENTRANCE	F5G09740
	03732	0 07400 4 01466	2343		TSX	S9,4 GET THE ENTRANCE REQUIREMENTS	F5G23440

␣␣␣␣SA = 851

Definition

		1147			THE SA SUBROUTINE LOADS EX1,2,3 ANO ACT1,2,3 FROM EXIT	F5G11480
		1148			CONDITIONS AND ACTIVITY BITS (PREFIX, WORD 2, BBB) OF THE	F5G11490
		1149			EXIT BB IN A REGION.	F5G11500
01523	−0 63400 4 00501	1150	SA	SXD	SAV2,4 STORE RETURN INDEX.	F5G11510

References (5)

02662	0 07400 4 01523	1788	F78	TSX	SA,4 GET EXIT CONDITIONS OF REGION.	F5G17890
03025	0 07400 4 01523	1888		TSX	SA,4 AND (USELESSLY+ OCTIVE INDICATORS.	F5G18890
03756	0 07400 4 01523	2363		TSX	SA,4 GET ACTIVE INDS. AT START OF STRING	F5G23640
04046	0 07400 4 01523	2419		TSX	SA,4 GET EXIT COND.	F5G24200
04717	0 07400 4 01523	2848		TSX	SA,4 GET THE EXIT CONDITIONS	F5G28400

␣␣␣␣SB = 886

Definition

		1185			THE SB SUBROUTINE ENTERS A BIT IN PRED OR STAG TO REQUEST SX	F5G11860
		1186			COMPILATION. THE APPROPRIATE ACTIVITY CELL AC1,2, OR 3 IS	F5G11870
		1187			EXAMINED. IF IT IS NEGATIVE (ACTIVE INSTRUCTION IN A BB	F5G11880
		1188			ALREADY IN A REGION), THE SX BIT IS PLACED IN PRED IN THE	F5G11890
		1189			LINK OUT OF THE REGION. IF IT IS POSITIVE (ACTIVE INSTRUC.	F5G11900
		1190			IN A BB IN THIS LPLST), THE SX BIT IS PLACED IN THE STAG	F5G11910
		1191			TABLE AT THE ACTIVE INSTRUCTION. THE APPROPRIATE AC1,2, OR 3	F5G11920
		1192			IS ALSO TURNED OFF BY SB.	F5G11930
01566	−0 63400 1 00514	1193	SB	SXD	SBV4,1 STORE INDEX OF ACTIVE I.R+	F5G11940

References (11)

03137	0 07400 4 01566	1964		TSX	SB,4 YES,RECORD SXD NECESSARY.	F5G19650
03344	0 07400 4 01566	2097		TSX	SB,4 YES, RECORD SXD NECESSARY	F5G20980
03456	0 07400 4 01566	2171	X65	TSX	SB,4 YES,RECORD SXD NECESSARY.	F5G21720
04312	0 07400 4 01566	2585		TSX	SB,4 YES,RECORD SXD NEEDED.	F5G25860
04470	0 07400 4 01566	2695		TSX	SB,4 RECORD SXD NECESSARY.	F5G26960
04566	0 07400 4 01566	2759		TSX	SB,4 YES,RECORD SXD NECESSARY	F5G27600
04610	0 07400 4 01566	2777	A6	TSX	SB,4 RECORD SXD NEEDED.	F5G27780
04661	0 07400 4 01566	2818		TSX	SB,4 YES, RECORD SXD NECESSARY	F5G28100
04676	0 07400 4 01566	2831		TSX	SB,4	F5G28230
04714	0 07400 4 01566	2845		TSX	SB,4 YES, RECORD SXD NECESSARY	F5G28370
05667	0 07400 4 01566	3162		TSX	SB,4	F5G29170

␣␣␣␣SC = 945

Definition

		1253			THE SC SUBROUTINE HANDLES THE PROBLEM OF AN ACTIVE INDEX	F5G12540
		1254			REGISTER WITH NO SUBSEQUENT LX IN THE PRESENT REGION. THIS	F5G12550
		1255			POSTPONES THE NECESSITY OF AN SX UNTIL A LATER LX IS FOUND.	F5G12560
		1256			THE ACTIVITY IS TRANSFERRED FROM AC1,2,3 TO PREFIX, WORD 2,	F5G12570
		1257			BBB TABLE FOR ALL BB,S DURINC WHICH IN0EX REGISTER IS ACTIVE.	F5G12580
		1258			THIS PERPETUATION OF ACTIVITY WHEN NOT TURNED OFF DURING THE	F5G12590
		1259			TREATMENT OF THE SAME LPLST IN WHICH IT AROSE IS CALLED MARK-	F5G12600
		1260			ING A SECTION OF LPLST ACTIVE. ALL BB,S BETWEEN THE ORIGIN	F5G12610
		1261			OF THE ACTIVITY AND THE PRESENT POINT OF LPLST WHEN SC 1S	F5G12620
		1262			ENTERED ARE MARKED ACTIVE, AND THE DESIGNATED AC1,2,3 IS	F5G12630
		1263			TURNED OFF. SD IS USED AS A SUBROUTINE, DOING THE ACTUAL	F5G12640
		1264			MARKING OF BB,S ACTIVE.	F5G12650
01661	0 50000 1 00561	1265	SC	CLA	AC1+3,1 IS IR	F5G12660

References (8)

03246	0 07400 4 01661	2035	X16	TSX	SC,4 RECORD I.R. ACTIVE IN SECTION OF LPLST	F5G20360
03272	0 07400 4 01661	2055		TSX	SC,4 RECORD PART OF L0OP LIST ACTIVE.	F5G20560
03767	0 07400 4 01661	2372		TSX	SC,4 MARK SECTION OF LLLST ACTIVE	F5G23730
04363	0 07400 4 01661	2626		TSX	SC,4 RECORD PART OF LPLST ACTIVE	F5G26270
04417	0 07400 4 01661	2654	XY4	TSX	SC,4	F5G26550
04612	0 07400 4 01661	2779	A7	TSX	SC,4 RECORD CERTAIN PART OF	F5G27800
04642	0 07400 4 01661	2803		TSX	SC,4 YES,RECORD SECTION OF LPLST ACTIVE	F5G27950
04735	0 07400 4 01661	2862		TSX	SC,4 RECORD SECTION OF LPLST ACTIVE	F5G28540

␣␣␣␣SD = 1003

Definition
01753 −0 63400 2 00523 1323 SD SXD SDV2,2 F5G13240

References (3)

01720	0 07400 4 01753	1296	TSX	SD,4 IN 2. GO TO RECORD REGION ACTIVE.	F5G12970
03765	0 07400 4 01753	2370	TSX	SD,4	F5G23710
04733	0 07400 4 01753	2860	TSX	SD,4 RECORD TR. REG. ACTIVE	F5G28520

␣␣␣␣SE = 56

Definition
00070 −0 32000 0 00303 236 SE ANA SEK4 BB NO. IN DECR. F5G02370

References (37)

00721	0 07400 4 00070	742	S136	TSX	SE,4 GET BB WHICH CONTAINS ENTR. REQU.	F5G07430
01053	0 07400 4 00070	843	S34	TSX	SE,4 GET INDEX OF BB	F5G08440
01066	0 07400 4 00070	854		TSX	SE,4 TAG IN	F5G08550
01467	0 07400 4 00070	1119		TSX	SE,4 MAKE SURE BB IS IN C+M+	F5G11200
01605	0 07400 4 00070	1208	SB7	TSX	SE,4 NO,GET ADDR. OF	F5G12090
01734	0 07400 4 00070	1308	SC8	TSX	SE,4	F5G13090
01755	0 07400 4 00070	1325		TSX	SE,4 GET INDEX OF BB	F5G13260
01761	0 07400 4 00070	1329		TSX	SE,4 GET BB INDEX.	F5G13300
02046	0 07400 4 00070	1387		TSX	SE,4	F5G13880
02142	0 07400 4 00070	1451		TSX	SE,4	F5G14520
02151	0 07400 4 00070	1458		TSX	SE,4 NO.	F5G14590
02275	0 07400 4 00070	1542	F87	TSX	SE,4 GET INDEX OF BB	F5G15430
02430	0 07400 4 00070	1633		TSX	SE,4 GET	F5G16340
03221	0 07400 4 00070	2014		TSX	SE,4 GET ADDR. OF	F5G20150
03307	0 07400 4 00070	2068	X22	TSX	SE,4 MAKE SURE BB IS IN C+M.	F5G20690
03366	0 07400 4 00070	2115		TSX	SE,4 IS	F5G21160
03410	0 07400 4 00070	2133		TSX	SE,4 CST INDEX OF 1ST BB	F5G21340
03705	0 07400 4 00070	2322		TSX	SE,4	F5G23230
03742	0 07400 4 00070	2351		TSX	SE,4 WORD	F5G23520
04002	0 07400 4 00070	2383		TSX	SE,4 THIS BB	F5G23840
04050	0 07400 4 00070	2421		TSX	SE,4 GET INDEX OF	F5G24220
04054	0 07400 4 00070	2425		TSX	SE,4 WORD.	F5G24260
04246	0 07400 4 00070	2549		TSX	SE,4 BB NO.	F5G25500
04401	0 07400 4 00070	2640		TSX	SE,4 GET INDEX 0F 1ST BB IN LOOP.	F5G26410
04651	0 07400 4 00070	2810	A25	TSX	SE,4 YES, WAS THAT	F5G28020
04700	0 07400 4 00070	2833	A35	TSX	SE,4	F5G28250
04753	0 07400 4 00070	2876		TSX	SE,4	F5G28690
15715	0 07400 4 00070	3199		TSX	SE,4	F5G29540
04750	0 07400 4 00070	3286		TSX	SE,4	F5G30420
04750	0 07400 4 00070	3320		TSX	SE,4	F5G30770
04750	0 07400 4 00070	3354		TSX	SE,4	F5G31120
02432	0 07400 4 00070	4131		TSX	SE,4 THE	F5G38910
02474	0 07400 4 00070	4166		TSX	SE,4 FIND INDEX OF BB	F5G39260
02774	0 07400 4 00070	4363		TSX	SE,4	F5G41010
03561	0 07400 4 00070	4744		TSX	SE,4	F5G44790
03572	0 07400 4 00070	4753		TSX	SE,4 BB	F5G44880
03602	0 07400 4 00070	4762		TSX	SE,4	F5G44970

␣␣␣␣SF = 1044

Definition

		1364			THE SF SUBROUTINE FORMS APPROPRIATE AC1,2,3 ENTRY WHEN AN	F5G13650
		1365			ACTIVE INSTRUCTION IS ENCOUNTERED.	F5G13660
02024	0 50000 0 00442	1366	SF	CLA	TPE IS THIS	F5G13670

References (2)

	03155	0 07400 4 02024	1978	X14	TSX	SF,4 CHECK IF AN ACTIVE INSTR.	F5G19790
	03267	0 07400 4 02024	2052	X15	TSX	SF,4 DETERMINE ACTIVITY.	F5G20530

␣␣␣␣SG = 1058

Definition

		1380			PERMUTE THE PHI AND LX BITS SUBROUTINE	F5G13810
		1381			THE SG SUBROUTINE PERMUTES AS INDICATED BY EN4,5,6 ON A REG	F5G13820
		1382			ENTRY.	F5G13830
02042	−0 63400 4 00530	1383	SG	SXD	SGV1,4 SAVE RETURN	F5G13840

References (2)

	03460	0 07400 4 02042	2173		TSX	SG,4 PERMUTE REGION WORD	F5G21740
	04327	0 07400 4 02042	2598		TSX	SG,4 PERMUTE REGION WORD	F5G25990

␣␣␣␣SH = 1161

Definition
3980 DETERMINE AN SXD CASE SUBROUTINE F5G37400

02211 −0 63400 4 00476 3981 SH SXD SHV1,4 STORE RETURN F5G37410

References (2)

	04101	0 07400 4 02211	4957		TSX	SH,4 FORM THE SXD CASE	F5G46920
	04154	0 07400 4 02211	5002		TSX	SH,4 GENERATE SXD CASE	F5G47370

␣␣␣␣SI = 1186

Definition
4006 COMPILE AN SXD CASE SUBROUTINE F5G37660

02242 −0 63400 4 00501 4007 SI SXD SIV2,4 STORE RETURN F5G37670

References (4)

04113	0 07400 4 02242	4967	TSX	SI,4 INST. WITH	F5G47020
04267	0 07400 4 02242	5079	TSX	SI,4 COMPILE THE SXD CASE WITH	F5G48140
04314	0 07400 4 02242	5101	TSX	SI,4 YES, COMPILE SXD CASE	F5G48360
04327	0 07400 4 02242	5112	TSX	SI,4 COMPILE SXD CASE	F5G48470

␣␣␣␣SJ = 1246

Definition
4067 DETERMINE IF THE SXD CASE IS ASSOCIATED WITH AN LXD LIST F5G38270

02336 −0 63400 4 00507 4068 SJ SXD SJV2,4 F5G38280
Reference
02326 0 07400 4 02336 4059 TSX SJ,4 IS SXD CASE INST POS. ASSOC. WITH LIST F5G38190

␣␣␣␣SK = 1271

Definition
4093 PUT WORD OF COMPILED INST ON TAPE F5G38530

02367 −0 53400 1 00655 4094 SK LXD SKV1,1 F5G38540

References (53)

02176	0 07400 4 02367	3969		TSX	SK,4	F5G37290
02200	0 07400 4 02367	3971		TSX	SK,4	F5G37310
02202	0 07400 4 02367	3973		TSX	SK,4	F5G37330
02204	0 07400 4 02367	3975		TSX	SK,4	F5G37350
02272	0 07400 4 02367	4031		TSX	SK,4	F5G37910
02276	0 07400 4 02367	4035		TSX	SK,4	F5G37950
02301	0 07400 4 02367	4038		TSX	SK,4	F5G37980
02303	0 07400 4 02367	4040		TSX	SK,4 PUT S-TAG ON TAPE	F5G38000
02415	0 07400 4 02367	4117		TSX	SK,4 ON TAPE	F5G38770
02417	0 07400 4 02367	4119		TSX	SK,4 PUT SYMB. ADDR. ON TAPE	F5G38790
02421	0 07400 4 02367	4121		TSX	SK,4 PUT SYMB. ADDR ON TAPE	F5G38810
02423	0 07400 4 02367	4123		TSX	SK,4 ANOTHER 0	F5G38830
02470	0 07400 4 02367	4162		TSX	SK,4 COMPILE THE LOCATION	F5G39220
02472	0 07400 4 02367	4164		TSX	SK,4 C0MPILE LXD	F5G39240
02506	0 07400 4 02367	4176		TSX	SK,4	F5G39360
02510	0 07400 4 02367	4178		TSX	SK,4	F5G39380
02571	0 07400 4 02367	4229		TSX	SK,4 COMPILE LOCATION OF 0	F5G39890
02573	0 07400 4 02367	4231		TSX	SK,4	F5G39910
02576	0 07400 4 02367	4234		TSX	SK,4	F5G39940
02601	0 07400 4 02367	4237		TSX	SK,4	F5G39970
02645	0 07400 4 02367	4273		TSX	SK,4 INST.	F5G40110
02647	0 07400 4 02367	4275		TSX	SK,4	F5G40130
02651	0 07400 4 02367	4277		TSX	SK,4	F5G40150
02653	0 07400 4 02367	4279		TSX	SK,4	F5G40170
02656	0 07400 4 02367	4282		TSX	SK,4	F5G40200
02660	0 07400 4 02367	4284		TSX	SK,4	F5G40220
02663	0 07400 4 02367	4287		TSX	SK,4	F5G40250
02666	0 07400 4 02367	4290		TSX	SK,4	F5G40280
03016	0 07400 4 02367	4382		TSX	SK,4	F5G41200
03020	0 07400 4 02367	4384		TSX	SK,4	F5G41220
03025	0 07400 4 02367	4389		TSX	SK,4	F5G41270
03030	0 07400 4 02367	4392		TSX	SK,4	F5G41300
03361	0 07400 4 02367	4613		TSX	SK,4 YES, COMPILE AN SXD INSTR , TAG 4, TO	F5G43510
03363	0 07400 4 02367	4615		TSX	SK,4	F5G43530
03365	0 07400 4 02367	4617		TSX	SK,4	F5G43550
03367	0 07400 4 02367	4619		TSX	SK,4	F5G43570
03371	0 07400 4 02367	4621	CMTS1	TSX	SK,4	F5G43590
03373	0 07400 4 02367	4623		TSX	SK,4	F5G43610
03375	0 07400 4 02367	4625		TSX	SK,4	F5G43630
03377	0 07400 4 02367	4627		TSX	SK,4	F5G43650
03402	0 07400 4 02367	4630		TSX	SK,4 IR4 NOT NECESS. C0MPILE BSS 0.	F5G43680
03404	0 07400 4 02367	4632		TSX	SK,4	F5G43700
03406	0 07400 4 02367	4634		TSX	SK,4	F5G43720
03410	0 07400 4 02367	4636		TSX	SK,4	F5G43740
03451	0 07400 4 02367	4669		TSX	SK,4 SYMBOLADDEAA AND TAG 4	F5G44040
03453	0 07400 4 02367	4671		TSX	SK,4	F5G44060
03455	0 07400 4 02367	4673		TSX	SK,4	F5G44080
03457	0 07400 4 02367	4675		TSX	SK,4	F5G44100
04374	0 07400 4 02367	5150		TSX	SK,4	F5G48850
04376	0 07400 4 02367	5152		TSX	SK,4	F5G48870
04403	0 07400 4 02367	5157		TSX	SK,4	F5G48920
04405	0 07400 4 02367	5159		TSX	SK,4	F5G48940
04434	0 07400 4 02367	5184		TSX	SK,4	F5G49190

␣␣␣␣SL = 1283

Definition
4106 SUBROUTINE FOR COMPILING TRA TO LXD CASE F5G38660

02403 −0 32000 0 00434 4107 SL ANA Z2K5 FORM F5G38670

References (4)

02316	0 07400 4 02403	4051	TSX	SL,4 COMPILE A TRA TO LXD CASE	F5G38110
02523	0 07400 4 02403	4189	TSX	SL,4 RECORD A TRA TO LXD CASE	F5G39490
04134	0 07400 4 02403	4984	TSX	SL,4 TRA (LXD )	F5G47190
04342	0 07400 4 02403	5123	TSX	SL,4	F5G48580

␣␣␣␣SM = 1312

Definition
4137 COMPILE AN LXD LIST F5G38970

02440 0 50000 2 00715 4138 SM CLA LLIND,2 IMMEDIATELY RETURN IF LIST IS F5G38980

References (2)

	04115	0 07400 4 02440	4969	Z42	TSX	SM,4 (2)ASSOCIATED WITH AN LXD LIST	F5G47040
	04346	0 07400 4 02440	5127		TSX	SM,4	F5G48620

␣␣␣␣W0 = 2980

Definition
05644 0 50000 1 12535 3143 W0 CLA BBB+2,1 F5G28980

References (2)

	04145	0 02000 0 05644	2482		TRA	W0	F5G24830
	04147	0 02000 0 05644	2484		TRA	W0	F5G24850

␣␣␣␣W1 = 2986

Definition
05652 0 50000 4 12535 3149 W1 CLA BBB+2,4 F5G29040
Reference
05663 2 00001 1 05652 3158 W2 TIX W1,1,1 F5G29130

␣␣␣␣W2 = 2995

Definition
05663 2 00001 1 05652 3158 W2 TIX W1,1,1 F5G29130

References (3)

04133	−0 63400 1 05664	2472	PW0	SXD	W2+1,1	F5G24730
05662	1 77777 4 05663	3157		TXI	W2,4,−1	F5G29120
05666	−0 53400 1 05664	3161		LXD	W2+1,1	F5G29160

␣␣␣␣W3 = 2997

Definition
05665 −0 63400 2 05671 3160 W3 SXD W4,2 F5G29150

References (2)

	05655	0 10000 0 05665	3152		TZE	W3	F5G29070
	05661	0 10000 0 05665	3156		TZE	W3	F5G29110

␣␣␣␣W4 = 3001

Definition
05671 −3 00000 0 04111 3164 W4 TXL X36,−,− F5G29190

References (2)

	05665	−0 63400 2 05671	3160	W3	SXD	W4,2	F5G29150
	05670	−0 53400 2 05671	3163		LXD	W4,2	F5G29180

␣␣␣␣X1 = 1617

Definition
03121 2 00001 1 03116 1950 X1 TIX X2,1,1 NO COUNT OT 3,N=N+1 F5G19510
Reference
03117 0 02000 0 03121 1948 TRA X1 NO F5G19490

␣␣␣␣X2 = 1614

Definition
03116 0 34000 1 00430 1947 X2 CAS IR1+3,1 IS CONTENTS OF IRN SAME AS OF TAG F5G19480
Reference
03121 2 00001 1 03116 1950 X1 TIX X2,1,1 NO COUNT OT 3,N=N+1 F5G19510

␣␣␣␣X3 = 1599

Definition
03077 0 07400 4 01023 1932 X3 TSX S3,4 TRY TO GET NEXT TAG. F5G19330

References (3)

03130	0 02000 0 03077	1957	TRA	X3 YES	F5G19580
03203	0 02000 0 03077	2000	TRA	X3	F5G20010
04342	0 02000 0 03077	2609	TRA	X3	F5G26100

␣␣␣␣X4 = 1632

Definition
03140 0 50000 0 00442 1965 X4 CLA TPE 1S THIS F5G19660
Reference
03136 0 10000 0 03140 1963 TZE X4 IR ACTIVE F5G19640

␣␣␣␣X5 = 1636

Definition
03144 −0 50000 0 00443 1969 X5 CAL INTAG IS THIS 1ST INSTR. F5G19700
Reference
03142 0 02000 0 03144 1967 TRA X5 NO F5G19680

␣␣␣␣X7 = 1711

Definition
03257 −0 63400 1 00430 2044 X7 SXD IRR,1 F5G20450
Reference
03120 0 02000 0 03257 1949 TRA X7 YES F5G19500

␣␣␣␣X8 = 1625

Definition
03131 0 07400 4 00622 1958 X8 TSX S1,4 SELECT MOST REPLACEABLE I.R. F5G19590

References (2)

	03125	0 02000 0 03131	1954		TRA	X8 YES. COMPILE LXD FOR LXP.	F5G19550
	03127	0 02000 0 03131	1956		TRA	X8	F5G19570

␣␣␣␣X9 = 1668

Definition
03204 −0 53400 1 00440 2001 X9 LXD S3V4,1 GET F5G20020
Reference
03146 −0 10000 0 03204 1971 TNZ X9 F5G19720

␣␣␣␣Z1 = 1917

Definition
4756 DETERMINE WHICH LXD CASES EXIST , RESULT IN Z1V5 F5G44910

03575 0 56000 0 00314 4757 Z1 LDQ ZERO INITIALIZE THE EXISTENCE F5G44920

␣␣␣␣Z2 = 1942

Definition

		4782			THIS OPEN S. R. FORMS THE LXD LISTS FROM TNE INFO LEFT IN	F5G45170
		4783			Z1V5 BY Z1	F5G45180
03626	0 56000 0 00314	4784	Z2	LDQ	ZERO	F5G45190

Reference
03611 0 02000 0 03626 4769 TRA Z2 NO F5G45040

␣␣␣␣Z3 = 1994

Definition
4836 EXPAND TNE LXD LISTS F5G45710

03712 0 50000 0 00434 4837 Z3 CLA Z2K5 IS THE F5G45720

␣␣␣␣Z4 = 2091

Definition
4934 DETECT AND COMPILE ANY SEQUENTIAL TRANSFER F5G46690

04053 0 56000 0 00416 4935 Z4 LDQ MZE PUT MINUS ZEROS IN F5G46700

References (3)

04012	0 02000 0 04053	4901	TRA	Z4	F5G46360
04035	−0 10000 0 04053	4920	TNZ	Z4	F5G46550
04041	−0 10000 0 04053	4924	TNZ	Z4	F5G46590

␣␣␣␣Z5 = 2144

Definition
4989 FORM THE SXD LIST AND THE SYN CARD LIST F5G47240

04140 0 50000 0 00316 4990 Z5 CLA ONED SET INDEX IN SYN TABLE F5G47250
Reference
04061 −0 12000 0 04140 4941 TMI Z5 IS THERE A SEQUENTIAL TRANSFER F5G46760

␣␣␣␣Z6 = 2227

Definition
5074 COMPILE THE SXD LIST F5G48090

04263 0 53400 1 00333 5075 Z6 LXA LM20,1 SET TO START OF SXD LIST F5G48100
Reference
04145 0 10000 0 04263 4995 TZE Z6 NO, ADD FINISHED F5G47300

␣␣␣␣Z7 = 2236

Definition
5084 COMPILE TNE LXD LISTS AND ASSOCIATED SXD S F5G48190

04274 −0 53400 2 00324 5085 Z7 LXD LD3,2 SET TO BEGIN SCAN OF LISTS F5G48200

References (2)

	04265	−0 12000 0 04274	5077		TMI	Z7 IS THIS SXD POSITION EMPTY	F5G48120
	04323	−0 12000 0 04274	5108		TMI	Z7 YES, OO BACK CLASXST	F5G48430

␣␣␣␣Z8 = 2283

Definition
5132 COMPILE ANY SYN CARDS F5G48670

04353 −0 50000 0 00443 5133 Z8 CAL BBNO FORM F5G48680

References (4)

04325	−0 12000 0 04353	5110	TMI	Z8	F5G48450
04330	0 02000 0 04353	5113	TRA	Z8	F5G48480
04331	0 02000 0 04353	5114	TRA	Z8	F5G48490
04332	0 02000 0 04353	5115	TRA	Z8	F5G48500

␣␣␣1L3 = 1536

Definition
03000 0 50000 0 00442 1867 1L3 CLA TPE IS THIS AN LXP F5G18680
Reference
02740 0 02000 0 03000 1835 TRA 1L3 YES F5G18360

␣␣␣1L4 = 1498

Definition
02732 0 07400 4 01023 1829 1L4 TSX S3,4 GET NEXT TAG. F5G18300

References (8)

02753	−3 00072 2 02732	1846		TXL	1L4,2,S3P1−2	F5G18470
02756	−3 00000 2 02732	1849	ROT1	TXL	1L4,2,−	F5G18500
02777	0 02000 0 02732	1866		TRA	1L4	F5G18670
03005	0 02000 0 02732	1872		TRA	1L4	F5G18730
03007	0 02000 0 02732	1874		TRA	1L4	F5G18750
03012	0 02000 0 02732	1877		TRA	1L4 RIGHT IR,	F5G18780
03021	0 10000 0 02732	1884		TZE	1L4 BB	F5G18850
03037	0 02000 0 02732	1898		TRA	1L4	F5G18990

␣␣␣A12 = 2468

Definition
04644 −0 53400 1 00440 2805 A12 LXD S3V4,1 GET INDEX OF LPLST QUANTITY F5G27970
Reference
04511 0 02000 0 04644 2714 TRA A12 COME HERE IF TAG NOT GOT F5G27150

␣␣␣A20 = 2396

Definition
04534 0 34000 0 00403 2733 A20 CAS XK21 IS IT A DED F5G27340
Reference
04532 0 02000 0 04534 2731 TRA A20 F5G27320

␣␣␣A21 = 2399

Definition
04537 0 34000 0 00373 2736 A21 CAS XK12 IS IT AN ACTIVE INSTR. F5G27370
Reference
04535 0 02000 0 04537 2734 TRA A21 F5G27350

␣␣␣A25 = 2473

Definition
04651 0 07400 4 00070 2810 A25 TSX SE,4 YES, WAS THAT F5G28020

␣␣␣A26 = 2479

Definition
04657 0 50000 1 00561 2816 A26 CLA AC1+3,1 IS THIS F5G28080
Reference
04662 2 00001 1 04657 2819 A27 TIX A26,1,1 F5G28110

␣␣␣A27 = 2482

Definition
04662 2 00001 1 04657 2819 A27 TIX A26,1,1 F5G28110
Reference
04660 0 10000 0 04662 2817 TZE A27 IR ACTIVE F5G28090

␣␣␣A28 = 2483

Definition
04663 0 50000 0 00444 2820 A28 CLA S3V5 F5G28120

References (2)

	04650	0 04000 0 04663	2809		TLQ	A28	F5G28010
	04655	−0 10000 0 04663	2814		TNZ	A28	F5G28060

␣␣␣A30 = 2509

Definition
04715 2 00001 1 04706 2846 A30 TIX A31,1,1 F5G28380

References (2)

	04711	0 02000 0 04715	2842		TRA	A30 FOR THIS IR	F5G28340
	04713	0 10000 0 04715	2844		TZE	A30 IS THIS IR ACTIVE	F5G28360

␣␣␣A31 = 2502

Definition
04706 −0 50000 0 00607 2839 A31 CAL XV19 F5G28310
Reference
04715 2 00001 1 04706 2846 A30 TIX A31,1,1 F5G28380

␣␣␣A32 = 2526

Definition
04736 2 00001 1 04721 2863 A32 TIX A34,1,1 COUNT TO 3 F5G28550

References (2)

	04722	0 10000 0 04736	2851		TZE	A32 IS THIS IR ACTIVE	F5G28430
	04727	0 12000 0 04736	2856		TPL	A32 IS THE IR ACTIVE AT EXIT	F5G28480

␣␣␣A33 = 2520

Definition
04730 −0 63400 1 00610 2857 A33 SXD XV20,1 YES F5G28490
Reference
04725 0 04000 0 04730 2854 TLQ A33 IS THE EXIT CONDITION REAL F5G28460

␣␣␣A34 = 2513

Definition
04721 0 50000 1 00561 2850 A34 CLA AC1+3,1 F5G28420
Reference
04736 2 00001 1 04721 2863 A32 TIX A34,1,1 COUNT TO 3 F5G28550

␣␣␣A35 = 2496

Definition
04700 0 07400 4 00070 2833 A35 TSX SE,4 F5G28250
Reference
04665 0 04000 0 04700 2822 TLQ A35 ATR. REGION F5G28140

␣␣␣A51 = 2436

Definition
04604 0 50000 1 00430 2773 A51 CLA IR1+3,1 IS IT F5G27740
Reference
04641 −0 10000 0 04604 2802 TNZ A51 F5G27948

␣␣␣AC1 = 366

Definition

		600		VARIABLES OF 2ED LXING PASS.	F5G06010
		601		ACTIVITY. WHEN SIMULATING A NEW BB IN THE 2ND LXING PASS,	F5G06020
		602		IF AN LX, TXI, OR TIX IS ENCOUNTERED, THE APPROPRIATE INDEX	F5G06030
		603		REGISTER BECOMES ACTIVE. THIS IS PLUS ACTIVITY. IF THE SAME	F5G06040
		604		REGISTER MUST BE DISPLACED IN THE SAME LPLST, SB IS ENTERED	F5G06050
		605		TO RECORD AN SX NECESSARY. SINCE THE ACTIVITY IS PLUS, THE	F5G06060
		606		SX WILL BE COMPILED IN STAG IMMEDIATELY AFTER THE ACTIVE	F5G06070
		607		INSTRUCTION. THIS SX ENDS THE ACTIVITY, COMPLETELY TAKING	F5G06080
		608		CARE OF THE PROBLEM. AT THE END OF LPLST, IF THE INDEX	F5G06090
		609		REGISTER IS STILL ACTIVE, OR IF, DURING LPLST, AN ACTIVE	F5G06100
		610		REGISTER FALLS OBSOLETE BY A DED OR LXD, THEN ALL THE BLOCKS	F5G06110
		611		IN WHICH IT IS ACTIVE ARE MARKED BY SC, MAKING THIS ACTIVITY	F5G06120
		612		MINUS. THIS, UNLIKE PLUS ACTIVITY, CAN NEVER BE ENDED. THE	F5G06130
		613		APPEARANCE OF A MINUS BB IN A FUTURE LPLST CAUSES THE	F5G06140
		614		APPROPRIATE AC1,2,OR3 TO CONTAIN MINUS ACTIVITY AND WHENEVER	F5G06150
		615		THE CORRESPONDING INDEX REGISTER MUST BE DISPLACED, AN SB	F5G06160
		616		ENTRY WILL CAUSE AN SX TO BE COMPILED IN THE PRED LINK FROM	F5G06170
		617		THAT BB. THIS POSTPONEMENT OF SX COMPILATION AFTER AN ACTIVE	F5G06180
		618		INSTRUCTION FOR AS LONG AS POSSIBLE PRODUCES A LARGER NUMBER	F5G06190
		619		0F SX,S THAN STRICTLY NECESSARY, BUT PLACES THEM IN LOW	F5G06200
		620		FREQUENCY PATHS, TRADING OBJECT PROGRAM SPACE FOR OBJECT	F5G06210
		621		PROGRAM TIME.	F5G06220
		622		THE AC1,2,3 CELLS DESCRIBE THE ACTIVITY STATUS OF IR1,2,3.	F5G06230
		623		ZERO...NOT ACTIVE, PLUS ACTIVITY...ACTIVE INSTRUCTION IN A	F5G06240
		624		BB NOT TREATED UNTIL THIS LPLST. AC1,2,3 CONTAINS INFO.	F5G06250
		625		FOR SB TO MAKE A STAG ENTRY AT THE ACTIVE INSTRUCTION.	F5G06260
		626		MINUS ACTIVITY...ACTIVE INSTR. IN BB ALREADY IN A REGION.	F5G06270
		627		AC1,2,3 CONTAINS INFO. FOR SB TO MAKE A PRED ENTRY AT LINK	F5G06280
		628		OUT OF THE REGION.	F5G06290
00556	0 00000 0 00000	629	AC1	3 ACTIVE INDICATORS,+0 MEANS NOT ACTIVE	F5G06300

References (26)

01570	0 50000 1 00561	1195		CLA	AC1+3,1 IS THE ACTIVE THING	F5G11960
01656	0 60100 1 00561	1250		STO	AC1+3,1 NOT ACTIVE.	F5G12510
01661	0 50000 1 00561	1265	SC	CLA	AC1+3,1 IS IR	F5G12660
01727	0 60100 1 00561	1303		STO	AC1+3,1 ACTIVE ANYMORE.	F5G13040
02670	−0 60000 1 00561	1794		STQ	AC1+3,1	F5G17950
02674	0 60100 1 00561	1798		STO	AC1+3,1 INDICATOR	F5G17990
03067	0 60100 0 00556	1924		STO	AC1 TO	F5G19250
03135	0 50000 1 00561	1962		CLA	AC1+3,1 IS THIS	F5G19630
03161	0 60100 1 00561	1982		STO	AC1+3,1	F5G19830
03255	0 60100 1 00561	2042		STO	AC1+3,1 I.R. ISNT ACTIVE.	F5G20430
03274	0 60100 1 00561	2057		STO	AC1+3,1 INDICATOR.	F5G20580
03342	0 50000 1 00561	2095	X128	CLA	AC1+3,1 IS THIS IR	F5G20960
03454	0 50000 1 00561	2169	X119	CLA	AC1+3,1 NO,IS	F5G21700
03734	0 50000 1 00561	2345	X64	CLA	AC1+3,1 IS THIS I.R.	F5G23460
04135	0 50000 1 00561	2474	X130	CLA	AC1+3,1 YES,IS THIS IR ACTIVE	F5G24750
04310	0 50000 1 00561	2583		CLA	AC1+3,1 I.R.	F5G25840
04324	0 60100 4 00561	2595		STO	AC1+3,4	F5G25960
04464	0 50000 1 00561	2691	X96	CLA	AC1+3,1 IS IRN	F5G26920
04504	0 40100 0 00556	2709		ADM	AC1 THERE	F5G27100
04564	0 50000 1 00561	2757		CLA	AC1+3,1 IS THE CORRESPONDING	F5G27580
04602	0 50000 1 00561	2771		CLA	AC1+3,1	F5G27720
04630	0 50000 1 00561	2793		CLA	AC1+3,1 YES.	F5G27930
04657	0 50000 1 00561	2816	A26	CLA	AC1+3,1 IS THIS	F5G28080
04674	0 50000 1 00561	2829	AP1	CLA	AC1+3,1	F5G28210
04712	0 50000 1 00561	2843		CLA	AC1+3,1 YES	F5G28350
04721	0 50000 1 00561	2850	A34	CLA	AC1+3,1	F5G28420

␣␣␣AC2 = 367

Definition
00557 0 00000 0 00000 630 AC2 IF + VE,THEN ACTIVE THING IS INSTR., DECR. IS F5G06310

References (2)

	03070	0 60100 0 00557	1925		STO	AC2	F5G19260
	04505	0 40100 0 00557	2710		ADM	AC2 ANY	F5G27110

␣␣␣AC3 = 368

Definition
00560 0 00000 0 00000 631 AC3 LOC. OF BB IN LOOP LIST,ADDR. IS LOC. OF Y-TAG. IF-VE, F5G06320

References (2)

	03071	0 60100 0 00560	1926		STO	AC3 NOT ACTIVE.	F5G19270
	04506	0 40100 0 00560	2711		ADM	AC3 ACTIVE I.R.S	F5G27120

␣␣␣AC4 = 270

Definition
00416 0 07400 4 00055 3631 AC4 TSX SE5,4 IS THIS THE TRANSFER FROM CURRENTLY CONSIDERE F5G33910
Reference
00414 0 02000 0 00416 3629 TRA AC4 F5G33890

␣␣␣AC5 = 279

Definition
00427 −0 50000 1 15674 3640 AC5 CAL PRED,1 IS THE BB WHICH IS PREDECESSOR F5G34000
Reference
00422 −0 10000 0 00427 3635 TNZ AC5 IF NOT SKIP THE ORING 0F SXD CASE F5G33950

␣␣␣AC6 = 289

Definition
00441 0 50000 0 00566 3650 AC6 CLA ACV7 F5G34100
Reference
00435 −0 10000 0 00441 3646 TNZ AC6 F5G34060

␣␣␣AC7 = 266

Definition
00412 0 62100 0 00566 3627 AC7 STA ACV7 F5G33870
Reference
00443 0 02000 0 00412 3652 TRA AC7 F5G34120

␣␣␣AC8 = 292

Definition
00444 −0 50000 0 00571 3653 AC8 CAL ACV10 IS THE COMBINED LXD CASE ZERO F5G34130
Reference
00415 0 02000 0 00444 3630 TRA AC8 NO F5G33900

␣␣␣AC9 = 308

Definition
00464 0 07400 4 00055 3669 AC9 TSX SE5,4 DETERMINE IF THE BB WHICH F5G34290
Reference
00462 0 02000 0 00464 3667 TRA AC9 F5G34270

␣␣␣AP1 = 2492

Definition
04674 0 50000 1 00561 2829 AP1 CLA AC1+3,1 F5G28210

References (2)

	04672	−3 00002 1 04674	2827		TXL	AP1,1,2	F5G28190
	04673	1 77777 1 04674	2828		TXI	AP1,1,−1	F5G28200

␣␣␣AV1 = 397

Definition
00615 0 00000 0 00000 668 AV1 TEMP. STORE FOR PRED. TABLE ENTRY. F5G06690

␣␣␣AV2 = 398

Definition
00616 0 00000 0 00000 669 AV2 TEMP. STORE FOR INDEX OF I.R. F5G06700

␣␣␣AV3 = 399

Definition
00617 0 00000 0 00000 670 AV3 TEMP. STORE FOR PERM. NOS. F5G06710

␣␣␣BBB = 5467

Definition
12533 3169 BBB BSS BBBL*6+1 F5G29240

References (122)

00100	0 00000 0 12533	244		HTR	BBB A IN ADDR.,INITIAL CM ADDR	F5G02450
00725	−0 50000 1 12535	746	S115	CAL	BBB+2,1 PUT THIS TAU TAG	F5G07470
01054	0 50000 1 12534	844		CLA	BBB+1,1	F5G08450
01067	0 50000 1 12534	855		CLA	BBB+1,1 NEXT BB.	F5G08560
01470	0 50000 1 12540	1120		CLA	BBB+5,1 GET AND	F5G11210
01475	0 50000 1 12534	1125		CLA	BBB+1,1 STORE THE WORD	F5G11260
01515	−0 50000 1 12535	1141	S93	CAL	BBB+2,1 SET THE	F5G11420
01530	0 50000 1 12540	1155		CLA	BBB+5,1 GET AND	F5G11560
01534	0 50000 1 12534	1159		CLA	BBB+1,1 GET AND STORE THE	F5G11600
01560	−0 50000 1 12535	1179	SA2	CAL	BBB+2,1	F5G11800
01606	0 50000 1 12534	1209		CLA	BBB+1,1 PRED.	F5G12100
01610	0 50000 1 12533	1211		CLA	BBB,1 GET ADDR OF 1ST PRED.	F5G12120
01737	0 50000 1 12540	1311	SC01	CLA	BBB+5,1 GET THE	F5G13120
01751	−0 60200 1 12534	1321		ORS	BBB+1,1 I+R.	F5G13220
01756	0 50000 1 12540	1326		CLA	BBB+5,1 GET	F5G13070
01763	0 50000 1 12534	1331		CLA	BBB+1,1 STORE	F5G13320
02000	−0 50000 1 12535	1344	SD4	CAL	BBB+2,1	F5G13450
02007	−0 50000 1 12540	1351	SD5	CAL	BBB+5,1 NO THIS LAST	F5G13520
02022	−0 60200 1 12534	1362		ORS	BBB+1,1 WO THIS IR	F5G13630
02047	0 50000 1 12540	1388		CLA	BBB+5,1	F5G13890
02102	0 50000 1 12540	1417		CLA	BBB+5,1 STORE REGION	F5G14180
02104	−0 50000 1 12533	1419		CAL	BBB,1 GET PRED.	F5G14200
02111	0 50000 1 12533	1424		CLA	BBB,1	F5G14250
02143	0 50000 1 12540	1452		CLA	BBB+5,1	F5G14530
02145	−0 50000 1 12533	1454		CAL	BBB,1 GET SUCC. NO.	F5G14550
02152	0 50000 1 12533	1459		CLA	BBB,1 OF 1ST SUCC.	F5G14600
02255	0 50000 1 12540	1526		CLA	BBB+5,1 IS THIS BB IN	F5G15270
02276	0 50000 1 12540	1543		CLA	BBB+5,1 GET	F5G15440
02331	0 50000 1 12540	1570		CLA	BBB+5,1 GET THE	F5G15710
02431	0 50000 1 12540	1634		CLA	BBB+5,1 REGION	F5G16350
02472	0 50000 1 12540	1667		CLA	BBB+5,1 IS THIS BB IN	F5G16680
02517	0 50000 1 12540	1688		CLA	BBB+5,1 GET	F5G16890
03222	0 50000 1 12533	2015		CLA	BBB,1 1ST PRED.	F5G20160
03316	0 60200 1 12535	2075		SLW	BBB+2,1	F5G20760
03335	0 50000 1 12533	2090		CLA	BBB,1 WAS THAT BB	F5G20910
03367	0 50000 1 12540	2116		CLA	BBB+5,1 THIS	F5G21170
03377	0 50000 1 12540	2124		CLA	BBB+5,1 AS	F5G21250
03411	−0 50000 1 12534	2134	X209	CAL	BBB+1,1 GET THE	F5G21350
03431	0 62200 1 12534	2150		STD	BBB+1,1 NOS.	F5G21510
03432	0 50000 1 12540	2151		CLA	BBB+5,1 IS THIS THE LAST	F5G21520
03466	0 50000 1 12540	2179	X206	CLA	BBB+5,1	F5G21800
03524	−0 50000 1 12533	2209		CAL	BBB,1	F5G22100
03531	0 50000 1 12533	2214		CLA	BBB,1	F5G22150
03557	0 50000 1 12533	2236		CLA	BBB,1	F5G22370
03564	0 50000 1 12533	2241		CLA	BBB,1	F5G22420
03625	0 50000 1 12540	2274		CLA	BBB+5,1 THE	F5G22750
03646	0 62200 1 12540	2291		STD	BBB+5,1 NEW REGION NO.	F5G22920
03647	0 50000 1 12540	2292		CLA	BBB+5,1 IS THIS THE	F5G22930
03660	0 62100 1 12540	2301		STA	BBB+5,1 ONE IN NEW REGION.	F5G23020
03674	0 62100 1 12540	2313	X216	STA	BBB+5,1 RECORD THE NEXT BB NO.	F5G23140
03676	0 62200 1 12540	2315		STD	BBB+5,1 NEW REGION	F5G23160
03706	0 50000 1 12540	2323		CLA	BBB+5,1	F5G23240
03743	0 50000 1 12540	2352		CLA	BBB+5,1 IN	F5G23530
04003	0 50000 1 12534	2384		CLA	BBB+1,1 GET TO STORE	F5G23050
04005	0 50000 1 12533	2386		CLA	BBB,1 GET PRED. NO.	F5G23070
04051	0 50000 1 12540	2422		CLA	BBB+5,1 B.B.	F5G24230
04056	−0 50000 1 12534	2427		CAL	BBB+1,1 CLEAR REGISTER TO	F5G24280
04115	0 62200 1 12531	2458		STD	BBB−2,1 PERM. NOS.	F5G24590
04116	0 63000 1 12531	2459		STP	BBB−2,1 AND ACTIVE INDICATORS	F5G24600
04117	0 50000 1 12535	2460		CLA	BBB+2,1 IS THIS	F5G24610
04142	0 50000 1 12535	2479		CLA	BBB+2,1 SAME TAG IN THIS POSITION	F5G24800
04162	−0 50000 1 12535	2497	X85	CAL	BBB+2,1	F5G24980
04200	0 60100 1 12535	2511		STO	BBB+2,1 EXIT REQUI.	F5G25120
04247	0 50000 1 12534	2550		CLA	BBB+1,1 STORE THE	F5G25510
04251	0 50000 1 12540	2552		CLA	BBB+5,1	F5G25530
04257	0 50000 1 12533	2558		CLA	BBB,1 GET PRED. NO.	F5G25590
04403	0 50000 1 12533	2642		CLA	BBB,1	F5G26430
04447	0 50000 2 12534	2678		CLA	BBB+1,2 GET THE WORD WITH	F5G26790
04456	−0 50000 2 12535	2685		CAL	BBB+2,2 GET ENTRANCE	F5G26860
04652	0 50000 1 12533	2811		CLA	BBB,1 BB TERMINATED	F5G28030
04701	0 50000 1 12540	2834		CLA	BBB+5,1	F5G28260
04760	0 53400 4 12533	2881		LXA	BBB,4	F5G28740
05644	0 50000 1 12535	3143	W0	CLA	BBB+2,1	F5G28980
05652	0 50000 4 12535	3149	W1	CLA	BBB+2,4	F5G29040
	15674	3170	PRED	SYN	BBB+BBBL*6+1	F5G29250
15716	0 50000 1 12533	3200		CLA	BBB,1	F5G29550
15722	0 50000 1 12534	3204		CLA	BBB+1,1	F5G29590
15740	0 50000 1 12534	3218		CLA	BBB+1,1 DETERMINE NO.	F5G29730
04755	−0 53400 4 12533	3291		LXD	BBB,4	F5G30470
04755	0 53400 4 12533	3325		LXA	BBB,4	F5G30820
04755	−0 53400 4 12533	3359		LXD	BBB,4	F5G31170
00352	0 50000 1 12534	3407		CLA	BBB+1,1 STORE THE NO. OF THE	F5G31660
00355	0 50000 1 12533	3410		CLA	BBB,1	F5G31690
00364	0 60100 1 12540	3417		STO	BBB+5,1 BY THE LOCATION FROM THE BB LIST.	F5G31760
00367	0 50000 1 12534	3420		CLA	BBB+1,1 STORE PERMUTATION NOS.	F5G31790
00372	0 50000 1 12534	3423		CLA	BBB+1,1 GET	F5G31820
00400	0 50000 1 12533	3429		CLA	BBB,1	F5G31880
00505	0 50000 1 12533	3498		CLA	BBB,1 IS	F5G32570
00513	0 62200 1 12534	3504		STD	BBB+1,1 GO N ENCOUNTERED	F5G32630
00524	0 50000 1 12535	3513		CLA	BBB+2,1 PERMUTE	F5G32720
00532	0 60100 1 12532	3519		STO	BBB−1,1 BACK IN BB	F5G32780
00543	0 60100 1 12540	3528		STO	BBB+5,1	F5G32870
00355	−0 50000 1 12533	3598		CAL	BBB,1 FIND NO. OF 1ST SUCC IN NEXT BB	F5G33580
00364	−0 50000 1 12533	3605		CAL	BBB,1 FIND THE NO. OF 1ST SUCC IN THIS BB	F5G33650
00401	0 50000 1 12533	3618		CLA	BBB,1	F5G33780
00407	−0 50000 1 12533	3624		CAL	BBB,1	F5G33840
00432	0 50000 1 12533	3643		CLA	BBB,1	F5G34030
00451	0 56000 1 12533	3658		LDQ	BBB,1 AS A SUCCESSOR TO	F5G34180
00456	−0 60200 1 12533	3663		ORS	BBB,1 RECORD THAT THIS BB HAS BEEN CONSIDERED AS	F5G34230
00470	0 50000 1 12533	3673		CLA	BBB,1	F5G34330
00512	0 63000 1 12534	3691		STP	BBB+1,1	F5G34510
00513	0 50000 1 12534	3692		CLA	BBB+1,1 GET NEXT GO TO N NUMBER	F5G34520
00534	0 50000 1 12540	3709	AC25	CLA	BBB+5,1	F5G34690
02132	0 50000 1 12540	3931		CLA	BBB+5,1	F5G36910
02134	0 50000 1 12533	3933		CLA	BBB,1	F5G36930
02227	0 50000 1 12535	3995		CLA	BBB+2,1 YES, GET AND	F5G37550
02251	0 50000 1 12533	4014		CLA	BBB,1	F5G37740
02433	0 50000 1 12540	4132		CLA	BBB+5,1 SYMBOLIC LOCATION	F5G38920
02503	−0 50000 1 12535	4173	SM4	CAL	BBB+2,1 FORM	F5G39330
02762	−0 50000 1 12533	4353		CAL	BBB,1	F5G40910
02775	0 50000 1 12533	4364		CLA	BBB,1 CHECK TO MAKE SURE THIS IS GO TO N	F5G41020
03002	−0 50000 1 12534	4369	GON1	CAL	BBB+1,1	F5G41070
03022	−0 50000 1 12535	4386		CAL	BBB+2,1	F5G41240
03060	0 50000 1 12533	4417		CLA	BBB,1	F5G41550
03134	−0 50000 1 12533	4462		CAL	BBB,1	F5G42000
03200	−0 50000 1 12533	4498		CAL	BBB,1	F5G42360
03233	−0 50000 1 12533	4525		CAL	BBB,1	F5G42630
03562	−0 50000 1 12535	4745		CAL	BBB+2,1 GET ENTRANCE REQUIREMENT	F5G44800
03573	0 50000 1 12540	4754		CLA	BBB+5,1	F5G44890
03577	0 50000 1 12533	4759		CLA	BBB,1 GET AND STORE NO. OF 1ST PRED IN	F5G44940
03603	−0 50000 1 12533	4763		CAL	BBB,1 STORE THE NO OF	F5G44980
04357	−0 50000 1 12533	5137		CAL	BBB,1 -(IDSXD)-(BBNO)+(1ST PRED)2*25	F5G48720

␣␣␣BL1 = 216

Definition
00330 0 70000 1 00655 3389 BL1 CPY BLIST,1 COPY BB LIST INTO CS F5G31480
Reference
00331 1 77777 1 00330 3390 TXI BL1,1,−1 F5G31490

␣␣␣BL2 = 245

Definition
00365 1 77777 2 00366 3418 BL2 TXI BL2+1,2,−1 F5G31770
Reference
00365 1 77777 2 00366 3418 BL2 TXI BL2+1,2,−1 F5G31770

␣␣␣BL3 = 230

Definition
00346 0 56000 0 00566 3403 BL3 LDQ BLV3 HAVE WE ALREADY DEALT WITH LAST BB F5G31620
Reference
00540 0 02000 0 00346 3525 TRA BL3 F5G32840

␣␣␣BL4 = 285

Definition
00435 0 76400 0 00203 3458 BL4 BST BLT TAPE CHECK BACKSPACE TAPE F5G32170
Reference
00335 0 02000 0 00435 3394 TRA BL4 ERROR F5G31530

␣␣␣BL5 = 214

Definition
00326 0 76200 0 00223 3387 BL5 RTB BLT F5G31460
Reference
00436 2 00001 2 00326 3459 TIX BL5,2,1 TRY 5 TIMES F5G32160

␣␣␣BL6 = 213

Definition
00325 −0 53400 2 00332 3386 BL6 LXD CON1,2 F5G31450
Reference
00323 0 02000 0 00325 3384 TRA BL6 F5G31430

␣␣␣BL7 = 262

Definition
00406 0 07400 4 00055 3435 BL7 TSX SE5,4 YES, GET INDEX OF PRED F5G31940
Reference
00404 0 02000 0 00406 3433 TRA BL7 YES F5G31920

␣␣␣BL8 = 269

Definition
00415 −0 50000 0 00572 3442 BL8 CAL BLV7 PLACE THE F5G32010
Reference
00427 2 00001 2 00415 3452 TIX BL8,2,1 COUNT TO 3 F5G32110

␣␣␣BL9 = 258

Definition
00402 0 60100 0 00575 3431 BL9 STO BLV01 F5G31900
Reference
00434 0 02000 0 00402 3457 TRA BL9 F5G32160

␣␣␣BLT = 3

Definition
00003 172 BLT EQU 3 BLOCK LIST ON TAPE 3 F5G01760

References (3)

00320	0 76200 0 00223	3381	BL12	RTB	BLT FIND THE END OF FILE PRECEEDING BB LIST	F5G31400
00326	0 76200 0 00223	3387	BL5	RTB	BLT	F5G31460
00435	0 76400 0 00203	3458	BL4	BST	BLT TAPE CHECK BACKSPACE TAPE	F5G32170

␣␣␣CI1 = 1439

Definition
02637 0 34000 0 00347 4267 CI1 CAS LDED IS IT A DED F5G40061

References (2)

	02607	0 02000 0 02637	4243		TRA	CI1	F5G40030
	02611	0 02000 0 02637	4245		TRA	CI1	F5G40032

␣␣␣CI2 = 1442

Definition
02642 0 50000 0 00454 4270 CI2 CLA STAGN2 F5G40080
Reference
02640 0 02000 0 02642 4268 TRA CI2 F5G40062

␣␣␣CI4 = 1370

Definition
02532 −0 53400 4 00455 4198 CI4 LXD 9CNT,4 YES F5G39580

␣␣␣CI5 = 1383

Definition
02547 −0 63400 4 00455 4211 CI5 SXD 9CNT,4 F5G39710
Reference
02533 2 00001 4 02547 4199 TIX CI5,4,1 COUNT TO 9, IS STAG WORD EXHAUSTED F5G39590

␣␣␣CI6 = 1463

Definition
02667 −0 50000 0 00453 4291 CI6 CAL STAGN1 NO SXD REQUIRED. F5G40290

References (7)

02622	−0 10000 0 02667	4254	TNZ	CI6 NOT 4.	F5G40048
02630	−0 10000 0 02667	4260	TNZ	CI6 IR4.	F5G40054
02634	−0 10000 0 02667	4264	TNZ	CI6 TURN ON	F5G40058
02636	0 02000 0 02667	4266	TRA	CI6 SENSE LIGHT.	F5G40060
02643	0 12000 0 02667	4271	TPL	CI6 IS SXD REQUIRED	F5G40090
03466	−0 10000 0 02667	4682	TNZ	CI6	F5G44170
03471	0 02000 0 02667	4685	TRA	CI6 SINCE LXP OR DED, SKIP COMPILING INST.	F5G44200

␣␣␣CI7 = 1470

Definition
02676 −0 76000 0 00003 4298 CI7 SSM F5G40360

References (2)

	03417	−0 10000 0 02676	4643		TNZ	CI7 NO, GO TO COMPILE THE INST	F5G43820
	03423	−0 10000 0 02676	4647		TNZ	CI7 NO, GO TO COMPILE THE INST.	F5G43860

␣␣␣EF3 = 2320

Definition
04420 −0 53400 4 00325 5172 EF3 LXD LD4,4 TRY 4 TIMES F5G49070
Reference
04415 0 02000 0 04420 5169 TRA EF3 END FILE ALREADY READ F5G49040

␣␣␣EN1 = 312

Definition
00470 0 00000 0 00000 541 EN1 THE ENTRANCE REQUIREM F5G05420

References (9)

01256	0 50000 1 00473	981		CLA	EN1+3,1	F5G09820
01313	0 50000 1 00473	1010		CLA	EN1+3,1 REAL	F5G10110
01354	0 50000 1 00473	1043	S521	CLA	EN1+3,1 IS EN	F5G10440
01375	0 50000 1 00473	1060	S527	CLA	EN1+3,1 EN TO THE IR	F5G10610
01407	0 50000 1 00473	1070	S532	CLA	EN1+3,1 IS ENN	F5G10710
01510	0 60100 4 00473	1136	S94	STO	EN1+3,4	F5G11370
03444	0 50000 2 00473	2161		CLA	EN1+3,2 IS C(ENM)	F5G21620
04077	0 50000 4 00473	2444		CLA	EN1+3,4	F5G24450
04224	0 50000 2 00473	2531		CLA	EN1+3,2	F5G25320

␣␣␣EN2 = 313

Definition
00471 0 00000 0 00000 542 EN2 ENTS EN1,ENZ,EN3. F5G05430

␣␣␣EN3 = 314

Definition
00472 0 00000 0 00000 543 EN3 F5G05440

␣␣␣EN4 = 309

Definition
00465 0 00000 0 00000 538 EN4 INDEX OF CORRES 0F EN1 F5G05390

References (10)

01310	0 50000 1 00470	1007	S513	CLA	EN4+3,1 HAS ENN	F5G10080
01331	0 50000 1 00470	1024		CLA	EN4+3,1	F5G10250
01446	0 60100 1 00470	1101		STO	EN4+3,1	F5G11020
02052	0 50000 4 00470	1391	SG1	CLA	EN4+3,4 FIND INDEX OF IR	F5G13920
03027	0 50000 1 00470	1890	L11	CLA	EN4+3,1 PUT CORRESPONDENCE INDEX	F5G18910
03423	0 50000 4 00470	2144		CLA	EN4+3,4 GET THE	F5G21450
03727	0 62200 1 00470	2340		STD	EN4+3,1 TABLES	F5G23410
04070	0 50000 4 00470	2437		CLA	EN4+3,4 GET THE CORRESPONDENCE	F5G24380
04075	0 50000 4 00470	2442		CLA	EN4+3,4	F5G24430
04221	0 50000 2 00470	2528		CLA	EN4+3,2	F5G25290

␣␣␣EN5 = 310

Definition
00466 0 00000 0 00000 539 EN5 INDEX OF CORRES OF EN2 F5G05400

␣␣␣EN6 = 311

Definition
00467 0 00000 0 00000 540 EN6 INDEX OF CORRES OF EN3 F5G05410

␣␣␣ENC = 304

Definition
00460 0 00000 0 00000 523 ENC COUNTER OF = F5G05240

References (4)

01252	0 60100 2 00470	977	S51	STO	ENC+8,2 STORE -0S IN THE	F5G09780
01321	0 50000 0 00460	1016		CLA	ENC YES.	F5G10170
01427	0 50000 0 00460	1086	S58	CLA	ENC YESENM EMPTY	F5G10870
01431	0 60100 0 00460	1088		STO	ENC OF NO. OF EMPTY ENS.	F5G10890

␣␣␣ERR = 213

Definition
00325 0 76400 0 00202 3574 ERR BST ACTPE BACKSPACE TAPE TO TRY AGAIN F5G33340
Reference
00341 0 02000 0 00325 3586 TRA ERR THERR IS AN ERROR F5G33460

␣␣␣EX1 = 323

Definition

		553		THE EX1,2,3 CELLS CONTAIN THE EXIT REQUIREMENTS FOR A BB THAT	F5G05540
		554		HAS ALREADY BEEN TREATED.	F5G05550
00503	0 00000 0 00000	555	EX1	3 EXIT CONDITIONS	F5G05560

References (9)

01550	0 60100 4 00506	1171	SA4	STO	EX1+3,4	F5G11720
02665	0 50000 1 00506	1791	F76	CLA	EX1+3,1 CONDITONS	F5G17920
03031	0 50000 1 00506	1892		CLA	EX1+3,1 IS THIS EXIT CONDITION	F5G18930
03044	0 34000 4 00506	1903	P003A	CAS	EX1+3,4	F5G19040
04126	0 50000 4 00506	2467	X200	CLA	EX1+3,4 IS CONTENTS OF IR	F5G24680
04315	0 50000 2 00506	2588		CLA	EX1+3,2 OF THE	F5G25890
04347	0 34000 1 00506	2614	X225	CAS	EX1+3,1 IS CONTENTS SAME AS EXIT CONDITIONS	F5G26150
04357	0 56000 2 00506	2622	X131	LDQ	EX1+3,2 IS THE EXIT	F5G26230
04723	0 50000 1 00506	2852		CLA	EX1+3,1 YES	F5G28440

␣␣␣EX2 = 324

Definition
00504 0 00000 0 00000 556 EX2 F5G05570

␣␣␣EX3 = 325

Definition
00505 0 00000 0 00000 557 EX3 F5G05580

␣␣␣F11 = 1208

Definition
02270 3 00000 1 02321 1537 F11 TXH F19,1,K ARE WE THRU WITH COMPARISONS F5G15380

References (12)

02252	0 62200 0 02270	1523		STD	F11 POSITION IN LPLST.	F5G15240
02311	−0 53400 2 02270	1554	F24	LXD	F11,2 GET INDEX TO GENERATE INDEX OF 1ST THING	F5G15550
02322	−0 53400 1 02270	1563		LXD	F11,1 STORE TRANSPARENT	F5G15640
02363	−0 53400 1 02270	1596		LXD	F11,1 ENTRY B.B.	F5G15970
02367	−0 63400 1 02270	1600	F70	SXD	F11,1	F5G16010
02372	−0 53400 2 02270	1603	F28	LXD	F11,2	F5G16040
02603	−0 53400 2 02270	1740	F55	LXD	F11,2 STORE THE	F5G17410
02615	0 50000 0 02270	1750		CLA	F11 SET THE END	F5G17510
02630	−0 53400 1 02270	1761	F60	LXD	F11,1	F5G17620
02642	−0 53400 2 02270	1771		LXD	F11,2 NO,GO TO MOVE LPLST UP.	F5G17720
02644	−0 53400 1 02270	1773	F71	LXD	F11,1	F5G17740
02646	−0 63400 1 02270	1775	F72	SXD	F11,1	F5G17760

␣␣␣F12 = 1205

Definition
02265 0 50000 1 05035 1534 F12 CLA LPLST+S3P1,1 F5G15350

References (3)

02274	0 02000 0 02265	1541	TRA	F12 YES.	F5G15420
02303	0 02000 0 02265	1548	TRA	F12 NO	F5G15490
02305	0 02000 0 02265	1550	TRA	F12 NO	F5G15510

␣␣␣F13 = 1224

Definition
02310 2 00001 1 02311 1553 F13 TIX F24,1,1 GENERATE INDEX OF LAST THING TO BE MOVED UP. F5G15540
Reference
02626 0 02000 0 02310 1759 TRA F13 YES F5G17600

␣␣␣F14 = 1230

Definition
02316 0 07400 4 02407 1559 F14 TSX F15,4 GO TO MOVE LPLST QUANTITIES UP+ F5G15600
Reference
02315 2 00001 2 02316 1558 TIX F14,2,1 GENERATE INDEX OF 1ST THING F5G15590

␣␣␣F15 = 1287

Definition
02407 −0 53400 1 00325 1616 F15 LXD S3K3,1 SET INDEX TO START OF LOOP LIST. F5G16170

References (2)

	02316	0 07400 4 02407	1559	F14	TSX	F15,4 GO TO MOVE LPLST QUANTITIES UP+	F5G15600
	02375	0 07400 4 02407	1606		TSX	F15,4 NONE LPLST UP.	F5G16070

␣␣␣F16 = 1292

Definition
02414 2 00001 2 02410 1621 F16 TIX F26,2,1 ARE WE FINISHED COPYING F5G16220
Reference
02413 2 00001 1 02414 1620 TIX F16,1,1 NO. F5G16210

␣␣␣F17 = 1293

Definition
02415 0 60100 0 04740 1622 F17 STO LPLST−1 CASE OF LOOP,STORE PRED. 0F 1ST ELEMENT. F5G16230
Reference
02412 −3 00000 2 02415 1619 F18 TXL F17,2,− IN DECR., THE INDEX OF LAST TO BE MOVED. F5G16200

␣␣␣F18 = 1290

Definition
02412 −3 00000 2 02415 1619 F18 TXL F17,2,− IN DECR., THE INDEX OF LAST TO BE MOVED. F5G16200

References (7)

02267	−0 63400 1 02412	1536	F25	SXD	F18,1	F5G15370
02301	−0 53400 1 02412	1546		LXD	F18,1	F5G15470
02312	−0 63400 1 02412	1555	F43	SXD	F18,1 STORE INDEX OF LAST THING	F5G15560
02374	−0 63400 1 02412	1605		SXD	F18,1	F5G16060
02515	−0 63400 2 02412	1686	F91	SXD	F18,2 STOREINDEX OF QUANTITYBEING C.F. ED	F5G16870
02522	−0 53400 2 02412	1691		LXD	F18,2 GET INDEX OF QUANTITY BEING COMPARED.	F5G16920
02622	−0 63400 1 02412	1755	F58	SXD	F18,1	F5G17560

␣␣␣F19 = 1233

Definition
02321 0 50000 0 00356 1562 F19 CLA FK1 F5G15630
Reference
02270 3 00000 1 02321 1537 F11 TXH F19,1,K ARE WE THRU WITH COMPARISONS F5G15380

␣␣␣F20 = 1258

Definition
02352 0 50000 0 00547 1587 F20 CLA FV104 ARRANGE TO CONSIDER THE F5G15880
Reference
02342 0 02000 0 02352 1579 TRA F20 NO. F5G15800

␣␣␣F21 = 1245

Definition
02335 0 07400 4 02075 1574 F21 TSX F1,4 DETERMINE MOST FREQ. PRED IN BB. F5G15750

References (2)

	02355	0 02000 0 02335	1590		TRA	F21	F5G15910
	02357	0 02000 0 02335	1592		TRA	F21	F5G15930

␣␣␣F22 = 1264

Definition
02360 0 50000 0 00532 1593 F22 CLA FV1 WAS THERE AN UNCONSIDERED F5G15940
Reference
02356 0 02000 0 02360 1591 TRA F22 YES F5G15920

␣␣␣F23 = 1195

Definition
02253 0 50000 0 00532 1524 F23 CLA FV1 GET INDEX F5G15250

References (2)

	02371	0 02000 0 02253	1602		TRA	F23	F5G16030
	02650	0 02000 0 02253	1777		TRA	F23 NO.	F5G17780

␣␣␣F24 = 1225

Definition
02311 −0 53400 2 02270 1554 F24 LXD F11,2 GET INDEX TO GENERATE INDEX OF 1ST THING F5G15550
Reference
02310 2 00001 1 02311 1553 F13 TIX F24,1,1 GENERATE INDEX OF LAST THING TO BE MOVED UP. F5G15540

␣␣␣F25 = 1207

Definition
02267 −0 63400 1 02412 1536 F25 SXD F18,1 F5G15370
Reference
02266 1 00001 1 02267 1535 TXI F25,1,1 STORE INDEX OF LPLST QUANTITY BEING COMPARED. F5G15360

␣␣␣F26 = 1288

Definition
02410 0 50000 2 05035 1617 F26 CLA LPLST+S3P1,2 MOVE THIS F5G16180
Reference
02414 2 00001 2 02410 1621 F16 TIX F26,2,1 ARE WE FINISHED COPYING F5G16220

␣␣␣F28 = 1274

Definition
02372 −0 53400 2 02270 1603 F28 LXD F11,2 F5G16040
Reference
02361 0 10000 0 02372 1594 TZE F28 PRED F5G15950

␣␣␣F29 = 1297

Definition
02421 −0 63400 1 02527 1626 F29 SXD F39,1 INITIALIZE STORING LOCATION. F5G16270
Reference
02402 3 00002 1 02421 1611 POO2 TXH F29,1,2 F5G16120

␣␣␣F30 = 1118

Definition

		1445			THE F30 SUBROUTINE FINDS THE HIGHEST FREQUENCY SUCC ENTRY FOR	F5G14460
		1446			A GIVEN BB AND STORES IT IN FV 101.	F5G14470
02136	−0 63400 4 00537	1447	F30	SXD	FV6,4	F5G14480

References (2)

	02434	0 07400 4 02136	1637	F35	TSX	F30,4 DETERMINE MOST FREQ SUCC IN BB	F5G16380
	02543	0 07400 4 02136	1708	F44	TSX	F30,4 DETERMINE MOST FREQ. SUCC. IN BB.	F5G17090

␣␣␣F31 = 1133

Definition
02155 0 34000 0 00543 1462 F31 CAS FV10 IS SUCC IN SAME BB F5G14630
Reference
02174 0 02000 0 02155 1477 TRA F31 F5G14780

␣␣␣F32 = 1136

Definition
02160 0 07400 4 00044 1465 F32 TSX SE6,4 GET INDEX OF SUCC. F5G14660
Reference
02156 0 02000 0 02160 1463 TRA F32 F5G14640

␣␣␣F33 = 1145

Definition
02171 0 50000 0 00542 1474 F33 CLA FV9 ARRANGE TO CONSIDER F5G14750
Reference
02165 0 02000 0 02171 1470 TRA F33 NO F5G14710

␣␣␣F34 = 1149

Definition
02175 −0 53400 4 00537 1478 F34 LXD FV6,4 F5G14790
Reference
02157 0 02000 0 02175 1464 TRA F34 N0. F5G14650

␣␣␣F35 = 1308

Definition
02434 0 07400 4 02136 1637 F35 TSX F30,4 DETERMINE MOST FREQ SUCC IN BB F5G16380
Reference
02457 0 02000 0 02434 1656 TRA F35 F5G16570

␣␣␣F36 = 1321

Definition
02451 0 50000 0 00547 1650 F36 CLA FV104 ARRANGE TO CONSIDER THE F5G16510
Reference
02441 0 02000 0 02451 1642 TRA F36 NO F5G16430

␣␣␣F37 = 1328

Definition
02460 0 50000 0 00532 1657 F37 CLA FV1 WAS THERE AN UNCONSIDERED F5G16580
Reference
02455 0 02000 0 02460 1654 TRA F37 YES F5G16550

␣␣␣F38 = 1352

Definition
02510 0 50000 2 05035 1681 F38 CLA LPLST+S3P1,2 F5G16820
Reference
02530 0 02000 0 02510 1697 TRA F38 NO F5G16980

␣␣␣F39 = 1367

Definition
02527 −3 00000 2 02535 1696 F39 TXL F42,2,− IS THIS INDEX OF QUANTITY BEING COMPARED F5G16970

References (9)

02421	−0 63400 1 02527	1626	F29	SXD	F39,1 INITIALIZE STORING LOCATION.	F5G16270
02461	−0 53400 1 02527	1658		LXD	F39,1 SUCC	F5G16590
02467	−0 63400 1 02527	1664	F62	SXD	F39,1 INDEX.	F5G16650
02501	−0 53400 1 02527	1674		LXD	F39,1 NO.	F5G16750
02526	2 00001 2 02527	1695	F40	TIX	F39,2,1	F5G16960
02532	−0 53400 1 02527	1699		LXD	F39,1 FROM PREVIOUS QUANTITY	F5G17000
02546	−0 53400 1 02527	1711		LXD	F39,1	F5G17120
02553	−0 53400 1 02527	1716	F48	LXD	F39,1 ENTER BB	F5G17170
02574	−0 53400 1 02527	1733	F54	LXD	F39,1 IS OPAQUE REGION	F5G17340

␣␣␣F40 = 1366

Definition
02526 2 00001 2 02527 1695 F40 TIX F39,2,1 F5G16960

References (2)

	02514	0 02000 0 02526	1685		TRA	F40 YES	F5G16860
	02524	0 02000 0 02526	1693		TRA	F40	F5G16940

␣␣␣F41 = 1369

Definition
02531 0 50000 2 05035 1698 F41 CLA LPLST+S3P1,2 PUT EXIT BB NO. F5G16990
Reference
02525 0 02000 0 02531 1694 TRA F41 YES F5G16950

␣␣␣F42 = 1373

Definition
02535 3 00002 2 02541 1702 F42 TXH F63,2,2 IS LPLST FULL F5G17030
Reference
02527 −3 00000 2 02535 1696 F39 TXL F42,2,− IS THIS INDEX OF QUANTITY BEING COMPARED F5G16970

␣␣␣F43 = 1226

Definition
02312 −0 63400 1 02412 1555 F43 SXD F18,1 STORE INDEX OF LAST THING F5G15560

References (2)

	02534	0 02000 0 02312	1701		TRA	F43	F5G17020
	02566	0 02000 0 02312	1727		TRA	F43 YES	F5G17280

␣␣␣F44 = 1379

Definition
02543 0 07400 4 02136 1708 F44 TSX F30,4 DETERMINE MOST FREQ. SUCC. IN BB. F5G17090
Reference
02425 0 02000 0 02543 1630 TRA F44 YES. F5G16310

␣␣␣F45 = 1334

Definition
02466 2 00001 1 02467 1663 F45 TIX F62,1,1 DOWN THE STORING F5G16640
Reference
02547 −0 10000 0 02466 1712 TNZ F45 WAS THERE AN UNCONSIDERED SUCC. F5G17130

␣␣␣F47 = 1384

Definition
02550 0 50000 0 00323 1713 F47 CLA S3K1 NO,RECORD AN F5G17140

References (2)

	02462	0 10000 0 02550	1659		TZE	F47	F5G16600
	02602	0 02000 0 02550	1739		TRA	F47	F5G17400

␣␣␣F48 = 1387

Definition
02553 −0 53400 1 02527 1716 F48 LXD F39,1 ENTER BB F5G17170
Reference
02473 0 10000 0 02553 1668 TZE F48 A REGION F5G16690

␣␣␣F49 = 1399

Definition
02567 2 00001 2 02570 1728 F49 TIX F50,2,1 DECREASE COMPARISON INDEX. F5G17290
Reference
02565 0 02000 0 02567 1726 TRA F49 F5G17270

␣␣␣F50 = 1400

Definition
02570 −3 00000 2 02572 1729 F50 TXL F52,2,− IS THIS INDEX OF NEW QUANTITY F5G17300

References (2)

	02561	−0 63400 1 02570	1722		SXD	F50,1	F5G17230
	02567	2 00001 2 02570	1728	F49	TIX	F50,2,1 DECREASE COMPARISON INDEX.	F5G17290

␣␣␣F51 = 1395

Definition
02563 0 50000 2 05035 1724 F51 CLA LPLST+S3P1,2 F5G17250
Reference
02571 0 02000 0 02563 1730 TRA F51 NO. F5G17310

␣␣␣F52 = 1402

Definition
02572 3 00002 2 02541 1731 F52 TXH F63,2,2 IS LPLST FULL F5G17320
Reference
02570 −3 00000 2 02572 1729 F50 TXL F52,2,− IS THIS INDEX OF NEW QUANTITY F5G17300

␣␣␣F53 = 1374

Definition
02536 0 50000 0 00323 1703 F53 CLA S3K1 STORE END F5G17040

References (3)

02406	0 02000 0 02536	1615	TRA	F53 QUANTITY	F5G16160
02573	0 02000 0 02536	1732	TRA	F53 YES.	F5G17330
02647	3 00074 1 02536	1776	TXH	F53,1,S3P1 IS LPLST FULL	F5G17770

␣␣␣F54 = 1404

Definition
02574 −0 53400 1 02527 1733 F54 LXD F39,1 IS OPAQUE REGION F5G17340
Reference
02500 0 10000 0 02574 1673 TZE F54 OPAGUE REGION F5G16740

␣␣␣F55 = 1411

Definition
02603 −0 53400 2 02270 1740 F55 LXD F11,2 STORE THE F5G17410
Reference
02263 0 10000 0 02603 1532 TZE F55 IS IT AN OPAQUE REGION F5G15330

␣␣␣F56 = 1275

Definition
02373 0 53400 1 00341 1604 F56 LXA S5K4,1 F5G16050

References (2)

	02610	0 02000 0 02373	1745		TRA	F56 NO.	F5G17460
	02643	0 02000 0 02373	1772		TRA	F56	F5G17730

␣␣␣F57 = 1417

Definition
02611 0 50000 0 00532 1746 F57 CLA FV1 PUT THE F5G17470
Reference
02256 0 10000 0 02611 1527 TZE F57 A REGION F5G15280

␣␣␣F58 = 1426

Definition
02622 −0 63400 1 02412 1755 F58 SXD F18,1 F5G17560
Reference
02621 1 00001 1 02622 1754 TXI F58,1,1 F5G17550

␣␣␣F59 = 1427

Definition
02623 3 00000 1 02630 1756 F59 TXH F60,1,− WAS THAT THE LAST QUANTITY F5G17570
Reference
02616 0 62200 0 02623 1751 STD F59 TEST. F5G17520

␣␣␣F60 = 1432

Definition
02630 −0 53400 1 02270 1761 F60 LXD F11,1 F5G17620
Reference
02623 3 00000 1 02630 1756 F59 TXH F60,1,− WAS THAT THE LAST QUANTITY F5G17570

␣␣␣F61 = 1424

Definition
02620 0 50000 1 05035 1753 F61 CLA LPLST+S3P1,1 F5G17540

References (2)

	02625	0 02000 0 02620	1758		TRA	F61	F5G17590
	02627	0 02000 0 02620	1760		TRA	F61	F5G17610

␣␣␣F62 = 1335

Definition
02467 −0 63400 1 02527 1664 F62 SXD F39,1 INDEX. F5G16650
Reference
02466 2 00001 1 02467 1663 F45 TIX F62,1,1 DOWN THE STORING F5G16640

␣␣␣F63 = 1377

Definition
02541 0 50000 2 05035 1706 F63 CLA LPLST+S3P1,2 F5G17070

References (2)

	02535	3 00002 2 02541	1702	F42	TXH	F63,2,2 IS LPLST FULL	F5G17030
	02572	3 00002 2 02541	1731	F52	TXH	F63,2,2 IS LPLST FULL	F5G17320

␣␣␣F64 = 1298

Definition
02422 0 34000 0 00324 1627 F64 CAS S3K2 ISNT OPAQUE REGIONH IS IT BE F5G16280
Reference
02542 0 02000 0 02422 1707 TRA F64 F5G17080

␣␣␣F70 = 1271

Definition
02367 −0 63400 1 02270 1600 F70 SXD F11,1 F5G16010
Reference
02366 1 00001 1 02367 1599 TXI F70,1,1 UP THE STORING INDEX F5G16000

␣␣␣F71 = 1444

Definition
02644 −0 53400 1 02270 1773 F71 LXD F11,1 F5G17740
Reference
02641 −0 10000 0 02644 1770 TNZ F71 F5G17710

␣␣␣F72 = 1446

Definition
02646 −0 63400 1 02270 1775 F72 SXD F11,1 F5G17760
Reference
02645 1 00001 1 02646 1774 TXI F72,1,1 UP THE STORING INDEX F5G17750

␣␣␣F73 = 1284

Definition
02404 0 50000 0 00303 1613 F73 CLA SEK4 STORE SPECIAL F5G16140
Reference
02370 3 00074 1 02404 1601 TXH F73,1,S3P1 IS LPLST FULL F5G16020

␣␣␣F75 = 1478

Definition
02706 0 07400 4 02651 1808 F75 TSX F80,4 DETERMINE NEW REGION INDEX F5G18090

References (5)

02401	0 02000 0 02706	1610	TRA	F75 TO 2ED LXING PASS.	F5G16110
02403	0 02000 0 02706	1612	TRA	F75	F5G16130
02540	0 02000 0 02706	1705	TRA	F75 GO TO DEAL WITH STRING.	F5G17060
02552	0 02000 0 02706	1715	TRA	F75	F5G17160
16025	0 02000 0 02706	3271	TRA	F75	F5G30260

␣␣␣F76 = 1461

Definition
02665 0 50000 1 00506 1791 F76 CLA EX1+3,1 CONDITONS F5G17920
Reference
02675 2 00001 1 02665 1799 F77 TIX F76,1,1 COUNT TO 3 F5G18000

␣␣␣F77 = 1469

Definition
02675 2 00001 1 02665 1799 F77 TIX F76,1,1 COUNT TO 3 F5G18000
Reference
02671 0 12000 0 02675 1795 TPL F77 IS THIS EXIT ACTIVE F5G17960

␣␣␣F78 = 1458

Definition
02662 0 07400 4 01523 1788 F78 TSX SA,4 GET EXIT CONDITIONS OF REGION. F5G17890
Reference
02711 0 04000 0 02662 1811 TLQ F78 ON OPAQUE REGION F5G18120

␣␣␣F79 = 1484

Definition
02714 0 60100 1 00430 1814 F79 STO IR1+3,1 I.R.S F5G18150
Reference
02715 2 00001 1 02714 1815 TIX F79,1,1 TO EMPTINESS F5G18160

␣␣␣F80 = 1449

Definition
02651 0 53400 1 00362 1778 F80 LXA FK5,1 FIND F5G17790

References (2)

	02317	0 07400 4 02651	1560		TSX	F80,4	F5G15610
	02706	0 07400 4 02651	1808	F75	TSX	F80,4 DETERMINE NEW REGION INDEX	F5G18090

␣␣␣F81 = 1450

Definition
02652 0 50000 1 05263 1779 F81 CLA REG,1 THE 1ST AVAILABLE REGION F5G17800
Reference
02654 2 00001 1 02652 1781 TIX F81,1,1 F5G17820

␣␣␣F82 = 1454

Definition
02656 −0 63400 1 00565 1783 F82 SXD XV1,1 STORE THE INDEX F5G17840
Reference
02653 0 10000 0 02656 1780 TZE F82 POSITION. F5G17810

␣␣␣F83 = 1455

Definition
1784 OF THE NEW REGION WORD F5G17850

02657 0 56000 0 00314 1785 F83 LDQ ZERO STORE INITIAL F5G17860

␣␣␣F85 = 1162

Definition
02212 0 60100 0 00532 1491 F85 STO FV1 REPLACE PREV. MAX. F5G14920
Reference
02207 0 02000 0 02212 1488 TRA F85 F5G14890

␣␣␣F86 = 1175

Definition
02227 0 76000 0 00012 1504 F86 DCT YES, IF ANY DIVIDE CHECKS GO F5G15050

␣␣␣F87 = 1213

Definition
02275 0 07400 4 00070 1542 F87 TSX SE,4 GET INDEX OF BB F5G15430
Reference
02273 0 02000 0 02275 1540 TRA F87 F5G15410

␣␣␣F88 = 1251

Definition
02343 0 60100 0 00532 1580 F88 STO FV1 REPLACE PREV. MAX. F5G15810
Reference
02340 0 02000 0 02343 1577 TRA F88 F5G15780

␣␣␣F89 = 1302

Definition
02426 0 56000 0 00314 1631 F89 LDQ ZERO NO, SET INITIAL F5G16320
Reference
02424 0 02000 0 02426 1629 TRA F89 F5G16300

␣␣␣F90 = 1314

Definition
02442 0 60100 0 00532 1643 F90 STO FV1 YES, REPLACE PREV.MAX. F5G16440
Reference
02437 0 02000 0 02442 1640 TRA F90 F5G16410

␣␣␣F91 = 1357

Definition
02515 −0 63400 2 02412 1686 F91 SXD F18,2 STOREINDEX OF QUANTITYBEING C.F. ED F5G16870
Reference
02513 0 02000 0 02515 1684 TRA F91 F5G16850

␣␣␣F92 = 1109

Definition
02125 0 60100 0 00544 1436 F92 STO FV101 STORE NEW MAX. F5G14370
Reference
02122 0 02000 0 02125 1433 TRA F92 F5G14340

␣␣␣F93 = 1142

Definition
02166 0 60100 0 00544 1471 F93 STO FV101 STORE NEW MAX. F5G14720
Reference
02163 0 02000 0 02166 1468 TRA F93 F5G14690

␣␣␣F94 = 1326

Definition
02456 0 76700 0 00022 1655 F94 ALS 18 F5G16560
Reference
02454 0 02000 0 02456 1653 TRA F94 F5G16540

␣␣␣FK1 = 238

Definition
00356 +177777077777 445 FK1 OCT 177777077777 TRANSPARANT REGION CONST F5G04460

References (3)

02242	0 50000 0 00356	1515		CLA	FK1 NO,GET TRANSPARENT REGION MARKER.	F5G15160
02321	0 50000 0 00356	1562	F19	CLA	FK1	F5G15630
02502	0 50000 0 00356	1675		CLA	FK1 STORE TRANSPARENT REGION	F5G16760

␣␣␣FK2 = 239

Definition
00357 +277777077777 446 FK2 OCT 277777077777 OPAQUE REGION CONST F5G04470

References (3)

02244	0 50000 0 00357	1517	F8	CLA	FK2 GET OPAQUE REGION MARKER.	F5G15180
02575	0 50000 0 00357	1734		CLA	FK2 ENTER OPAQUE	F5G17350
02604	0 50000 0 00357	1741		CLA	FK2 OPAQUE	F5G17420

␣␣␣FK3 = 240

Definition
00360 0 00000 7 00000 447 FK3 HTR 0,7 MASK TO EXTRACT TAG. F5G04480

References (3)

02240	−0 32000 0 00360	1513	ANA	FK3	F5G15140
02262	−0 32000 0 00360	1531	ANA	FK3	F5G15320
02477	−0 32000 0 00360	1672	ANA	FK3 IS IT IN AN	F5G16730

␣␣␣FK4 = 241

Definition
00361 +177777777777 448 FK4 OCT 177777777777 CONST TO TEST FOR OPAQUE REG. F5G04490

References (2)

	02377	0 34000 0 00361	1608		CAS	FK4 IS THIS AN OPAQUE REGION	F5G16090
	03373	0 56000 0 00361	2120		LDQ	FK4	F5G21210

␣␣␣FK5 = 242

Definition
00362 0 00000 0 00226 449 FK5 HTR FP1 LENGTH OF REGION LIST F5G04500

References (2)

	02651	0 53400 1 00362	1778	F80	LXA	FK5,1 FIND	F5G17790
	15674	0 53400 1 00362	3182	I	LXA	FK5,1 CLEAR REG. TABLE	F5G29380

␣␣␣FP1 = 150

Definition
00226 160 FP1 EQU 150 8-1-6-2 REG TABLE SIZE F5G01600

References (2)

	00362	0 00000 0 00226	449	FK5	HTR	FP1 LENGTH OF REGION LIST	F5G04500
		05263	2899	REG	BES	FP1 SPACE FOR REGION WORDS	F5G28920

␣␣␣FV1 = 346

Definition
00532 0 00000 0 00000 580 FV1 HIGHEST FREQ. IN REGION (I.C. PRED. TABLE ENTRY) F5G05810

References (25)

02201	0 60100 0 00532	1482		STO	FV1 SET HIGHEST FREQ. TO 0.	F5G14630
02206	0 34000 0 00532	1487		CAS	FV1 PREVIOUS MAXIMUM	F5G14880
02212	0 60100 0 00532	1491	F85	STO	FV1 REPLACE PREV. MAX.	F5G14920
02231	0 50000 0 00532	1506		CLA	FV1 NO DVD CHECKS, WERE THERE ANY	F5G15070
02253	0 50000 0 00532	1524	F23	CLA	FV1 GET INDEX	F5G15250
02306	0 50000 0 00532	1551	F100	CLA	FV1 PUT EXIT BB NO.	F5G15520
02324	0 50000 0 00532	1565		CLA	FV1	F5G15660
02330	0 60100 0 00532	1569		STO	FV1 FREQ. TO 0+	F5G15700
02337	0 34000 0 00532	1576		CAS	FV1 PREV. MAX.	F5G15770
02343	0 60100 0 00532	1580	F88	STO	FV1 REPLACE PREV. MAX.	F5G15810
02360	0 50000 0 00532	1593	F22	CLA	FV1 WAS THERE AN UNCONSIDERED	F5G15940
02427	−0 60000 0 00532	1632		STQ	FV1 FREQ+ TO 0.	F5G16330
02436	0 34000 0 00532	1639		CAS	FV1 PREV+ MAX	F5G16400
02442	0 60100 0 00532	1643	F90	STO	FV1 YES, REPLACE PREV.MAX.	F5G16440
02460	0 50000 0 00532	1657	F37	CLA	FV1 WAS THERE AN UNCONSIDERED	F5G16580
02470	0 50000 0 00532	1665		CLA	FV1 GET INDEX OF	F5G16660
02504	0 50000 0 00532	1677		CLA	FV1 WITH	F5G16780
02545	0 60100 0 00532	1710		STO	FV1 MOST FREQ. SUCC. AWAY.	F5G17110
02554	0 50000 0 00532	1717		CLA	FV1 NO. AND MARKER	F5G17100
02577	0 50000 0 00532	1736		CLA	FV1 WITH CORRECT	F5G17370
02606	0 50000 0 00532	1743		CLA	FV1 WITH	F5G17440
02611	0 50000 0 00532	1746	F57	CLA	FV1 PUT THE	F5G17470
02631	0 50000 0 00532	1762		CLA	FV1 STORE THE	F5G17630
02635	0 50000 0 00532	1766		CLA	FV1	F5G17670
02640	0 60100 0 00532	1769		STO	FV1 UNCONSIDERED PRED.	F5G17700

␣␣␣FV2 = 347

Definition
00533 0 00000 0 00000 581 FV2 BB NO. OF BB HAVING HIGHEST FREQ. (ADDR.) F5G05820

References (6)

02214	0 60100 0 00533	1493	STO	FV2	F5G14940
02246	0 50000 0 00533	1519	CLA	FV2 STORE THE REGION MARKER	F5G15200
02345	0 60100 0 00533	1582	STO	FV2 AND	F5G15830
02362	0 50000 0 00533	1595	CLA	FV2 YES,STORE THE	F5G15960
02444	0 60100 0 00533	1645	STO	FV2 AND	F5G16460
02463	0 50000 0 00533	1660	CLA	FV2 EXIT BB	F5G16610

␣␣␣FV3 = 348

Definition
00534 0 00000 0 00000 582 FV3 PRED. NO. (I.C. 0TH WORD FROM BB. (ADDR.) F5G05830

References (3)

02216	0 60100 0 00534	1495	STO	FV3	F5G14960
02347	0 60100 0 00534	1584	STO	FV3 AND	F5G15850
02446	0 60100 0 00534	1647	STO	FV3 AND	F5G16480

␣␣␣FV4 = 349

Definition
00535 0 00000 0 00000 583 FV4 WORD HAVING REGION NO. (5TH BB WORD) F5G05840

References (12)

02220	0 60100 0 00535	1497		STO	FV4	F5G14980
02234	0 50000 0 00535	1509	F86A	CLA	FV4 YES	F5G15100
02261	0 60100 0 00535	1530		STO	FV4 REGION WORD	F5G15310
02302	0 34000 0 00535	1547		CAS	FV4 IS THIS THE SAME REGION	F5G15480
02351	0 60100 0 00535	1586		STO	FV4	F5G15870
02450	0 60100 0 00535	1649		STO	FV4	F5G16500
02476	0 60100 0 00535	1671		STO	FV4 STORE REGION WORD.	F5G16720
02523	0 34000 0 00535	1692		CAS	FV4 IS THIS NAME REGION	F5G16930
02557	0 60100 0 00535	1720		STO	FV4	F5G17210
02564	0 34000 0 00535	1725		CAS	FV4 IS THIS SAME BB AS NEW ENTRY	F5G17260
02614	0 60100 0 00535	1749		STO	FV4 DECR. PART.	F5G17500
02624	0 34000 0 00535	1757		CAS	FV4 IS THIS THE SAME BB.	F5G17580

␣␣␣FV5 = 350

Definition
00536 0 00000 0 00000 584 FV5 CURRENT BB NO. BEING CONSIDERED. (ADDR.) F5G05850

References (4)

02202	0 60100 0 00536	1483		STO	FV5 SET TO CONSIDER 0TH BB	F5G14840
02203	0 50000 0 00536	1484	F7	CLA	FV5	F5G14850
02221	0 50000 0 00536	1498	F6	CLA	FV5 ARRANGE TO CONSIDER NEXT	F5G14990
02223	0 60100 0 00536	1500		STO	FV5	F5G15010

␣␣␣FV6 = 351

Definition
00537 0 00000 0 00000 585 FV6 RETURN INDEX OF F1,F80 F5G05860

References (4)

02075	−0 63400 4 00537	1412	F1	SXD	FV6,4 STORE RETURN	F5G14130
02134	−0 53400 4 00537	1443	F5	LXD	FV6,4	F5G14440
02136	−0 63400 4 00537	1447	F30	SXD	FV6,4	F5G14480
02175	−0 53400 4 00537	1478	F34	LXD	FV6,4	F5G14790

␣␣␣FV7 = 352

Definition
00540 0 00000 0 00000 586 FV7 PRED. NO. BEING CONSIDERED IN B.B. (ADDR.) F5G05870

References (5)

02105	0 62100 0 00540	1420		STA	FV7 NO. AND STORE IT	F5G14210
02113	0 50000 0 00540	1426		CLA	FV7 IS TH1S PRED.	F5G14270
02126	0 50000 0 00540	1437		CLA	FV7 STORE NEW	F5G14380
02130	0 50000 0 00540	1439	F3	CLA	FV7 ARRANGE TO	F5G14400
02132	0 62100 0 00540	1441		STA	FV7	F5G14420

␣␣␣FV8 = 353

Definition
00541 0 00000 0 00000 587 FV8 FIRST PRED. FROM NEXT B.B. (ADDR.) F5G05880

References (2)

	02112	0 62100 0 00541	1425		STA	FV8	F5G14260
	02114	0 34000 0 00541	1427	F4	CAS	FV8 IN SAME BB	F5G14280

␣␣␣FV9 = 354

Definition
00542 0 00000 0 00000 588 FV9 0,0,− F5G05890

References (5)

02146	0 62200 0 00542	1455		STD	FV9 AND STORE IT	F5G14560
02154	0 50000 0 00542	1461		CLA	FV9	F5G14620
02167	0 50000 0 00542	1472		CLA	FV9 STORE NEW	F5G14730
02171	0 50000 0 00542	1474	F33	CLA	FV9 ARRANGE TO CONSIDER	F5G14750
02173	0 62200 0 00542	1476		STD	FV9	F5G14770

␣␣␣I10 = 7143

Definition
15747 0 40000 0 16005 3225 I10 ADD IV1 INITIALIZE F5G29800
Reference
15745 0 10000 0 15747 3223 TZE I10 F5G29780

␣␣␣I11 = 7104

Definition
15700 0 60100 1 05263 3186 I11 STO REG,1 F5G29420
Reference
15701 2 00001 1 15700 3187 TIX I11,1,1 F5G29430

␣␣␣I9A = 7187

Definition
16023 0 76200 0 00221 3269 I9A RTB 1 AND ANTIPINGPONG F5G30240

References (2)

	16024	2 00001 4 16023	3270		TIX	I9A,4,1 SIX RECORDS	F5G30250
	00001	0 00000 0 16025	5207		HTR	I9A+2	F5G49375

␣␣␣IF1 = 1700

Definition
03244 1 00004 2 03245 4534 IF1 TXI IF1+1,2,4 F5G42720
Reference
03244 1 00004 2 03245 4534 IF1 TXI IF1+1,2,4 F5G42720

␣␣␣IF2 = 1717

Definition
03265 −0 63400 2 00450 4551 IF2 SXD BBOX1,2 COMPILE THE TPL F5G42890

References (2)

	03256	−0 10000 0 03265	4544		TNZ	IF2	F5G42820
	03261	−0 10000 0 03265	4547		TNZ	IF2	F5G42850

␣␣␣IF3 = 1725

Definition
03275 1 00004 2 03276 4559 IF3 TXI IF3+1,2,4 F5G42970
Reference
03275 1 00004 2 03276 4559 IF3 TXI IF3+1,2,4 F5G42970

␣␣␣IF4 = 1738

Definition
03312 −0 63400 2 00450 4572 IF4 SXD BBOX1,2 CONPILE THE TRA F5G43100
Reference
03306 −0 10000 0 03312 4568 TNZ IF4 F5G43060

␣␣␣IK1 = 7176

Definition
16010 0 00000 0 17777 3258 IK1 HTR 8191 F5G30130
Reference
15764 0 56000 0 16010 3238 LDQ IK1 F5G29930

␣␣␣IK2 = 7175

Definition
16007 0 00000 0 77744 3257 IK2 1−STAGP F5G30120
Reference
16001 0 53400 2 16007 3251 LXA IK2,2 F5G30060

␣␣␣IN1 = 306

Definition

		525		THE IN 1,2,3, EN4,5,6 CELLS ARE LOADED BY THE S5 R0UTINE	F5G05260
		526		FOR PERMUTATION OF INDEX REGISTER ASSIGNMENT THROUGHOUT AN	F5G05270
		527		ALREADY TREATED REGI0N UPON ENTRY TO THIS REGION IN LPLST.	F5G05280
		528		OPTIMIZED MATCH T0 CURRENT CONTENTS OF IR1,2,3 IS SECURED BY	F5G05290
		529		PERMUTING THE ENTIRE REGION AS NECESSARY. THE IN1,2,3	F5G05300
		530		AND EN4,5,6 CELLS LINK THE OUTMODED SYSTEM EN1,2,3, EX1,2,3	F5G05310
		531		ACT1,2,3 FOR THIS REGION WITH THE ABSOLUTE SYSTEM IR1,2,3,	F5G05320
		532		AC1,2,3, LX1,2,3. FOR EXAMPLE EN4 IS 3,2,OR1 DEPENDING ON	F5G05330
		533		WHETHER THE CORRESPONDENT OF EN1 IS IR 1,2,OR 3. INVERSELY,	F5G05340
		534		IN1 IS 3,2,OR1 FOR THE CORRESPONDENT OF IR1 EQUAL TO EN1,2,3.	F5G05350
00462	0 00000 0 00000	535	IN1	INDEX OF CORRES 0F IR1	F5G05360

References (8)

01262	0 56000 2 00465	985	S55	LDQ	IN1+3,2 NO	F5G09860
01277	0 56000 2 00465	998	S511	LDQ	IN1+3,2 NO	F5G09990
01333	0 50000 2 00465	1026	S518	CLA	IN1+3,2 NO,IRM	F5G10270
01415	0 50000 2 00465	1076	S534	CLA	IN1+3,2	F5G10770
01444	0 60100 2 00465	1099		STO	IN1+3,2	F5G11000
01453	0 56000 1 00465	1106		LDQ	IN1+3,1 IRM ASSIGNED	F5G11070
03442	0 50000 1 00465	2159	X60	CLA	IN1+3,1 GET INDEX	F5G21600
03726	0 62200 1 00465	2339		STD	IN1+3,1 IN CORRSEPONDENCE	F5G23400

␣␣␣IN2 = 307

Definition
00463 0 00000 0 00000 536 IN2 INDEX OF CORRES OF IR2 F5G05370

␣␣␣IN3 = 308

Definition
00464 0 00000 0 00000 537 IN3 INDEX OF CORRES OF IR3 F5G05380

␣␣␣IN4 = 284

Definition
00434 0 00000 0 00000 499 IN4 +F OR - IF IR HAS OR HASNT BEEN FOUND F5G05000

References (5)

00631	0 60100 0 00434	686	STO	IN4 FOUND.	F5G06870
00647	0 56000 0 00434	700	LDQ	IN4	F5G07010
00650	0 60100 0 00434	701	STO	IN4 RECORD SOME IR ELIMINATED	F5G07020
01012	0 50200 0 00434	800	CLS	IN4 HAS ONE OTHER I R BEEN	F5G08010
01014	0 60100 0 00434	802	STO	IN4	F5G08030

␣␣␣IR1 = 277

Definition

		486		THE IR1,2,3 CELLS SIMULATE OBJECT MACHINE INDEX REGISTERS,	F5G04870
		487		AND CONTAIN A REAL TAG, THE EMPTY SYMBOL 777777, OR THE HASH	F5G04880
		488		SYMBOL 777776. IHASH MEANS THE REGISTER IS NOT EMPTY BUT	F5G04890
		489		ITS CONTENTS HAVE NO VALUE, I.E. LXP COMPILED IN SECTION 3 OR	F5G04900
		490		DED COMPILED IN SECTION 2. (LXP IS A WARNING THAT ALTHOUGH IR	F5G04910
		491		IS VALUELESS, IT WILL BE LOADED VERY SOON WITH A NEW VALUE.))	F5G04920
00425	0 00000 0 00000	492	IR1	THE 3 I.R.S IN	F5G04930

References (43)

00634	0 50000 1 00430	689	S120	CLA	IR1+3,1 IS IRN EMPTY OR	F5G06900
00772	0 34000 1 00430	784		CAS	IR1+3,1 NO, IS TAU TAG EQUAL	F5G07850
01264	0 34000 2 00430	987		CAS	IR1+3,2 NO,IS C(ENM)=C(IRM)	F5G09880
01273	0 50000 2 00430	994		CLA	IR1+3,2	F5G09950
01363	0 60100 1 00430	1050		STO	IR1+3,1	F5G10510
01417	0 50000 2 00430	1078		CLA	IR1+3,2 NO	F5G10790
01436	0 50000 2 00430	1093		CLA	IR1+3,2	F5G10940
01451	0 50000 1 00430	1104	S71	CLA	IR1+3,1 COPY ASIDE C(IRM)	F5G11050
01462	0 60100 1 00430	1113		STO	IR1+3,1 BY IMPOSSIBLE TAG.	F5G11140
01742	0 34000 2 00430	1314		CAS	IR1+3,2 AS TAG IN ACTIVE I.RH	F5G13150
02004	0 34000 4 00430	1348		CAS	IR1+3,4	F5G13490
02666	0 60100 1 00430	1792		STO	IR1+3,1 INTO	F5G17930
02714	0 60100 1 00430	1814	F79	STO	IR1+3,1 I.R.S	F5G18150
02723	0 60100 1 00430	1822	L23	STO	IR1+3,1 INDEX REGISTERS	F5G18230
02736	0 34000 1 00430	1833	L2	CAS	IR1+3,1 TO C (IRN)	F5G18340
02776	0 60100 4 00430	1865		STO	IR1+3,4 I.R.	F5G18660
03011	0 60100 1 00430	1876		STO	IR1+3,1 SYMBOL) IN	F5G18770
03035	0 60100 2 00430	1896	L13	STO	IR1+3,2 NO,REPLACE C (IR) BY EXIT CONDITION.	F5G16970
03040	0 50000 2 00430	1899	P003	CLA	IR1+3,2	F5G19000
03046	−0 60000 2 00430	1905		STQ	IR1+3,2	F5G19060
03052	0 50000 1 00430	1909	L16	CLA	IR1+3,1 CONTENTS	F5G19100
03056	0 60100 1 00430	1913		STO	IR1+3,1 EMPTY)	F5G19140
03116	0 34000 1 00430	1947	X2	CAS	IR1+3,1 IS CONTENTS OF IRN SAME AS OF TAG	F5G19480
03134	0 60100 1 00430	1961		STO	IR1+3,1 I.R.	F5G19620
03243	0 50000 2 00430	2032		CLA	IR1+3,2 SET ENTR. REQU.	F5G20330
03253	−0 60000 1 00430	2040	X100	STQ	IR1+3,1 ERASE THIS I.R.	F5G20410
03304	0 50000 1 00430	2065		CLA	IR1+3,1 NO,STORE THE TAG	F5G20660
03313	0 50000 2 00430	2072		CLA	IR1+3,2 NO,ENTRANCE = EXIT.	F5G20730
03315	0 40000 2 00430	2074		ADD	IR1+3,2 ADD THE EXIT REQUIREMENTS.	F5G20750
03445	0 34000 1 00430	2162		CAS	IR1+3,1 =C(IRN)	F5G21630
03474	0 34000 1 00430	2185		CAS	IR1+3,1 IS THIS IR EMPTY	F5G21860
04106	0 34000 1 00430	2451	X35	CAS	IR1+3,1 C-(ENM)=C(IRN)	F5G24520
04137	0 50000 1 00430	2476		CLA	IR1+3,1 YES	F5G24770
04150	0 50000 1 00430	2487	X41	CLA	IR1+3,1	F5G24880
04153	0 40000 1 00430	2490		ADD	IR1+3,1 TAG TEMPORARILY.	F5G24910
04155	0 50000 1 00430	2492		CLA	IR1+3,1 IS THIS	F5G24930
04233	0 34000 4 00430	2538	X134	CAS	IR1+3,4 DOES CONTENTS OF IR EQUAL CONTENTS OF EN	F5G25390
04316	0 60100 4 00430	2589		STO	IR1+3,4 REGION	F5G25900
04334	0 50000 4 00430	2603	XY1	CLA	IR1+3,4	F5G26040
04343	0 50000 4 00430	2610	X223	CLA	IR1+3,4 IS CONTENTS OF IR REAL	F5G26110
04355	0 60100 4 00430	2620		STO	IR1+3,4	F5G26210
04423	0 34000 1 00430	2658		CAS	IR1+3,1 IS CONTENTS OF IRN EQUAL TO CONTENTS OF ENM	F5G26590
04604	0 50000 1 00430	2773	A51	CLA	IR1+3,1 IS IT	F5G27740

␣␣␣IR2 = 278

Definition
00426 0 00000 0 00000 493 IR2 THE LAST 1/2 OF REGISTER F5G04940

␣␣␣IR3 = 279

Definition
00427 0 00000 0 00000 494 IR3 F5G04950

␣␣␣IR4 = 301

Definition
519 VARIABLES FOR MATCHING SUBROUTINE S5 F5G05200

00455 0 00000 0 00000 520 IR4 TEMP. STORAGE FOR C (IR1) F5G05210

References (2)

	01362	0 50000 1 00460	1049	S525	CLA	IR4+3,1 REPLACE THE IRS	F5G10500
	01452	0 60100 1 00460	1105		STO	IR4+3,1	F5G11060

␣␣␣IR5 = 302

Definition
00456 0 00000 0 00000 521 IR5 TEMP. STORAGE FOR C (IR2) F5G05220

␣␣␣IR6 = 303

Definition
00457 0 00000 0 00000 522 IR6 TEMP. STORAGE FOR C (IR3) F5G05230

␣␣␣IRC = 305

Definition
00461 0 00000 0 00000 524 IRC COUNTER OF = F5G05250

References (4)

01304	0 50000 0 00461	1003	S512	CLA	IRC INCREASE REAL	F5G10040
01306	0 60100 0 00461	1005		STO	IRC COUNTER.	F5G10060
01343	0 50000 0 00461	1034	S520	CLA	IRC	F5G10350
01366	0 56000 0 00461	1053	S526	LDQ	IRC	F5G10540

␣␣␣IRR = 280

Definition
00430 0 00000 0 00000 495 IRR HOLDS 3,2,1 IF IR1,2,3 SELECTED F5G04960

References (14)

00656	−0 63400 1 00430	707	S129	SXD	IRR,1 NO,SELECT IRN	F5G07080
00744	−0 63400 4 00430	761	S15	SXD	IRR,4 IR1.	F5G07620
01006	−0 63400 1 00430	796	S23	SXD	IRR,1 RECORD IRN INDEX.	F5G07970
01435	−0 53400 2 00430	1092	S595	LXD	IRR,2	F5G10930
02774	−0 53400 4 00430	1863		LXD	IRR,4 PLACE TAU-TAG	F5G18640
03132	−0 53400 1 00430	1959		LXD	IRR,1 PLACE TAU-TAG	F5G19600
03157	−0 53400 1 00430	1980		LXD	IRR,1 ACTIVE-STQRE ACTIVE	F5G19810
03162	−0 53400 2 00430	1983	X01	LXD	IRR,2	F5G19840
03177	−0 50000 0 00430	1996		CAL	IRR STAG	F5G19970
03210	−0 53400 2 00430	2005		LXD	IRR,2	F5G20060
03235	−0 53400 2 00430	2026	X05	LXD	IRR,2 PUT LX	F5G20270
03257	−0 63400 1 00430	2044	X7	SXD	IRR,1	F5G20450
03271	−0 53400 1 00430	2054		LXD	IRR,1	F5G20550
03301	−0 53400 1 00430	2062	X18	LXD	IRR,1	F5G20630

␣␣␣IV1 = 7173

Definition
16005 0 00000 0 00000 3255 IV1 F5G30100

References (4)

15727	−0 60000 0 16005	3209		STQ	IV1 THE	F5G29640
15732	0 40000 0 16005	3212	I1	ADD	IV1 WOULD HAVE	F5G29670
15744	−0 60000 0 16005	3222		STQ	IV1	F5G29770
15747	0 40000 0 16005	3225	I10	ADD	IV1 INITIALIZE	F5G29800

␣␣␣IV2 = 7174

Definition
16006 0 00000 0 00000 3256 IV2 F5G30110

References (2)

	15756	−0 60000 0 16006	3232	I3	STQ	IV2 FOLLOWING	F5G29870
	15757	0 40000 0 16006	3233		ADD	IV2 THE	F5G29880

␣␣␣L10 = 1566

Definition
03036 2 00001 1 03027 1897 L10 TIX L11,1,1 COUNT TO 3,N*M+1 F5G18980

References (2)

	03042	0 04000 0 03036	1901		TLQ	L10	F5G19020
	03050	0 02000 0 03036	1907		TRA	L10	F5G19080

␣␣␣L11 = 1559

Definition
03027 0 50000 1 00470 1890 L11 CLA EN4+3,1 PUT CORRESPONDENCE INDEX F5G18910
Reference
03036 2 00001 1 03027 1897 L10 TIX L11,1,1 COUNT TO 3,N*M+1 F5G18980

␣␣␣L13 = 1565

Definition
03035 0 60100 2 00430 1896 L13 STO IR1+3,2 NO,REPLACE C (IR) BY EXIT CONDITION. F5G16970
Reference
03033 0 02000 0 03035 1894 TRA L13 NO, F5G18950

␣␣␣L14 = 1551

Definition
03017 −0 50000 0 00554 1882 L14 CAL LV4 IS F5G18830
Reference
03015 0 02000 0 03017 1880 TRA L14 NO, F5G18810

␣␣␣L15 = 1577

Definition
03051 0 53400 1 00342 1908 L15 LXA S5K5,1 COPY ASIDE THE FINAL F5G19090
Reference
03016 0 02000 0 03051 1881 TRA L15 YES, F5G18820

␣␣␣L16 = 1578

Definition
03052 0 50000 1 00430 1909 L16 CLA IR1+3,1 CONTENTS F5G19100
Reference
03060 2 00001 1 03052 1915 TIX L16,1,1 IRS F5G19160

␣␣␣L17 = 1531

Definition
02773 0 07400 4 00622 1862 L17 TSX S1,4 SELECT MOST REPLACEABLE I.R. F5G18630

References (2)

	02747	0 02000 0 02773	1842		TRA	L17 NO	F5G18430
	02751	0 02000 0 02773	1844		TRA	L17	F5G18450

␣␣␣L18 = 1510

Definition
02746 0 34000 0 00403 1841 L18 CAS XK21 NO,IS IT A DED INSTR. F5G18420
Reference
02744 0 02000 0 02746 1839 TRA L18 NO, F5G18400

␣␣␣L19 = 210

Definition
00322 0 00000 0 00023 3753 L19 19 F5G35140
Reference
04055 0 53400 4 00322 4937 LXA L19,4 SXDPOSIT1ONS F5G46720

␣␣␣L23 = 1491

Definition
02723 0 60100 1 00430 1822 L23 STO IR1+3,1 INDEX REGISTERS F5G18230
Reference
02724 2 00001 1 02723 1823 TIX L23,1,1 TO EMPTINESS. F5G18240

␣␣␣LD1 = 206

Definition
00316 3754 LD1 SYN ONED F5G35150

References (4)

03050	0 40200 0 00316	4409	SUB	LD1	F5G41470
03136	0 40000 0 00316	4464	ADD	LD1	F5G42020
03216	0 40000 0 00316	4512	ADD	LD1	F5G42500
03235	0 40000 0 00316	4527	ADD	LD1 GET THE SUCC ENTRY	F5G42650

␣␣␣LD2 = 211

Definition
00323 0 00002 0 00000 3755 LD2 0,0,2 F5G35160
Reference
03314 0 40000 0 00323 4574 ADD LD2 F5G43120

␣␣␣LD3 = 212

Definition
00324 0 00003 0 00000 3756 LD3 0,0,3 F5G35170

References (9)

02223	−0 53400 4 00324	3991		LXD	LD3,4 NO, SET COUNT TO 3	F5G37510
02264	−0 53400 2 00324	4025		LXD	LD3,2	F5G37650
02344	−0 53400 2 00324	4074		LXD	LD3,2 2 HAS THE COUNTER	F5G38340
02554	−0 32000 0 00324	4216		ANA	LD3 EXTRACT THE S-TAG	F5G39760
03005	−0 53400 2 00324	4373		LXD	LD3,2	F5G41110
04015	−0 53400 2 00324	4904	Z306	LXD	LD3,2 SET COUNT TO 3	F5G46390
04124	−0 53400 2 00324	4976		LXD	LD3,2 SET COUNT TO 3 , N=1	F5G47110
04220	−0 53400 2 00324	5038		LXD	LD3,2 YES	F5G47730
04274	−0 53400 2 00324	5085	Z7	LXD	LD3,2 SET TO BEGIN SCAN OF LISTS	F5G48200

␣␣␣LD4 = 213

Definition
00325 0 00004 0 00000 3757 LD4 0,0,4 F5G35180

References (2)

	02743	−0 53400 4 00325	4338	ENDBB	LXD	LD4,4 THIS INST ENDS A BASIC	F5G40760
	04420	−0 53400 4 00325	5172	EF3	LXD	LD4,4 TRY 4 TIMES	F5G49070

␣␣␣LD7 = 214

Definition
00326 0 00007 0 00000 3758 LD7 0,0,7 F5G35190
Reference
02151 −0 32000 0 00326 3946 ANA LD7 F5G37060

␣␣␣LD8 = 215

Definition
00327 0 00010 0 00000 3759 LD8 0,0,8 F5G35200

References (2)

	02705	−0 53400 4 00327	4306		LXD	LD8,4 NO, CHECK FOR ENDING OF GROUP OF INST	F5G40440
	03517	0 40000 0 00327	4709		ADD	LD8 PUT TEST FOR LAST INST	F5G44440

␣␣␣LD9 = 216

Definition
00330 0 00011 0 00000 3760 LD9 0,0,9 F5G35210
Reference
02546 −0 53400 4 00330 4210 LXD LD9,4 RESET COUNT TO 9 F5G39700

␣␣␣LK1 = 219

Definition
423 THE L CONSTANTS MUST BE AHEAD OF THOSE FOR S5 F5G04240

00333 +000000777776 424 LK1 OCT 777776 E,HASH SYMBOL F5G04250

References (12)

00636	−3 77445 0 00640	691	S121	TXL	S122,0,−LK1 NO, COM(LOC. OF HASH) IN DECR.	F5G06920
01521	0 50000 0 00333	1145		CLA	LK1 YES,STORE E,(HASH SYMBOL).	F5G11460
01564	0 50000 0 00333	1183		CLA	LK1 YES REPLACE BY E.	F5G11840
03010	0 50000 0 00333	1875	L5	CLA	LK1 PLACE AN E IHASH	F5G18760
03041	0 56000 0 00333	1900		LDQ	LK1	F5G19010
03053	0 34000 0 00333	1910		CAS	LK1 (IF REAL, OTHERWISE	F5G19110
03165	0 50000 0 00333	1986		CLA	LK1 NO,RECORD HASH	F5G19870
03247	0 56000 0 00333	2036		LDQ	LK1	F5G20370
04103	0 34000 0 00333	2448	X34	CAS	LK1 NO,IS C(ENM)=E	F5G24490
04210	0 40000 0 00333	2519		ADD	LK1 EXIT	F5G25200
04230	0 34000 0 00333	2535	X46	CAS	LK1 IS THERE HASH IN ENM	F5G25360
04354	0 50000 0 00333	2619	X226	CLA	LK1 REPLACE IR BY E	F5G26200

␣␣␣LK2 = 220

Definition
00334 −200000000000 425 LK2 OCT −200000000000 CONSTANT= FOR EXTRACTING F5G04260

␣␣␣LK3 = 221

Definition
00335 −300000000000 426 LK3 OCT −300000000000 1ST 2,3 BITS OF WORD RESPT. F5G04270

References (3)

03020	−0 32000 0 00335	1883	ANA	LK3 THIS A	F5G18840
03360	−0 32000 0 00335	2109	ANA	LK3	F5G21100
03632	−0 32000 0 00335	2279	ANA	LK3 OR THE LX BITS FOR	F5G22800

␣␣␣LM4 = 220

Definition
00334 0 00000 0 77774 3764 LM4 −4 F5G35250
Reference
04326 0 53400 1 00334 5111 LXA LM4,1 YES F5G48460

␣␣␣LT1 = 367

Definition
00557 0 00000 1 00000 3728 LT1 HTR 0,1 F5G34880
Reference
00455 0 50000 0 00557 3662 AC18 CLA LT1 F5G34220

␣␣␣LT7 = 218

Definition
00332 0 00000 7 00000 3762 LT7 0,7 F5G35230

References (3)

02161	−0 32000 0 00332	3954	ANA	LT7	F5G37140
02235	−0 32000 0 00332	4001	ANA	LT7 AND STORE	F5G37610
03614	−0 32000 0 00332	4772	ANA	LT7 LXD CASE	F5G45070

␣␣␣LV1 = 361

Definition
00551 0 00000 0 00000 595 LV1 THE CONDITIONS OF THE I.R.S F5G05960
Reference
03057 0 60100 1 00554 1914 STO LV1+3,1 OF THE F5G19150

␣␣␣LV2 = 362

Definition
00552 0 00000 0 00000 596 LV2 AT END OF THE F5G05970

␣␣␣LV3 = 363

Definition
00553 0 00000 0 00000 597 LV3 1ST LXING PASS. F5G05980

␣␣␣LV4 = 364

Definition
00554 0 00000 0 00000 598 LV4 THE LOOP LIST QUANTITY F5G05990

References (4)

03013	0 60100 0 00554	1878	L6	STO	LV4 IS THIS AN END OF LOOP	F5G18790
03017	−0 50000 0 00554	1882	L14	CAL	LV4 IS	F5G18830
03022	0 50000 0 00554	1885		CLA	LV4 NO,FORM CORRESPONDENCE	F5G18860
03024	0 50000 0 00554	1887		CLA	LV4 GET + STORE EXIT CONDITIONS	F5G18880

␣␣␣LV5 = 365

Definition
00555 0 00000 0 00000 599 LV5 WORD FROM BB WITH PRED. AND SUCC. LOCS F5G06000

␣␣␣LX1 = 370

Definition
633 THE LX1,2,3 CELLS CONTAIN THE ENTRANCE REQUIREMENTS FOR A BB. F5G06340

00562 0 00000 0 00000 634 LX1 3 ENTRANCE REQUIREMENTS OF A BB F5G06350

References (9)

03073	0 60100 0 00562	1928		STO	LX1 TO	F5G19290
03163	0 50000 2 00565	1984		CLA	LX1+3,2 WAS AN ENTRANCE REQUIREMENT	F5G19850
03166	0 60100 2 00565	1987		STO	LX1+3,2 AS ENTRANCE REQUIREMENT	F5G19880
03244	0 60100 2 00565	2033		STO	LX1+3,2	F5G20340
03250	0 50000 1 00565	2037		CLA	LX1+3,1 HAS THIS	F5G20380
03252	−0 60000 1 00565	2039		STQ	LX1+3,1 NO,RECORD ENTR. REOU. IS AN E.	F5G20400
03302	0 50000 1 00565	2063		CLA	LX1+3,1 WAS THIS	F5G20640
03305	0 60100 1 00565	2066		STO	LX1+3,1 IN TH LX INDICATOR.	F5G20670
03311	0 50000 2 00565	2070	X25	CLA	LX1+3,2	F5G20710

␣␣␣LX2 = 371

Definition
00563 0 00000 0 00000 635 LX2 BUILT UP HERE. +0 MEANS F5G06360
Reference
03074 0 60100 0 00563 1929 STO LX2 NOT F5G19300

␣␣␣LX3 = 372

Definition
00564 0 00000 0 00000 636 LX3 NO ENTRANCE REQU. DETERMINED. F5G06370
Reference
03075 0 60100 0 00564 1930 STO LX3 LX ED. F5G19310

␣␣␣MZE = 270

Definition
00416 3825 MZE SYN Z1K3 F5G35850

References (5)

03636	0 50000 0 00416	4792		CLA	MZE PLACE -0 S IN THE	F5G45270
03707	0 50000 0 00416	4833		CLA	MZE STORE INDICATION THAT THE	F5G45680
04053	0 56000 0 00416	4935	Z4	LDQ	MZE PUT MINUS ZEROS IN	F5G46700
04227	0 50000 0 00416	5045		CLA	MZE	F5G47800
04410	0 50000 0 00416	5162		CLA	MZE RECORD NO SEQUENTIAL TRANSFER	F5G48970

␣␣␣PCC = 258

Definition
00402 +170000000000 3803 PCC OCT 170000000000 MEANS LOCATION OF THIS INST. F5G35630
Reference
03166 0 40200 0 00402 4488 TTYP1 SUB PCC F5G42260

␣␣␣PS1 = 1622

Definition
03126 1 00004 2 03127 4456 PS1 TXI PS1+1,2,4 INEDX TO CONSIEER 1ST TRANSFER F5G41940
Reference
03126 1 00004 2 03127 4456 PS1 TXI PS1+1,2,4 INEDX TO CONSIEER 1ST TRANSFER F5G41940

␣␣␣PS2 = 1637

Definition
03145 1 00004 2 03146 4471 PS2 TXI PS2+1,2,4 INCREASE INSTR INDEX F5G42090
Reference
03145 1 00004 2 03146 4471 PS2 TXI PS2+1,2,4 INCREASE INSTR INDEX F5G42090

␣␣␣PS3 = 1735

Definition
03307 −0 75400 0 00000 4569 PS3 PXD 0,0 YES, RECORD THAT F5G43070

References (2)

	03150	0 10000 0 03307	4474		TZE	PS3 YES, SKIP COMPILING THE INST	F5G42120
	03213	0 10000 0 03307	4509		TZE	PS3 YES, SKIP COMPILING THE INST	F5G42470

␣␣␣PW0 = 2139

Definition
04133 −0 63400 1 05664 2472 PW0 SXD W2+1,1 F5G24730

␣␣␣QP0 = 2535

Definition
04747 −3 00000 4 00030 2872 QP0 TXL R,4,0 F5G28650
Reference
04775 −3 00000 4 04747 2894 QP8 TXL QP0,4,− F5G28870

␣␣␣QP1 = 2537

Definition
04751 −0 63400 4 00104 2874 QP1 SXD SE21+3,4 F5G28670
Reference
04750 1 77777 4 04751 2873 TXI QP1,4,−1 F5G28660

␣␣␣QP2 = 2542

Definition
04756 −0 63400 4 04767 2879 QP2 SXD QP4,4 F5G28720
Reference
04755 1 00417 4 04756 2878 TXI QP2,4,BBBL−1 F5G28710

␣␣␣QP3 = 2547

Definition
04763 −0 75400 4 00000 2884 QP3 PXD 0,4 F5G28770
Reference
04776 1 77777 4 04763 2895 TXI QP3,4,−1 F5G28880

␣␣␣QP4 = 2551

Definition
04767 3 00000 4 04772 2888 QP4 TXH QP6,4,− F5G28810
Reference
04756 −0 63400 4 04767 2879 QP2 SXD QP4,4 F5G28720

␣␣␣QP5 = 2553

Definition
04771 3 00000 4 04773 2890 QP5 TXH QP7,4,− F5G28830

References (2)

	04757	−0 63400 4 04771	2880		SXD	QP5,4	F5G28730
	04770	1 00420 4 04771	2889		TXI	QP5,4,BBBL	F5G28820

␣␣␣QP6 = 2554

Definition
04772 0 60100 1 15674 2891 QP6 STO PRED,1 F5G28840
Reference
04767 3 00000 4 04772 2888 QP4 TXH QP6,4,− F5G28810

␣␣␣QP7 = 2555

Definition
04773 −0 53400 4 00306 2892 QP7 LXD SEV2,4 F5G28850
Reference
04771 3 00000 4 04773 2890 QP5 TXH QP7,4,− F5G28830

␣␣␣QP8 = 2557

Definition
04775 −3 00000 4 04747 2894 QP8 TXL QP0,4,− F5G28870
Reference
04761 −0 63400 4 04775 2882 SXD QP8,4 F5G28750

␣␣␣QPU = 2528

Definition
04740 −0 53400 1 00103 3312 QPU LXD SE21+2,1 F5G30690
Reference
00000 0 04740 0 04740 5212 HTR QPU,0,QPU CONTROL CARD, PART 1D. F5G49380

␣␣␣QS0 = 2532

Definition
04744 −3 00000 4 02177 3282 QS0 TXL F,4,0 F5G30380
Reference
04772 −3 00000 4 04744 3304 QS8 TXL QS0,4,− F5G30600

␣␣␣QS1 = 2534

Definition
04746 −0 63400 4 00104 3284 QS1 SXD SE21+3,4 F5G30400
Reference
04745 1 77777 4 04746 3283 TXI QS1,4,−1 F5G30390

␣␣␣QS2 = 2539

Definition
04753 −0 63400 4 04764 3289 QS2 SXD QS4,4 F5G30450
Reference
04752 1 00417 4 04753 3288 TXI QS2,4,BBBL−1 F5G30440

␣␣␣QS3 = 2544

Definition
04760 −0 75400 4 00000 3294 QS3 PXD 0,4 F5G30500
Reference
04773 1 77777 4 04760 3305 TXI QS3,4,−1 F5G30610

␣␣␣QS4 = 2548

Definition
04764 3 00000 4 04767 3298 QS4 TXH QS6,4,− F5G30540
Reference
04753 −0 63400 4 04764 3289 QS2 SXD QS4,4 F5G30450

␣␣␣QS5 = 2550

Definition
04766 3 00000 4 04770 3300 QS5 TXH QS7,4,− F5G30560

References (2)

	04754	−0 63400 4 04766	3290		SXD	QS5,4	F5G30460
	04765	1 00420 4 04766	3299		TXI	QS5,4,BBBL	F5G30550

␣␣␣QS6 = 2551

Definition
04767 0 60100 1 16734 3301 QS6 STO SUCC,1 F5G30570
Reference
04764 3 00000 4 04767 3298 QS4 TXH QS6,4,− F5G30540

␣␣␣QS7 = 2552

Definition
04770 −0 53400 4 00306 3302 QS7 LXD SEV2,4 F5G30580
Reference
04766 3 00000 4 04770 3300 QS5 TXH QS7,4,− F5G30560

␣␣␣QS8 = 2554

Definition
04772 −3 00000 4 04744 3304 QS8 TXL QS0,4,− F5G30600

References (2)

	04756	−0 63400 4 04772	3292		SXD	QS8,4	F5G30480
	00001	0 00000 0 04773	5210		HTR	QS8+1	F5G49378

␣␣␣QSU = 2528

Definition
04740 −0 53400 1 00103 3346 QSU LXD SE21+2,1 F5G31040
Reference
00000 0 04740 0 04740 5215 HTR QSU,0,QSU CONTROL CARD, PART 1E. F5G49383

␣␣␣REG = 2739

Definition
05263 2899 REG BES FP1 SPACE FOR REGION WORDS F5G28920

References (31)

01472	0 50000 2 05263	1122		CLA	REG,2 REGION	F5G11230
01532	0 50000 2 05263	1157		CLA	REG,2 REGION	F5G11580
01760	0 50000 1 05263	1328		CLA	REG,1 WORD.	F5G13290
02054	−0 50000 2 05263	1393		CAL	REG,2 PERMUTE THE LX BIT	F5G13940
02061	−0 50000 2 05263	1398		CAL	REG,2 PERMUTE THE PHI BIT	F5G13990
02067	−0 50000 2 05263	1404		CAL	REG,2	F5G14050
02072	0 60200 2 05263	1407		SLW	REG,2	F5G14080
02237	0 50000 1 05263	1512		CLA	REG,1 GET REGION WORD.	F5G15130
02260	0 50000 2 05263	1529		CLA	REG,2 GET AND STORE	F5G15300
02300	0 50000 1 05263	1545		CLA	REG,1 WORD.	F5G15460
02333	0 50000 1 05263	1572		CLA	REG,1 WORD	F5G15730
02433	0 50000 1 05263	1636		CLA	REG,1 GET NO. OF 1ST BB IN REGION	F5G16370
02475	0 50000 2 05263	1670		CLA	REG,2 GET AND	F5G16710
02521	0 50000 2 05263	1690		CLA	REG,2	F5G16910
02652	0 50000 1 05263	1779	F81	CLA	REG,1 THE 1ST AVAILABLE REGION	F5G17800
03407	0 50000 1 05263	2132		CLA	REG,1 REGION WORD	F5G21330
03470	0 50000 1 05263	2181		CLA	REG,1 FORM NO OF 1ST BB IN REGION	F5G21820
03627	−0 50000 1 05263	2276		CAL	REG,1 WORD	F5G22770
03640	0 60100 1 05263	2285		STO	REG,1 REGION WORD.	F5G22860
03710	0 50000 1 05263	2325		CLA	REG,1 GET REGION WORD	F5G23260
03722	0 60100 1 05263	2335		STO	REG,1 WORD.	F5G23360
03745	0 56000 4 05263	2354		LDQ	REG,4 MQ.	F5G23550
04053	0 50000 1 05263	2424		CLA	REG,1 REGION	F5G24250
04256	−0 60200 4 05263	2557		ORS	REG,4	F5G25580
04330	−0 50000 2 05263	2599		CAL	REG,2	F5G26000
04332	0 60200 2 05263	2601		SLW	REG,2	F5G26020
04340	−0 60200 2 05263	2607		ORS	REG,2	F5G26080
04431	−0 60200 1 05263	2664		ORS	REG,1	F5G26650
04703	0 50000 2 05263	2836		CLA	REG,2 GET REGION	F5G28260
	12510	2900	SPACE	EQU	MSIZE−5−REG STORAGE SPACE LEFT	F5G28930
15700	0 60100 1 05263	3186	I11	STO	REG,1	F5G29420

␣␣␣RT1 = 1658

Definition
03172 1 00004 2 03173 4492 RT1 TXI RT1+1,2,4 INDEX TO CONSIDER 1ST TRANSFER F5G42300
Reference
03172 1 00004 2 03173 4492 RT1 TXI RT1+1,2,4 INDEX TO CONSIDER 1ST TRANSFER F5G42300

␣␣␣RT2 = 1672

Definition
03210 1 00004 2 03211 4506 RT2 TXI RT2+1,2,4 F5G42440
Reference
03210 1 00004 2 03211 4506 RT2 TXI RT2+1,2,4 F5G42440

␣␣␣S11 = 440

Definition
00670 0 07400 4 01023 717 S11 TSX S3,4 GET NEXT TAG F5G07180

References (4)

00700	0 02000 0 00670	725	TRA	S11 COME HERE IF NOT DECIDED ON	F5G07260
00715	0 02000 0 00670	738	TRA	S11 YES	F5G07390
00740	0 02000 0 00670	757	TRA	S11	F5G07580
00765	0 02000 0 00670	779	TRA	S11 YES	F5G07800

␣␣␣S13 = 494

Definition
00756 0 50000 0 00432 771 S13 CLA IND2 HAS IR2 BEEN F5G07720
Reference
00742 0 12000 0 00756 759 TPL S13 FOUND (ELIMINATED) F5G07600

␣␣␣S14 = 493

Definition
00755 0 02000 4 00001 770 S14 TRA 1,4 RETURN F5G07710

␣␣␣S15 = 484

Definition
00744 −0 63400 4 00430 761 S15 SXD IRR,4 IR1. F5G07620
Reference
00761 0 02000 0 00744 774 TRA S15 IR2. F5G07750

␣␣␣S16 = 485

Definition
00745 0 53400 4 00320 762 S16 LXA S1K3,4 RESTORE S3 (GET NEXT TAG SR) F5G07630

References (2)

	00677	0 02000 0 00745	724		TRA	S16 COME HERE IF IR DECIDED ON	F5G07250
	00733	0 02000 0 00745	752		TRA	S16 COME HERE IF I.R. SELECTED.	F5G07530

␣␣␣S18 = 483

Definition
00743 0 53400 4 00342 760 S18 LXA S5K5,4 NO,SELECT F5G07610

␣␣␣S21 = 509

Definition
00775 2 00001 1 00770 787 S21 TIX S22,1,1 NO. F5G07880

References (2)

	00771	0 16200 0 00775	783		TQP	S21 BEEN FOUND	F5G07840
	00773	0 02000 0 00775	785		TRA	S21 NO,TO C(IRN)	F5G07860

␣␣␣S22 = 504

Definition
00770 0 56000 1 00434 782 S22 LDQ IND1+3,1 F5G07830
Reference
00775 2 00001 1 00770 787 S21 TIX S22,1,1 NO. F5G07880

␣␣␣S23 = 518

Definition
01006 −0 63400 1 00430 796 S23 SXD IRR,1 RECORD IRN INDEX. F5G07970
Reference
01020 −0 12000 0 01006 806 TMI S23 BEEN (FOUND/ELIM) YET. F5G08070

␣␣␣S24 = 511

Definition
00777 0 50000 0 00442 789 S24 CLA TPE IS IT A DED, LXP, OR LX CLASS. F5G07900
Reference
00774 0 02000 0 00777 786 TRA S24 YES F5G07870

␣␣␣S25 = 520

Definition
01010 0 56000 0 00314 798 S25 LDQ ZERO RECORD IRN FOUND OR ELIM F5G07990
Reference
01005 −0 12000 0 01010 795 TEST TMI S25 THIS MIGHT BE A TPL S25. F5G07960

␣␣␣S26 = 526

Definition
01016 0 53400 1 00342 804 S26 LXA S5K5,1 SEARCH FOR THE F5G08050
Reference
01013 −0 12000 0 01016 801 TMI S26 (FOUND/ELIM) F5G08020

␣␣␣S27 = 527

Definition
01017 0 50000 1 00434 805 S27 CLA IND1+3,1 I.R. WHICH HASNT F5G08060
Reference
01021 2 00001 1 01017 807 TIX S27,1,1 F5G08080

␣␣␣S31 = 544

Definition
01040 −0 63400 1 00440 832 S31 SXD S3V4,1 THE INDEX. F5G08330
Reference
01037 1 77777 1 01040 831 TXI S31,1,−1 F5G08320

␣␣␣S32 = 548

Definition
01044 0 34000 0 00324 836 S32 CAS S3K2 F5G08370
Reference
01042 0 02000 0 01044 834 TRA S32 NO, F5G08350

␣␣␣S34 = 555

Definition
01053 0 07400 4 00070 843 S34 TSX SE,4 GET INDEX OF BB F5G08440
Reference
01047 0 02000 0 01053 839 TRA S34 YES F5G08400

␣␣␣S35 = 554

Definition
01052 0 02000 4 00001 842 S35 TRA 1,4 LIST QUANTITY F5G08430
Reference
01043 0 02000 0 01052 835 TRA S35 YES, F5G08360

␣␣␣S36 = 591

Definition
01117 0 56000 0 00323 879 S36 LDQ S3K1 F5G08800

References (2)

	01074	0 02000 0 01117	860		TRA	S36 YES,	F5G08610
	01075	0 02000 0 01117	861		TRA	S36 YES,	F5G08620

␣␣␣S37 = 578

Definition
01102 1 00001 1 01103 866 S37 TXI S38,1,1 F5G08670

␣␣␣S38 = 579

Definition
01103 −0 63400 1 00436 867 S38 SXD S3V2,1 F5G08680
Reference
01102 1 00001 1 01103 866 S37 TXI S38,1,1 F5G08670

␣␣␣S39 = 594

Definition
01122 0 50000 1 00000 882 S39 CLA −,1 GET TAG WORD F5G08830

References (6)

00662	0 50000 0 01122	711	S127	CLA	S39	F5G07120
00752	0 60100 0 01122	767		STO	S39	F5G07680
01024	2 00001 1 01122	820		TIX	S39,1,1	F5G08210
01106	0 62100 0 01122	870		STA	S39 INSTRUCTION.	F5G08710
03101	0 50000 0 01122	1934		CLA	S39 COMPUTE LOCATIONS OF	F5G19350
04512	0 50000 0 01122	2715		CLA	S39 COMPUTE LOCATION OF THIS	F5G27160

␣␣␣S41 = 610

Definition
01142 0 50000 0 00435 898 S41 CLA S3V1 NO,FORM (LOC. OF 1ST TAG IN BB F5G08990

References (3)

01135	−0 12000 0 01142	893	TMI	S41 IS TAG IN C.M.	F5G08940
01140	0 02000 0 01142	896	TRA	S41 NO	F5G08970
01165	0 02000 0 01142	917	TRA	S41	F5G09180

␣␣␣S42 = 630

Definition
01166 0 76400 0 00203 918 S42 BST TAPE ADJUST TAPE POSITION F5G09190
Reference
01144 −0 12000 0 01166 900 TMI S42 MUST WE RUN TAPE BACK WORDS F5G09010

␣␣␣S43 = 628

Definition
01164 0 60100 0 00452 916 S43 STO S4V2 F5G09170
Reference
01171 0 02000 0 01164 921 TRA S43 F5G09220

␣␣␣S44 = 634

Definition
01172 0 50000 0 00330 922 S44 CLA S4K1 SET COUNT TO STORAGE SIZE. F5G09230
Reference
01160 0 02000 0 01172 912 TRA S44 YES F5G09130

␣␣␣S45 = 635

Definition
01173 0 73400 2 00000 923 S45 PAX 0,2 F5G09240

References (2)

	01152	0 02000 0 01173	906		TRA	S45 YES,GO,TO SET COUNT	F5G09070
	01153	0 02000 0 01173	907		TRA	S45 YES,TO NO. OF TAGS IN BB.	F5G09080

␣␣␣S46 = 647

Definition
01207 0 70000 2 00000 935 S46 CPY −,2 F5G09360

References (3)

01175	0 62100 0 01207	925		STA	S46 ADDRESS.	F5G09=60
01216	2 00001 2 01207	942	S48	TIX	S46,2,1 COUNT NO. OF WORDS CPYED.	F5G09430
01244	1 00000 0 01207	964	S405	TXI	S46,0,− RETURN ADDR. STORED HERE	F5G09650

␣␣␣S47 = 625

Definition
01161 0 76200 0 00223 913 S47 RTB TAPE NO, SPACE FWD 1 REC. F5G09140
Reference
01157 0 02000 0 01161 911 TRA S47 F5G09120

␣␣␣S48 = 654

Definition
01216 2 00001 2 01207 942 S48 TIX S46,2,1 COUNT NO. OF WORDS CPYED. F5G09430
Reference
01210 1 00000 0 01216 936 S407 TXI S48,0,− VALUE OF (2) STORED HERE F5G09370

␣␣␣S49 = 640

Definition
01200 0 76200 0 00223 928 S49 RTB TAPE F5G09290
Reference
01215 0 02000 0 01200 941 TRA S49 F5G09420

␣␣␣S51 = 682

Definition
01252 0 60100 2 00470 977 S51 STO ENC+8,2 STORE -0S IN THE F5G09780
Reference
01253 2 00001 2 01252 978 TIX S51,2,1 REGISTERS. F5G09790

␣␣␣S54 = 685

Definition
01255 0 53400 2 00342 980 S54 LXA S5K5,2 SET INDEX FOR IR1, M EQUALS 1 F5G09810
Reference
01270 2 00001 1 01255 991 S57 TIX S54,1,1 YES. THRU WITH ENS F5G09920

␣␣␣S55 = 690

Definition
01262 0 56000 2 00465 985 S55 LDQ IN1+3,2 NO F5G09860

References (2)

	01260	0 02000 0 01262	983		TRA	S55 NO	F5G09840
	01267	2 00001 2 01262	990	S56	TIX	S55,2,1 NO. THRU WITH IRS	F5G09910

␣␣␣S56 = 695

Definition
01267 2 00001 2 01262 990 S56 TIX S55,2,1 NO. THRU WITH IRS F5G09910

References (2)

	01263	0 16200 0 01267	986		TQP	S56 IS IRM ASSIGNED	F5G09870
	01265	0 02000 0 01267	988		TRA	S56 NO.	F5G09890

␣␣␣S57 = 696

Definition
01270 2 00001 1 01255 991 S57 TIX S54,1,1 YES. THRU WITH ENS F5G09920

References (2)

	01432	0 02000 0 01270	1089		TRA	S57	F5G10900
	01434	0 02000 0 01270	1091		TRA	S57	F5G10920

␣␣␣S58 = 791

Definition
01427 0 50000 0 00460 1086 S58 CLA ENC YESENM EMPTY F5G10870
Reference
01261 0 02000 0 01427 984 TRA S58 YES F5G09850

␣␣␣S59 = 795

Definition
01433 0 07400 4 01443 1090 S59 TSX S6,4 MAKE IRM=ENN F5G10910
Reference
01266 0 02000 0 01433 989 TRA S59 YES. F5G09900

␣␣␣S71 = 809

Definition
01451 0 50000 1 00430 1104 S71 CLA IR1+3,1 COPY ASIDE C(IRM) F5G11050
Reference
01463 2 00001 1 01451 1114 S73 TIX S71,1,1 COUNT TO 3,M=M+1 F5G11150

␣␣␣S72 = 817

Definition
01461 0 50000 0 01465 1112 S72 CLA S7K1 NO,REPLACE C(IRM) F5G11130

References (2)

	01454	0 16200 0 01461	1107		TQP	S72	F5G11080
	01457	0 02000 0 01461	1110		TRA	S72 NO	F5G11110

␣␣␣S73 = 819

Definition
01463 2 00001 1 01451 1114 S73 TIX S71,1,1 COUNT TO 3,M=M+1 F5G11150
Reference
01460 0 02000 0 01463 1111 TRA S73 YES. F5G11120

␣␣␣S91 = 842

Definition
01512 2 00001 2 01477 1138 S91 TIX S92,2,1 COUNT TO 3 F5G11390
Reference
01511 1 77777 1 01512 1137 TXI S91,1,−1 DOWN THE ENTR. INDEX F5G11380

␣␣␣S92 = 831

Definition
01477 0 50000 0 00475 1127 S92 CLA S9V1 EXTRACT THE N TH F5G11280
Reference
01512 2 00001 2 01477 1138 S91 TIX S92,2,1 COUNT TO 3 F5G11390

␣␣␣S93 = 845

Definition
01515 −0 50000 1 12535 1141 S93 CAL BBB+2,1 SET THE F5G11420
Reference
01506 0 10000 0 01515 1134 TZE S93 I.R. F5G11350

␣␣␣S94 = 840

Definition
01510 0 60100 4 00473 1136 S94 STO EN1+3,4 F5G11370

References (2)

	01520	0 02000 0 01510	1144		TRA	S94 NO,	F5G11450
	01522	0 02000 0 01510	1146		TRA	S94 NO,	F5G11470

␣␣␣SA1 = 863

Definition
01537 −0 50000 0 00500 1162 SA1 CAL SAV1 PUT PERMUTATION F5G11630
Reference
01555 2 00001 2 01537 1176 SA3 TIX SA1,2,1 COUNT TO 3 F5G11770

␣␣␣SA2 = 880

Definition
01560 −0 50000 1 12535 1179 SA2 CAL BBB+2,1 F5G11800
Reference
01546 0 10000 0 01560 1169 TZE SA2 EXIT F5G11700

␣␣␣SA3 = 877

Definition
01555 2 00001 2 01537 1176 SA3 TIX SA1,2,1 COUNT TO 3 F5G11770
Reference
01554 1 77777 1 01555 1175 TXI SA3,1,−1 F5G11760

␣␣␣SA4 = 872

Definition
01550 0 60100 4 00506 1171 SA4 STO EX1+3,4 F5G11720

References (2)

	01563	0 02000 0 01550	1182		TRA	SA4 NO	F5G11830
	01565	0 02000 0 01550	1184		TRA	SA4 NO	F5G11850

␣␣␣SA5 = 873

Definition
01551 −0 50000 0 00500 1172 SA5 CAL SAV1 STORE THE F5G11730

␣␣␣SAD = 1110

Definition

		3923			WHEN ENTERED WITH PRESENT BB NO. IN ADDR 0F ARG1 AND BBNO.	F5G36830
		3924			OFA SUCCESSOR BB IN ADDR. OF AC, SAD FIGURES OUT WHAT THE AD	F5G36840
		3925			DRESS OF CORRESPONDING TRANSFER INST. SH0ULD BE AND RETURNS	F5G36850
		3926			WITH THE ADDR IN LOGICAL AC	F5G36860
02126	−0 63400 4 00471	3927	SAD	SXD	SADV1,4 STORE RETURN	F5G36870

References (9)

02765	0 07400 4 02126	4356	TSX	SAD,4 GO TO DETERMINE SYMBOLIC ADDRESS	F5G40940
03071	0 07400 4 02126	4426	TSX	SAD,4 FINF NEW SYMBOLIC ADDR FOR THIS TRANSFER	F5G41640
03141	0 07400 4 02126	4467	TSX	SAD,4	F5G42050
03155	0 07400 4 02126	4479	TSX	SAD,4 DETERMINE THE SYMBQLIC ADDRESS	F5G42170
03204	0 07400 4 02126	4502	TSX	SAD,4	F5G42400
03221	0 07400 4 02126	4515	TSX	SAD,4 DETERMINE THE SYMBOLIC ADDR	F5G42530
03240	0 07400 4 02126	4530	TSX	SAD,4	F5G42680
03271	0 07400 4 02126	4555	TSX	SAD,4 FIND AND	F5G42930
03317	0 07400 4 02126	4577	TSX	SAD,4 MODIFY THE	F5G43150

␣␣␣SB1 = 929

Definition
01641 −0 32000 0 00326 1236 SB1 ANA S3K4 F5G12370
Reference
01571 0 12000 0 01641 1196 TPL SB1 AN INSTRUCTION F5G11970

␣␣␣SB2 = 912

Definition
01620 0 50000 0 00512 1219 SB2 CLA SBV2 NO TRY NEXT PRED. F5G12200
Reference
01616 0 02000 0 01620 1217 TRA SB2 NO F5G12180

␣␣␣SB4 = 905

Definition
01611 0 60200 0 00512 1212 SB4 SLW SBV2 F5G12130
Reference
01622 0 02000 0 01611 1221 TRA SB4 F5G12220

␣␣␣SB5 = 915

Definition
01623 0 53400 2 00342 1222 SB5 LXA S5K5,2 F5G12230
Reference
01617 0 02000 0 01623 1218 TRA SB5 YES F5G12190

␣␣␣SB6 = 940

Definition
01654 0 50000 0 00314 1248 SB6 CLA ZERO SET IR F5G12490
Reference
01640 0 02000 0 01654 1235 TRA SB6 PRED. TABLE. F5G12360

␣␣␣SB7 = 901

Definition
01605 0 07400 4 00070 1208 SB7 TSX SE,4 NO,GET ADDR. OF F5G12090
Reference
01603 0 02000 0 01605 1206 TRA SB7 NO, F5G12070

␣␣␣SB8 = 923

Definition
01633 2 00001 2 01624 1230 SB8 TIX SB00,2,1 NO F5G12310
Reference
01631 0 02000 0 01633 1228 TRA SB8 NO EQUAL TO THE ACTIVE F5G12290

␣␣␣SB9 = 925

Definition
01635 0 50000 0 00354 1232 SB9 CLA SBK3 GENERATE NO STORE F5G12330
Reference
01632 0 02000 0 01635 1229 TRA SB9 YES IR F5G12300

␣␣␣SC2 = 966

Definition
01706 −0 53400 2 00520 1286 SC2 LXD SCV3,2 NO, F5G12870
Reference
01704 0 02000 0 01706 1284 TRA SC2 NO, F5G12850

␣␣␣SC3 = 971

Definition
01713 0 34000 0 00324 1291 SC3 CAS S3K2 NO,IS IT A BB F5G12920
Reference
01711 0 02000 0 01713 1289 TRA SC3 NO, F5G12900

␣␣␣SC4 = 962

Definition
01702 0 40200 0 00316 1282 SC4 SUB ONED IS THIS CURRENT F5G12830
Reference
01724 0 02000 0 01702 1300 TRA SC4 F5G13010

␣␣␣SC5 = 981

Definition
01725 −0 53400 1 01736 1301 SC5 LXD SC9,1 F5G13020
Reference
01705 0 02000 0 01725 1285 TRA SC5 YES, F5G12860

␣␣␣SC6 = 986

Definition
01732 0 50000 0 00325 1306 SC6 CLA S3K3 ARRANGE TO GET 1ST LPLST QUANTITY F5G13070
Reference
01712 0 02000 0 01732 1290 TRA SC6 YES, F5G12910

␣␣␣SC7 = 979

Definition
01723 0 62200 0 00520 1299 SC7 STD SCV3 LOOP LIST QUANTITY. F5G13000
Reference
01733 0 02000 0 01723 1307 TRA SC7 QUANTITY NEXT. F5G13080

␣␣␣SC8 = 988

Definition
01734 0 07400 4 00070 1308 SC8 TSX SE,4 F5G13090

References (2)

	01701	0 02000 0 01734	1281		TRA	SC8 YES	F5G12820
	01716	0 02000 0 01734	1294		TRA	SC8 YES,	F5G12950

␣␣␣SC9 = 990

Definition
01736 1 00000 1 01737 1310 SC9 TXI SC01,1,0 INCREASE INDEX BY INDEX OF OCT. I.R. F5G13110

References (4)

01664	−0 63400 1 01736	1268		SXD	SC9,1 AND INDEX OF ACT1VE I.R+	F5G12690
01717	−0 53400 2 01736	1295	SC04	LXD	SC9,2 NO, PUT INDEX OF ACTIVE IR	F5G12960
01725	−0 53400 1 01736	1301	SC5	LXD	SC9,1	F5G13020
01741	−0 53400 2 01736	1313		LXD	SC9,2 IS EXIT COND. SAME	F5G13140

␣␣␣SD1 = 1021

Definition
01775 1 77777 1 01776 1341 SD1 TXI SD1+1,1,−1 NO F5G13420

References (2)

	01773	0 02000 0 01775	1339		TRA	SD1 NO	F5G13400
	01775	1 77777 1 01776	1341	SD1	TXI	SD1+1,1,−1 NO	F5G13420

␣␣␣SD2 = 1022

Definition
01776 2 00001 2 01766 1342 SD2 TIX SD3,2,1 COUNT TO 3 F5G13430

␣␣␣SD3 = 1014

Definition
01766 −0 50000 0 00524 1334 SD3 CAL SDV3 IS F5G13350
Reference
01776 2 00001 2 01766 1342 SD2 TIX SD3,2,1 COUNT TO 3 F5G13430

␣␣␣SD4 = 1024

Definition
02000 −0 50000 1 12535 1344 SD4 CAL BBB+2,1 F5G13450
Reference
01774 0 02000 0 02000 1340 TRA SD4 YES F5G13410

␣␣␣SD5 = 1031

Definition
02007 −0 50000 1 12540 1351 SD5 CAL BBB+5,1 NO THIS LAST F5G13520

References (2)

	02005	0 02000 0 02007	1349		TRA	SD5 NO	F5G13500
	02023	0 02000 0 02007	1363		TRA	SD5	F5G13640

␣␣␣SD6 = 1036

Definition
02014 0 07400 4 00067 1356 SD6 TSX SE1,4 NO F5G13570
Reference
02012 0 02000 0 02014 1354 TRA SD6 NO F5G13550

␣␣␣SD7 = 1010

Definition
01762 −0 63400 1 00525 1330 SD7 SXD SDV4,1 F5G13310
Reference
02015 0 02000 0 01762 1357 TRA SD7 F5G13580

␣␣␣SD8 = 1038

Definition
02016 −0 53400 4 00522 1358 SD8 LXD SDV1,4 RETURN F5G13590
Reference
02013 0 02000 0 02016 1355 TRA SD8 YES F5G13560

␣␣␣SD9 = 1040

Definition
02020 −0 50000 0 00340 1360 SD9 CAL S5K3 RECORD THIS BB F5G13610
Reference
02006 0 02000 0 02020 1350 TRA SD9 YES,IS F5G13510

␣␣␣SE1 = 55

Definition
234 PARAMETERS FOR BBB TABLE F5G02350

00067 0 76700 0 00022 235 SE1 ALS 18 BB NO. IN ADDR. F5G02360

References (43)

01527	0 07400 4 00067	1154		TSX	SE1,4 MAKE SURE BB IS IN CM.	F5G11550
02014	0 07400 4 00067	1356	SD6	TSX	SE1,4 NO	F5G13570
02101	0 07400 4 00067	1416		TSX	SE1,4 GET INDEX OF BB	F5G14170
02110	0 07400 4 00067	1423		TSX	SE1,4 NEXT B.B.	F5G14240
02254	0 07400 4 00067	1525		TSX	SE1,4 OF BB UP FOR ENTRY.	F5G15260
02326	0 07400 4 00067	1567		TSX	SE1,4 FIND BB INDEX.	F5G15680
02471	0 07400 4 00067	1666		TSX	SE1,4 BB UP FOR ENTRY.	F5G16670
02516	0 07400 4 00067	1687		TSX	SE1,4	F5G16860
03334	0 07400 4 00067	2089		TSX	SE1,4 YES, GET EXIT BB	F5G20900
03376	0 07400 4 00067	2123	X221	TSX	SE1,4 REGION	F5G21240
03437	0 07400 4 00067	2156	X211	TSX	SE1,4 ARRANGE TO DO NEXT	F5G21570
03463	0 07400 4 00067	2176		TSX	SE1,4 NO	F5G21770
03523	0 07400 4 00067	2208		TSX	SE1,4	F5G22090
03530	0 07400 4 00067	2213		TSX	SE1,4	F5G22140
03556	0 07400 4 00067	2235		TSX	SE1,4 OF	F5G22360
03563	0 07400 4 00067	2240		TSX	SE1,4	F5G22410
03624	0 07400 4 00067	2273	X205	TSX	SE1,4	F5G22740
03644	0 07400 4 00067	2289		TSX	SE1,4 GET INDEX OF BB	F5G22900
03656	0 07400 4 00067	2299		TSX	SE1,4 NUMBERED BB	F5G23000
03664	0 07400 4 00067	2305		TSX	SE1,4	F5G23060
03713	0 07400 4 00067	2328		TSX	SE1,4	F5G23290
04124	0 07400 4 00067	2465	X39	TSX	SE1,4 GET INDEX 0F NEXT B.B.	F5G24660
00351	0 07400 4 00067	3406		TSX	SE1,4 GET UNDEX OF NEXT BB	F5G31650
00361	0 07400 4 00067	3414		TSX	SE1,4	F5G31730
00541	0 07400 4 00067	3526	BL06	TSX	SE1,4 PUT EDN MARK INTO THF DUMMEY BB	F5G32850
00354	0 07400 4 00067	3597		TSX	SE1,4	F5G33570
00361	0 07400 4 00067	3602		TSX	SE1,4	F5G33620
00400	0 07400 4 00067	3617		TSX	SE1,4	F5G33770
00406	0 07400 4 00067	3623		TSX	SE1,4	F5G33830
00431	0 07400 4 00067	3642		TSX	SE1,4	F5G34020
00450	0 07400 4 00067	3657		TSX	SE1,4 CONSIDERED	F5G34170
00467	0 07400 4 00067	3672		TSX	SE1,4	F5G34320
00507	0 07400 4 00067	3688		TSX	SE1,4 SXDCASE IN PREFIX	F5G34480
00532	0 07400 4 00067	3707		TSX	SE1,4	F5G34670
02131	0 07400 4 00067	3930		TSX	SE1,4	F5G36900
02222	0 07400 4 00067	3990		TSX	SE1,4 GET INDEX OF BBB TABLE ENTRY	F5G37500
02250	0 07400 4 00067	4013		TSX	SE1,4 GET INDEX OF BB	F5G37730
02761	0 07400 4 00067	4352		TSX	SE1,4	F5G40900
03057	0 07400 4 00067	4416		TSX	SE1,4	F5G41540
03133	0 07400 4 00067	4461		TSX	SE1,4	F5G41990
03177	0 07400 4 00067	4497		TSX	SE1,4	F5G42350
03232	0 07400 4 00067	4524		TSX	SE1,4 ARGUMENT	F5G42620
04356	0 07400 4 00067	5136		TSX	SE1,4	F5G48710

␣␣␣SE4 = 26

Definition

		195			THE ROUTINES SE, SE1, SE4, SE5, SE6 MANIPULATE DRUM TABLES	F5G01960
		196			AUCC, PRED, BBB, AND STAG. THEY ARE ENTERED WITH THE WANTED	F5G01970
		197			ITEM IN THE AC. THEY LOAD IX1 FOR IMMEDIATE REFERENCE T0 THE	F5G01980
		198			STATED ITEM. AFTER SAVING CORES ON THE DRUM WHERE NECESSARY,	F5G01990
		199			THEY BRING IN THE APPROPRIATE PART OF DRUM TABLES. IF THE	F5G02000
		200			ITEM IS ALREADY IN CORES, OF COURSE NO SAVING OR DRUM	F5G02010
		201			MANIPULATION IS NECESSARY.	F5G02020
00032	0 76700 0 00022	202	SE4	ALS	18	F5G02030

References (9)

01651	0 07400 4 00032	1245	TSX	SE4,4 MAKE SURE THE WD IS IN C.M.	F5G12460
03150	0 07400 4 00032	1973	TSX	SE4,4 DETERMINE INDEX IN STAG	F5G19740
03173	0 07400 4 00032	1992	TSX	SE4,4 SPECIFIC	F5G19930
04543	0 07400 4 00032	2740	TSX	SE4,4 OF STAG ENTRY.	F5G27410
04571	0 07400 4 00032	2762	TSX	SE4,4 GET STAG INDEX.	F5G27630
04615	0 07400 4 00032	2782	TSX	SE4,4 THE	F5G27830
00342	0 07400 4 00032	3399	TSX	SE4,4 STAG WORD	F5G31580
00453	0 07400 4 00032	3472	TSX	SE4,4 NEXT	F5G32310
02540	0 07400 4 00032	4204	TSX	SE4,4 GET INDEX OF NEXT STAG WORD	F5G39640

␣␣␣SE5 = 45

Definition
223 PARAMETERS FOR PRED. TABLE F5G02240

00055 0 76700 0 00022 224 SE5 ALS 18 F5G02250

References (17)

01612	0 07400 4 00055	1213		TSX	SE5,4	F5G12140
02117	0 07400 4 00055	1430	F2	TSX	SE5,4 GET INDEX 0F PRED	F5G14310
03224	0 07400 4 00055	2017		TSX	SE5,4 GET PRED.	F5G20180
03534	0 07400 4 00055	2217		TSX	SE5,4	F5G22180
04007	0 07400 4 00055	2388		TSX	SE5,4 GET INDEX OF PRED.	F5G23890
04261	0 07400 4 00055	2560		TSX	SE5,4 OBTAIN PRED. INDEX.	F5G25610
04405	0 07400 4 00055	2644		TSX	SE5,4 GET INDEX OF PRED.	F5G26450
04435	0 07400 4 00055	2668		TSX	SE5,4 PRED.	F5G26690
04764	0 07400 4 00056	2885		TSX	SE5+1,4	F5G28780
04761	0 07400 4 00056	3329		TSX	SE5+1,4	F5G30860
00406	0 07400 4 00055	3435	BL7	TSX	SE5,4 YES, GET INDEX OF PRED	F5G31940
00416	0 07400 4 00055	3631	AC4	TSX	SE5,4 IS THIS THE TRANSFER FROM CURRENTLY CONSIDERE	F5G33910
00464	0 07400 4 00055	3669	AC9	TSX	SE5,4 DETERMINE IF THE BB WHICH	F5G34290
02140	0 07400 4 00055	3937		TSX	SE5,4	F5G36970
02217	0 07400 4 00055	3987		TSX	SE5,4 GET INDEX OF PRED	F5G37470
03612	0 07400 4 00055	4770	Z12	TSX	SE5,4	F5G45050
04070	0 07400 4 00055	4948		TSX	SE5,4	F5G46830

␣␣␣SE6 = 36

Definition
213 PARAMETERS FOR SUCC. TABLE F5G02140

00044 −0 32000 0 00303 214 SE6 ANA SEK4 F5G02150

References (14)

02160	0 07400 4 00044	1465	F32	TSX	SE6,4 GET INDEX OF SUCC.	F5G14660
03567	0 07400 4 00044	2244		TSX	SE6,4	F5G22450
04761	0 07400 4 00044	3295		TSX	SE6,4	F5G30510
04761	0 07400 4 00044	3363		TSX	SE6,4	F5G31210
00374	0 07400 4 00044	3613		TSX	SE6,4 YES GET BB NO. OF SUCESSOR	F5G33730
02763	0 07400 4 00044	4354		TSX	SE6,4 GET SUCC. TABLE ENTRY	F5G40920
03067	0 07400 4 00044	4424		TSX	SE6,4	F5G41620
03137	0 07400 4 00044	4465		TSX	SE6,4 GET THE SECOND SUCC ENTRY	F5G42030
03153	0 07400 4 00044	4477		TSX	SE6,4	F5G42150
03202	0 07400 4 00044	4500		TSX	SE6,4 GET THE 1ST SUCC ENTRY	F5G42380
03217	0 07400 4 00044	4513		TSX	SE6,4	F5G42510
03236	0 07400 4 00044	4528		TSX	SE6,4 FOR THE TZE	F5G42660
03267	0 07400 4 00044	4553		TSX	SE6,4	F5G42910
03315	0 07400 4 00044	4575		TSX	SE6,4	F5G43130

␣␣␣SEK = 191

Definition
00277 0 76600 1 00300 392 SEK WRS 192,1 WRS,192,1 F5G03930

References (2)

	00116	0 50000 0 00277	261		CLA	SEK	F5G02620
	16000	0 50000 0 00277	3250	I5	CLA	SEK	F5G30050

␣␣␣SET = 0

Definition
00000 182 SET EQU 0 INITIAL DRUM ADDRESS F5G01820

References (22)

00040	0 00000 0 00000	209		HTR	0,0,SET N(L)	F5G02100
00042	0 00000 0 00000	211		HTR	SET D(0)	F5G02120
00051	0 00000 0 00000	219		HTR	SET N(L)	F5G02200
00063	0 00000 0 00000	230		HTR	SET N(L)	F5G02310
00065	0 00000 0 00000	232		HTR	SET D(0)	F5G02330
00075	0 00000 0 00000	241		HTR	SET N(L) IN DECR,NO. OF BBS	F5G02420
00077	0 00000 0 00000	243		HTR	SET D(0) IN ADDR.,INITIAL DRUM ADDR.	F5G02440
00115	0 60100 0 00000	260	SE24	STO	SET SUM	F5G02610
00140	0 50000 0 00000	279	SE37	CLA	SET SUMS	F5G02800
00236	0 70000 4 00000	357	SE27	CPY	SET,4 TRANSFER	F5G03580
00243	0 70000 4 00000	362	SE29	CPY	SET,4 TRANSFER	F5G03630
00255	0 70000 4 00000	372	SE32	CPY	SET,4	F5G03730
00620	−0 76000 0 00003	677	S111	SSM	SET INDICATOR TO-MEANING	F5G06780
00622	0 76000 0 00003	679	S1	SSP	SET INDICATOR TO + MEANING	F5G06800
00625	−0 76000 0 00003	682		SSM	SET	F5G06830
00527	−3 00000 1 00030	3704	ACV1	TXL	R,1,SET	F5G34640
00541	−3 00000 2 00503	3714	AC22	TXL	AC12,2,SET	F5G34740
02453	−3 00000 1 02455	4149	SM1	TXL	SM10,1,SET YES, IS ELEMENT IN SUB BOTTOM POS.	F5G39090
02513	−3 00000 1 02515	4181	SM5	TXL	SM7,1,SET	F5G39410
03667	0 77100 0 00000	4817	Z22	ARS	SET	F5G45520
04271	3 00000 0 00000	5081	Z6V1	TXH	0,0,SET (2) THIS RETURN CANT OCCURR	F5G48160
04432	−3 00000 2 04421	5182	EFTXL	TXL	EFRTB,2,SET COMPILE THE INSTRUCTIONS	F5G49170

␣␣␣SF1 = 1048

Definition
02030 0 34000 0 00373 1370 SF1 CAS XK12 NO,IS IT AN ACTIVE INSTR F5G13710
Reference
02026 0 02000 0 02030 1368 TRA SF1 NO, F5G13690

␣␣␣SF4 = 1052

Definition
02034 0 50000 0 00571 1374 SF4 CLA XV5 FORM QUANTITY TO F5G13750

References (2)

	02027	0 02000 0 02034	1369		TRA	SF4 YES,	F5G13700
	02032	0 02000 0 02034	1372		TRA	SF4 YES,	F5G13730

␣␣␣SF5 = 1056

Definition
02040 −0 63400 2 00526 1378 SF5 SXD SFV1,2 INDICATOR F5G13790
Reference
02037 1 00001 2 02040 1377 TXI SF5,2,1 ACTIVE F5G13780

␣␣␣SG1 = 1066

Definition
02052 0 50000 4 00470 1391 SG1 CLA EN4+3,4 FIND INDEX OF IR F5G13920
Reference
02066 2 00001 4 02052 1403 TIX SG1,4,1 COUNT TO 3 F5G14040

␣␣␣SH1 = 1164

Definition
02214 −0 60000 4 00471 3984 SH1 STQ SXD0+4,4 SXD F5G37440
Reference
02215 2 00001 4 02214 3985 TIX SH1,4,1 POSITIONS 0-3 F5G37450

␣␣␣SH2 = 1172

Definition
02224 0 56000 0 00477 3992 SH2 LDQ SHV2 IS F5G37520
Reference
02233 2 00001 4 02224 3999 TIX SH2,4,1 COUNT TO 3 F5G37590

␣␣␣SH3 = 1178

Definition
02232 1 77777 1 02233 3998 SH3 TXI SH3+1,1,−1 DOWN THE EXIT CONDITIONS F5G37580

References (2)

	02226	0 16200 0 02232	3994		TQP	SH3 FOR THIS I.R.	F5G37540
	02232	1 77777 1 02233	3998	SH3	TXI	SH3+1,1,−1 DOWN THE EXIT CONDITIONS	F5G37580

␣␣␣SH4 = 1180

Definition
02234 −0 50000 0 00477 4000 SH4 CAL SHV2 GET F5G37600

␣␣␣SI1 = 1221

Definition
02305 1 77777 1 02306 4042 SI1 TXI SI1+1,1,−1 F5G38020

References (2)

	02266	0 10000 0 02305	4027		TZE	SI1 IS THIS TAG 0	F5G37870
	02305	1 77777 1 02306	4042	SI1	TXI	SI1+1,1,−1	F5G38020

␣␣␣SI2 = 1205

Definition
02265 0 50000 1 01102 4026 SI2 CLA SXST+1,1 F5G37860
Reference
02306 2 00001 2 02265 4043 TIX SI2,2,1 COUNT TO 3, FORM N+1 F5G38030

␣␣␣SI3 = 1233

Definition
02321 0 50200 0 00315 4054 SI3 CLS ONEA RECORD THAT THERE IS F5G38140
Reference
02312 −3 00000 2 02321 4047 TXL SI3,2,0 IS THE LXD CASE 0 F5G38070

␣␣␣SI4 = 1237

Definition
02325 0 60100 0 00465 4058 SI4 STO SXD0 STORE LXD CASE AS ARG FOR SJ F5G38180
Reference
02313 −3 00000 1 02325 4048 TXL SI4,1,0 NO, IS THIS THE ST POSITION F5G38080

␣␣␣SI5 = 1229

Definition
02315 0 77100 0 00022 4050 SI5 ARS 18 NO F5G38100
Reference
02333 0 02000 0 02315 4064 TRA SI5 GO TO COMPILE TRA TO LXD CASE F5G38240

␣␣␣SI6 = 1244

Definition
02334 −0 53400 4 00501 4065 SI6 LXD SIV2,4 RETURN TO 2 FOLLOWING TSX WITH F5G38250

References (2)

	02314	3 77757 1 02334	4049		TXH	SI6,1,−16−1 IS THIS ASSOCIATED WITH A LIST	F5G38090
	02330	0 02000 0 02334	4061		TRA	SI6 YES	F5G38210

␣␣␣SJ1 = 1263

Definition
02357 1 77777 4 02360 4085 SJ1 TXI SJ1+1,4,−1 F5G38450

References (3)

02346	0 12000 0 02357	4076		TPL	SJ1 DOES THE LIST ALREADY HAVE SXD	F5G38360
02354	−0 10000 0 02357	4082		TNZ	SJ1	F5G38420
02357	1 77777 4 02360	4085	SJ1	TXI	SJ1+1,4,−1	F5G38450

␣␣␣SJ2 = 1253

Definition
02345 0 50000 4 01111 4075 SJ2 CLA SXAS1,4 F5G38350
Reference
02360 2 00001 2 02345 4086 TIX SJ2,2,1 COUNT TO 3 F5G38460

␣␣␣SJ3 = 1267

Definition
02363 −0 53400 4 00507 4089 SJ3 LXD SJV2,4 F5G38490
Reference
02342 0 10000 0 02363 4072 TZE SJ3 IS THIS THE 0 LXD CASE F5G38320

␣␣␣SK1 = 1281

Definition
02401 −0 63400 1 00655 4104 SK1 SXD SKV1,1 STORE INDEX OF NEXT WORD F5G38640
Reference
02371 2 00001 1 02401 4096 TIX SK1,1,1 COUNT NO OF WORDS IS CLST FULL F5G38560

␣␣␣SK2 = 1277

Definition
02375 0 70000 1 00655 4100 SK2 CPY CLST,1 THE OUTPUT TAPE F5G38600
Reference
02376 2 00001 1 02375 4101 TIX SK2,1,1 F5G38610

␣␣␣SL1 = 1302

Definition
4126 SUBROUTINE FOR PUTTING HANGING TRA 0 0N TAPE F5G38860

02426 0 50000 0 00660 4127 SL1 CLA SLV3 F5G38870

References (2)

	02244	0 07400 4 02426	4009		TSX	SL1,4 RECORD ANY HANGING TRANSFER	F5G37690
	02466	0 07400 4 02426	4160		TSX	SL1,4 RECORD ANY HANGING TRA0	F5G39200

␣␣␣SL2 = 1292

Definition
02414 0 50000 0 00314 4116 SL2 CLA ZERO PUT 0 LOCATION F5G38760
Reference
02437 0 02000 0 02414 4136 TRA SL2 F5G38960

␣␣␣SM1 = 1323

Definition
02453 −3 00000 1 02455 4149 SM1 TXL SM10,1,SET YES, IS ELEMENT IN SUB BOTTOM POS. F5G39090

References (2)

	02446	0 62200 0 02453	4144		STD	SM1 POSITION OF LIDT	F5G39040
	02452	−3 00000 1 02454	4148		TXL	SM1+1,1,0	F5G39080

␣␣␣SM2 = 1345

Definition
02501 0 76700 0 00001 4171 SM2 ALS 1 NO, SHIFT IT LEFT ONE F5G39310
Reference
02477 0 02000 0 02501 4169 TRA SM2 F5G39290

␣␣␣SM3 = 1342

Definition
02476 0 34000 0 00320 4168 SM3 CAS L4 IS THIS THE CORRECT ENT. REQUIREMENT F5G39280
Reference
02502 1 77777 1 02476 4172 TXI SM3,1,−1 AND INDEX TO NEXT ENRR. REQUIREMENT F5G39320

␣␣␣SM4 = 1347

Definition
02503 −0 50000 1 12535 4173 SM4 CAL BBB+2,1 FORM F5G39330
Reference
02500 0 02000 0 02503 4170 TRA SM4 YES F5G39300

␣␣␣SM5 = 1355

Definition
02513 −3 00000 1 02515 4181 SM5 TXL SM7,1,SET F5G39410

References (2)

	02447	0 62200 0 02513	4145		STD	SM5 SET END TEST	F5G39050
	02512	−3 00000 1 02514	4180		TXL	SM5+1,1,0	F5G39400

␣␣␣SM6 = 1320

Definition
02450 0 50000 1 00676 4146 SM6 CLA LIST1,1 F5G39060
Reference
02514 1 77777 1 02450 4182 TXI SM6,1,−1 NO, INDEX TO NEXT LIST POS. F5G39420

␣␣␣SM7 = 1357

Definition
02515 0 50200 0 00315 4183 SM7 CLS ONEA F5G39430

References (2)

	02513	−3 00000 1 02515	4181	SM5	TXL	SM7,1,SET	F5G39410
	02521	0 10000 0 02515	4187	SM8	TZE	SM7 GO TO RECORD HANGING TRA	F5G39470

␣␣␣SM8 = 1361

Definition
02521 0 10000 0 02515 4187 SM8 TZE SM7 GO TO RECORD HANGING TRA F5G39470
Reference
02451 −0 12000 0 02521 4147 TMI SM8 DOES THIS ELEMENT OF LIST REPRESENT AN LXD F5G39070

␣␣␣SM9 = 1359

Definition
02517 −0 53400 4 00661 4185 SM9 LXD SMV1,4 F5G39450
Reference
02524 0 02000 0 02517 4190 TRA SM9 F5G39500

␣␣␣STL = 240

Definition
00360 162 STL EQU 240 8-1-6-2 STAG LENGTH F5G01620
Reference
00360 2901 STAGL SYN STL F5G28940

␣␣␣SYN = 1109

Definition
02125 −0 00000 0 00000 3922 SYN MZE SYN CARD TABLE STORED BACKWARD F5G36820

References (4)

04205	0 60100 2 02125	5027	STO	SYN,2 IN THE	F5G47620
04210	0 62200 2 02125	5030	STD	SYN,2	F5G47650
04370	−0 50000 2 02125	5146	CAL	SYN,2	F5G48810
04377	−0 50000 2 02125	5153	CAL	SYN,2	F5G48880

␣␣␣TAG = 298

Definition
00452 0 00000 0 00000 3854 TAG TAU-TAG FROM AN INST. F5G36140

References (4)

04617	0 76000 0 00006	2784	COM	S−TAG	F5G27850
02552	0 60100 0 00452	4214	STO	TAG	F5G39740
02574	0 50000 0 00452	4232	CLA	TAG COMPILE THE SYMB. ADDR. OF THE CELL	F5G39920
02661	0 50000 0 00452	4285	CLA	TAG SYMB. ADDR. OF TAU-TAG CELL	F5G40230

␣␣␣TPE = 290

Definition
00442 0 00000 0 00000 506 TPE THE TYPE OF INSTR. F5G05070

References (11)

00723	−0 60000 0 00442	744		STQ	TPE PASSIVE REFERENCE.	F5G07450
00777	0 50000 0 00442	789	S24	CLA	TPE IS IT A DED, LXP, OR LX CLASS.	F5G07900
01131	0 60100 0 00442	889		STO	TPE	F5G08900
02024	0 50000 0 00442	1366	SF	CLA	TPE IS THIS	F5G13670
02742	0 50000 0 00442	1837		CLA	TPE IS THIS	F5G18380
03000	0 50000 0 00442	1867	1L3	CLA	TPE IS THIS AN LXP	F5G18680
03122	0 50000 0 00442	1951		CLA	TPE IS THIS AN	F5G19520
03140	0 50000 0 00442	1965	X4	CLA	TPE 1S THIS	F5G19660
03260	0 50000 0 00442	2045		CLA	TPE IS THIS	F5G20460
03275	0 50000 0 00442	2058	X17	CLA	TPE	F5G20590
04525	0 50000 0 00442	2726		CLA	TPE IS THIS	F5G27270

␣␣␣TWO = 362

Definition
00552 0 00000 0 00002 3535 TWO 2 F5G32940
Reference
00337 0 40200 0 00552 3396 SUB TWO F5G31550

␣␣␣X01 = 1650

Definition
03162 −0 53400 2 00430 1983 X01 LXD IRR,2 F5G19840

References (2)

	03156	0 02000 0 03162	1979		TRA	X01 COME HERE IF NOT ACTIVE	F5G19800
	03300	0 02000 0 03162	2061		TRA	X01 YES.	F5G20620

␣␣␣X02 = 1658

Definition
03172 0 50000 0 00567 1991 X02 CLA XV3 RECORD THE F5G19920

References (3)

03256	0 02000 0 03172	2043	TRA	X02	F5G20440
03303	−0 10000 0 03172	2064	TNZ	X02 I.R. LX ED	F5G20650
03306	0 02000 0 03172	2067	TRA	X02	F5G20680

␣␣␣X03 = 1683

Definition
03223 0 60200 0 00512 2016 X03 SLW SBV2 F5G20170
Reference
03234 0 02000 0 03223 2025 TRA X03 PRED. F5G20260

␣␣␣X04 = 1690

Definition
03232 0 50000 0 00512 2023 X04 CLA SBV2 NO ARRANGE TO F5G20240
Reference
03230 0 02000 0 03232 2021 TRA X04 NO F5G20220

␣␣␣X05 = 1693

Definition
03235 −0 53400 2 00430 2026 X05 LXD IRR,2 PUT LX F5G20270
Reference
03231 0 02000 0 03235 2022 TRA X05 YES F5G20230

␣␣␣X13 = 1746

Definition
03322 −0 53400 1 00440 2079 X13 LXD S3V4,1 GET LOOP LIST QUANTITY F5G20800
Reference
03100 0 02000 0 03322 1933 TRA X13 COME HERE IF TAG NOT GOT. F5G19340

␣␣␣X14 = 1645

Definition
03155 0 07400 4 02024 1978 X14 TSX SF,4 CHECK IF AN ACTIVE INSTR. F5G19790

References (2)

	03143	0 02000 0 03155	1968		TRA	X14 YES	F5G19690
	03245	0 02000 0 03155	2034		TRA	X14	F5G20350

␣␣␣X15 = 1719

Definition
03267 0 07400 4 02024 2052 X15 TSX SF,4 DETERMINE ACTIVITY. F5G20530
Reference
03265 0 02000 0 03267 2050 TRA X15 F5G20510

␣␣␣X16 = 1702

Definition
03246 0 07400 4 01661 2035 X16 TSX SC,4 RECORD I.R. ACTIVE IN SECTION OF LPLST F5G20360

References (3)

03211	0 02000 0 03243	2006	XI1	TRA	X16−3	F5G20070
03263	0 02000 0 03246	2048		TRA	X16 YES.	F5G20490
03266	0 02000 0 03246	2051		TRA	X16 YES.	F5G20520

␣␣␣X17 = 1725

Definition
03275 0 50000 0 00442 2058 X17 CLA TPE F5G20590
Reference
03270 0 02000 0 03275 2053 TRA X17 COME HERE IF NOT ACTIVE. F5G20540

␣␣␣X18 = 1729

Definition
03301 −0 53400 1 00430 2062 X18 LXD IRR,1 F5G20630
Reference
03277 0 02000 0 03301 2060 TRA X18 F5G20610

␣␣␣X19 = 1655

Definition
03167 −0 50000 0 00340 1988 X19 CAL S5K3 RECORD THAT THERE IS AN F5G19890
Reference
03164 −0 10000 0 03167 1985 TNZ X19 BEEN DETERMINED FOR THIS BB. F5G19860

␣␣␣X21 = 1590

Definition
03066 0 50000 0 00314 1923 X21 CLA ZERO SET ACTIVE INDICATORS F5G19240

␣␣␣X22 = 1735

Definition
03307 0 07400 4 00070 2068 X22 TSX SE,4 MAKE SURE BB IS IN C+M. F5G20690
Reference
03352 0 02000 0 03307 2103 TRA X22 YES, F5G21040

␣␣␣X23 = 1740

Definition
03314 0 76700 0 00022 2073 X23 ALS 18 PUT ENTR. REQ. IN LEFT. F5G20740
Reference
03312 −0 10000 0 03314 2071 TNZ X23 HAS THIS ENTRANCE REQ. BEEN FOUND F5G20720

␣␣␣X24 = 1744

Definition
03320 2 00001 2 03311 2077 X24 TIX X25,2,1 COUNT TO 3 F5G20780
Reference
03317 1 77777 1 03320 2076 TXI X24,1,−1 DOWN INDEX OF ENTR-EXIT REQU. F5G20770

␣␣␣X25 = 1737

Definition
03311 0 50000 2 00565 2070 X25 CLA LX1+3,2 F5G20710
Reference
03320 2 00001 2 03311 2077 X24 TIX X25,2,1 COUNT TO 3 F5G20780

␣␣␣X26 = 1771

Definition
03353 0 50000 0 00444 2104 X26 CLA S3V5 NO F5G21050

References (3)

03321	0 02000 0 03353	2078	TRA	X26	F5G20790
03323	3 00072 1 03353	2080	TXH	X26,1,S3P1−2 TRANSFER IF THIS IS 1ST IN LPLST	F5G20810
03351	0 02000 0 03353	2102	TRA	X26	F5G21030

␣␣␣X31 = 1775

Definition
03357 −0 50000 0 00444 2108 X31 CAL S3V5 F5G21090
Reference
03355 0 02000 0 03357 2106 TRA X31 NO F5G21070

␣␣␣X32 = 1594

Definition
03072 0 50000 0 00314 1927 X32 CLA ZERO SET LX INDICATORS F5G19280

References (2)

	02705	0 02000 0 03072	1807		TRA	X32	F5G18080
	03364	0 02000 0 03072	2113		TRA	X32 BB	F5G21140

␣␣␣X33 = 2083

Definition
04043 0 50000 0 00444 2416 X33 CLA S3V5 F5G24170
Reference
03363 0 02000 0 04043 2112 TRA X33 TRANSPARENT REGION F5G21130

␣␣␣X34 = 2115

Definition
04103 0 34000 0 00333 2448 X34 CAS LK1 NO,IS C(ENM)=E F5G24490
Reference
04101 0 02000 0 04103 2446 TRA X34 NO, F5G24470

␣␣␣X35 = 2118

Definition
04106 0 34000 1 00430 2451 X35 CAS IR1+3,1 C-(ENM)=C(IRN) F5G24520
Reference
04104 0 02000 0 04106 2449 TRA X35 NO, F5G24500

␣␣␣X36 = 2121

Definition
04111 −0 53400 1 00576 2454 X36 LXD XV10,1 NO F5G24550

References (6)

04105	0 02000 0 04111	2450		TRA	X36 YES,	F5G24510
04107	0 02000 0 04111	2452		TRA	X36 NO	F5G24530
04131	0 02000 0 04111	2470		TRA	X36 YES	F5G24710
04136	0 10000 0 04111	2475		TZE	X36	F5G24760
05664	−3 00000 0 04111	3159		TXL	X36,−,−	F5G29140
05671	−3 00000 0 04111	3164	W4	TXL	X36,−,−	F5G29190

␣␣␣X37 = 2123

Definition
04113 2 00001 2 04063 2456 X37 TIX X38,2,1 COUNT TO 3 F5G24570

␣␣␣X38 = 2099

Definition
04063 −0 50000 0 00575 2432 X38 CAL XV9 GET THE F5G24330
Reference
04113 2 00001 2 04063 2456 X37 TIX X38,2,1 COUNT TO 3 F5G24570

␣␣␣X39 = 2132

Definition
04124 0 07400 4 00067 2465 X39 TSX SE1,4 GET INDEX 0F NEXT B.B. F5G24660
Reference
04122 0 02000 0 04124 2463 TRA X39 F5G24640

␣␣␣X40 = 2093

Definition
04055 −0 63400 1 00601 2426 X40 SXD XV13,1 GET INDEX OF FIRST BB. F5G24270
Reference
04125 0 02000 0 04055 2466 TRA X40 F5G24670

␣␣␣X41 = 2152

Definition

		2485			C(XV10)= INDEX OF PARTICULAR	F5G24860
		2486			ENTRANCE REQUIREMENT.	F5G24870
04150	0 50000 1 00430	2487	X41	CLA	IR1+3,1	F5G24880

Reference
04102 0 02000 0 04150 2447 TRA X41 YES, F5G24480

␣␣␣X42 = 2122

Definition
04112 1 77777 1 04113 2455 X42 TXI X42+1,1,−1 F5G24560

References (4)

04112	1 77777 1 04113	2455	X42	TXI	X42+1,1,−1	F5G24560
04201	0 02000 0 04112	2512		TRA	X42	F5G25130
04216	0 02000 0 04112	2525		TRA	X42	F5G25260
05647	0 10000 0 04112	3146		TZE	X42	F5G29010

␣␣␣X43 = 2138

Definition
04132 0 50000 4 00511 2471 X43 CLA ACT1+3,4 F5G24720
Reference
04110 0 02000 0 04132 2453 TRA X43 YES F5G24540

␣␣␣X44 = 2187

Definition
04213 −0 50000 0 00340 2522 X44 CAL S5K3 RECORD THIS F5G25230
Reference
04146 0 02000 0 04213 2483 TRA X44 YES. F5G24840

␣␣␣X45 = 2191

Definition
04217 0 53400 2 00342 2526 X45 LXA S5K5,2 F5G25270
Reference
04123 0 02000 0 04217 2464 TRA X45 YES,DONE. F5G24650

␣␣␣X46 = 2200

Definition
04230 0 34000 0 00333 2535 X46 CAS LK1 IS THERE HASH IN ENM F5G25360
Reference
04226 0 02000 0 04230 2533 TRA X46 F5G25340

␣␣␣X47 = 2206

Definition
04236 −0 53400 1 00440 2541 X47 LXD S3V4,1 GET AND F5G25420
Reference
04234 0 02000 0 04236 2539 TRA X47 NO F5G25400

␣␣␣X48 = 2224

Definition
04260 0 60200 0 00512 2559 X48 SLW SBV2 STORE PRED. NO. F5G25600
Reference
04271 0 02000 0 04260 2568 TRA X48 F5G25690

␣␣␣X49 = 2231

Definition
04267 0 50000 0 00512 2566 X49 CLA SBV2 ARRANGE TO F5G25670
Reference
04265 0 02000 0 04267 2564 TRA X49 F5G25650

␣␣␣X50 = 2234

Definition
04272 0 53400 4 00342 2569 X50 LXA S5K5,4 1 HAS INDEX OF PRED. F5G25700
Reference
04266 0 02000 0 04272 2565 TRA X50 YES. F5G25660

␣␣␣X51 = 2242

Definition
04302 2 00001 4 04273 2577 X51 TIX X52,4,1 F5G25780
Reference
04300 0 02000 0 04302 2575 TRA X51 F5G25760

␣␣␣X52 = 2235

Definition
04273 −0 50000 0 00575 2570 X52 CAL XV9 EXTRACT F5G25710
Reference
04302 2 00001 4 04273 2577 X51 TIX X52,4,1 F5G25780

␣␣␣X53 = 2244

Definition
04304 −0 50000 0 00377 2579 X53 CAL XK16 GENERATE F5G25800
Reference
04301 0 02000 0 04304 2576 TRA X53 YES. F5G25770

␣␣␣X54 = 2261

Definition
04325 −0 53400 2 00602 2596 X54 LXD XV14,2 COUNT TO F5G25970

References (4)

04320	0 12000 0 04325	2591	TPL	X54 ACTIVE AT EXIT	F5G25920
04345	0 04000 0 04325	2612	TLQ	X54	F5G26130
04353	0 02000 0 04325	2618	TRA	X54	F5G26190
04356	0 02000 0 04325	2621	TRA	X54	F5G26220

␣␣␣X55 = 2247

Definition
04307 −0 53400 1 00514 2582 X55 LXD SBV4,1 IS THE F5G25830
Reference
04232 0 02000 0 04307 2537 TRA X55 YES F5G25380

␣␣␣X56 = 2192

Definition
04220 −0 63400 2 00602 2527 X56 SXD XV14,2 F5G25280
Reference
04326 2 00001 2 04220 2597 TIX X56,2,1 3 F5G25980

␣␣␣X57 = 1797

Definition
03405 0 07400 4 01245 2130 X57 TSX S5,4 NO,MATCH ENTR. REQU. F5G21310

␣␣␣X58 = 1832

Definition
03450 0 34000 0 00337 2165 X58 CAS S5K2 IS C(ENM) REAL F5G21660
Reference
03446 0 02000 0 03450 2163 TRA X58 F5G21640

␣␣␣X59 = 1839

Definition
03457 2 00001 1 03442 2172 X59 TIX X60,1,1 F5G21730

References (3)

03455	0 10000 0 03457	2170	X102	TZE	X59 IRN ACTIVE	F5G21710
03735	0 10000 0 03457	2346		TZE	X59 ACTIVE	F5G23470
03770	0 02000 0 03457	2373		TRA	X59	F5G23740

␣␣␣X60 = 1826

Definition
03442 0 50000 1 00465 2159 X60 CLA IN1+3,1 GET INDEX F5G21600
Reference
03457 2 00001 1 03442 2172 X59 TIX X60,1,1 F5G21730

␣␣␣X61 = 2004

Definition
03724 0 53400 1 00342 2337 X61 LXA S5K5,1 F5G23380
Reference
03403 0 10000 0 03724 2128 TZE X61 LPLST F5G21290

␣␣␣X62 = 2005

Definition
03725 −0 75400 1 00000 2338 X62 PXD 0,1 PLACE APPROPRIATE NOS. F5G23390
Reference
03730 2 00001 1 03725 2341 TIX X62,1,1 F5G23420

␣␣␣X63 = 1798

Definition
03406 −0 53400 1 00613 2131 X63 LXD XV23,1 GET F5G21320
Reference
03733 0 02000 0 03406 2344 TRA X63 F5G23450

␣␣␣X64 = 2012

Definition
03734 0 50000 1 00561 2345 X64 CLA AC1+3,1 IS THIS I.R. F5G23460
Reference
03447 0 02000 0 03734 2164 TRA X64 YES, F5G21650

␣␣␣X65 = 1838

Definition
03456 0 07400 4 01566 2171 X65 TSX SB,4 YES,RECORD SXD NECESSARY. F5G21720

References (2)

	03752	0 02000 0 03456	2359		TRA	X65 YES	F5G23600
	03761	0 12000 0 03456	2366		TPL	X65	F5G23670

␣␣␣X66 = 2027

Definition
03753 0 50000 0 00614 2360 X66 CLA XV24 F5G23610
Reference
03751 0 16200 0 03753 2358 TQP X66 FOR THIS I.R. F5G23590

␣␣␣X67 = 2041

Definition
03771 −0 63400 1 00577 2374 X67 SXD XV11,1 F5G23750
Reference
03453 0 02000 0 03771 2168 TRA X67 YES, F5G21690

␣␣␣X68 = 2054

Definition
04006 0 60200 0 00512 2387 X68 SLW SBV2 F5G23880
Reference
04017 0 02000 0 04006 2396 TRA X68 F5G23970

␣␣␣X69 = 2061

Definition
04015 0 50000 0 00512 2394 X69 CLA SBV2 F5G23950
Reference
04013 0 02000 0 04015 2392 TRA X69 F5G23930

␣␣␣X70 = 2064

Definition
04020 0 53400 4 00342 2397 X70 LXA S5K5,4 SET COUNT TO 3 F5G23980
Reference
04014 0 02000 0 04020 2393 TRA X70 YES. F5G23940

␣␣␣X71 = 2072

Definition
04030 2 00001 4 04021 2405 X71 TIX X72,4,1 NO, F5G24060
Reference
04026 0 02000 0 04030 2403 TRA X71 NO, F5G24040

␣␣␣X72 = 2065

Definition
04021 −0 50000 0 00575 2398 X72 CAL XV9 FIND F5G23990
Reference
04030 2 00001 4 04021 2405 X71 TIX X72,4,1 NO, F5G24060

␣␣␣X73 = 2074

Definition
04032 −0 50000 0 00377 2407 X73 CAL XK16 RECORD THAT AN F5G24080
Reference
04027 0 02000 0 04032 2404 TRA X73 YES, F5G24050

␣␣␣X74 = 1931

Definition
03613 −0 53400 2 00600 2264 X74 LXD XV12,2 F5G22650

References (2)

	03601	0 02000 0 03613	2254		TRA	X74	F5G22550
	03604	0 12000 0 03613	2257		TPL	X74 A LOOP	F5G22580

␣␣␣X75 = 1955

Definition
03643 0 62100 0 00612 2288 X75 STA XV22 STOREBB NO. F5G22890

References (2)

	03652	0 02000 0 03643	2295		TRA	X75	F5G22960
	03654	0 02000 0 03643	2297		TRA	X75	F5G22980

␣␣␣X76 = 1973

Definition
03665 −0 53400 2 00600 2306 X76 LXD XV12,2 F5G23070
Reference
03653 0 02000 0 03665 2296 TRA X76 YES. F5G22970

␣␣␣X77 = 1976

Definition
03670 0 50000 2 05035 2309 X77 CLA LPLST+S3P1,2 F5G23100

␣␣␣X79 = 1859

Definition
03503 0 50000 2 05035 2192 X79 CLA LPLST+S3P1,2 F5G21930
Reference
03677 0 02000 0 03503 2316 TRA X79 NO. F5G23170

␣␣␣X80 = 1970

Definition
03662 0 77100 0 00022 2303 X80 ARS 18 F5G23040
Reference
03620 0 02000 0 03662 2269 TRA X80 YES F5G22700

␣␣␣X81 = 1999

Definition
03717 0 50000 0 00566 2332 X81 CLA XV2 F5G23330

References (2)

	03506	0 02000 0 03717	2195		TRA	X81 YES.	F5G21960
	03661	0 02000 0 03717	2302		TRA	X81 FINISHED RENUMBERING.	F5G23030

␣␣␣X82 = 2167

Definition
04167 0 50000 0 00314 2502 X82 CLA ZERO NO, F5G25030

References (2)

	04165	0 02000 0 04167	2500		TRA	X82 NO,	F5G25010
	04205	0 02000 0 04167	2516		TRA	X82	F5G25170

␣␣␣X83 = 2172

Definition
04174 1 77777 1 04175 2507 X83 TXI X83+1,1,−1 F5G25080

References (3)

04172	0 02000 0 04174	2505		TRA	X83	F5G25060
04174	1 77777 1 04175	2507	X83	TXI	X83+1,1,−1	F5G25080
04212	0 02000 0 04174	2521		TRA	X83	F5G25220

␣␣␣X84 = 2173

Definition
04175 2 00001 4 04162 2508 X84 TIX X85,4,1 COUNT TO 3. F5G25090

␣␣␣X85 = 2162

Definition
04162 −0 50000 1 12535 2497 X85 CAL BBB+2,1 F5G24980
Reference
04175 2 00001 4 04162 2508 X84 TIX X85,4,1 COUNT TO 3. F5G25090

␣␣␣X86 = 2178

Definition
04202 −0 50000 0 00366 2513 X86 CAL XK18 PUT AN E F5G25140
Reference
04166 0 02000 0 04202 2501 TRA X86 YES, F5G25020

␣␣␣X87 = 2182

Definition
04206 −0 50000 0 00573 2517 X87 CAL XV7 PLACE E F5G25180
Reference
04173 0 02000 0 04206 2506 TRA X87 YES F5G25070

␣␣␣X88 = 2296

Definition
04370 0 50000 0 00550 2631 X88 CLA LPIND F5G26320
Reference
03356 0 02000 0 04370 2107 TRA X88 YES F5G21080

␣␣␣X89 = 1841

Definition
03461 0 50000 0 04741 2174 X89 CLA LPLST F5G21750

References (2)

	04421	0 02000 0 03461	2656		TRA	X89	F5G26570
	04507	0 10000 0 03461	2712		TZE	X89 LEFT GO TO RENUMBER.	F5G27130

␣␣␣X90 = 2315

Definition
04413 0 50000 0 00604 2650 X90 CLA XV16 F5G26510
Reference
04411 0 02000 0 04413 2648 TRA X90 F5G26490

␣␣␣X91 = 2308

Definition
04404 0 60200 0 00604 2643 X91 SLW XV16 STORE PRED. NO. F5G26440
Reference
04415 0 02000 0 04404 2652 TRA X91 F5G26530

␣␣␣X92 = 2341

Definition
04445 −0 53400 2 00574 2676 X92 LXD XV8,2 F5G26770
Reference
04412 0 02000 0 04445 2649 TRA X92 YES F5G26500

␣␣␣X93 = 2363

Definition
04473 1 77777 2 04474 2698 X93 TXI X93+1,2,−1 F5G26990

References (3)

04425	0 02000 0 04473	2660		TRA	X93 YES	F5G26610
04465	0 10000 0 04473	2692		TZE	X93 ACTIVE	F5G26930
04473	1 77777 2 04474	2698	X93	TXI	X93+1,2,−1	F5G26990

␣␣␣X94 = 2364

Definition
04474 2 00001 4 04451 2699 X94 TIX X95,4,1 COUNT TO 3 F5G27000

␣␣␣X95 = 2345

Definition
04451 −0 50000 0 00575 2680 X95 CAL XV9 GET F5G26810
Reference
04474 2 00001 4 04451 2699 X94 TIX X95,4,1 COUNT TO 3 F5G27000

␣␣␣X96 = 2356

Definition
04464 0 50000 1 00561 2691 X96 CLA AC1+3,1 IS IRN F5G26920

References (2)

	04444	1 00000 0 04464	2675	X137	TXI	X96,0,−	F5G26760
	04462	0 02000 0 04464	2689		TRA	X96 NO	F5G26900

␣␣␣X97 = 2322

Definition
04422 −0 63400 1 04444 2657 X97 SXD X137,1 F5G26580
Reference
04463 0 02000 0 04422 2690 TRA X97 YES F5G26910

␣␣␣X98 = 2326

Definition
04426 −0 50000 0 00340 2661 X98 CAL S5K3 RECORD LX FOR F5G26620
Reference
04424 0 02000 0 04426 2659 TRA X98 F5G26600

␣␣␣XI1 = 1673

Definition
03211 0 02000 0 03243 2006 XI1 TRA X16−3 F5G20070

References (2)

	03205	−3 00072 1 03212	2002		TXL	XI1+1,1,S3P1−2	F5G20030
	03207	−0 12000 0 03212	2004		TMI	XI1+1	F5G20050

␣␣␣XK3 = 243

Definition
00363 −000000000000 450 XK3 OCT −0 3 CONSTANTS USED TO F5G04510
Reference
00363 457 XK10 SYN XK3 MASK TO EXTRACT 1ST IN BB FIT. F5G04580

␣␣␣XK4 = 246

Definition
00366 −377776000000 453 XK4 OCT −377776000000 E,HASH SYMBOL,IN LQT HALF F5G04540
Reference
00366 465 XK18 SYN XK4 E IN LEFT HALF WORD. F5G04660

␣␣␣XK5 = 247

Definition
00367 −300000000000 454 XK5 OCT −300000000000 MASK FOR PREFIX F5G04550

␣␣␣XK6 = 248

Definition
00370 +200000000000 455 XK6 OCT 200000000000 F5G04560

␣␣␣XK9 = 249

Definition
00371 0 00000 0 00011 456 XK9 HTR 9 F5G04570

References (4)

01643	0 22100 0 00371	1238	DVP	XK9 STAG AND POSITION OF SX	F5G12390
03111	0 22100 0 00371	1942	DVP	XK9 STORE INTEG. PART	F5G19430
04522	0 22100 0 00371	2723	DVP	XK9 FORM LOC/9 AND	F5G27240
15743	0 22100 0 00371	3221	DVP	XK9	F5G29760

␣␣␣XV1 = 373

Definition
00565 0 00000 0 00000 637 XV1 IN DECR., INDEX OF CURRENT REGION F5G06380

References (5)

02656	−0 63400 1 00565	1783	F82	SXD	XV1,1 STORE THE INDEX	F5G17840
03645	0 50000 0 00565	2290	X101	CLA	XV1 STORE THE	F5G22910
03675	0 50000 0 00565	2314		CLA	XV1 RECORD THE	F5G23150
03721	−0 53400 1 00565	2334		LXD	XV1,1 NEW REGION	F5G23350
04430	−0 53400 1 00565	2663		LXD	XV1,1 REGION.	F5G26640

␣␣␣XV2 = 374

Definition
00566 0 00000 0 00000 638 XV2 THE NEW REGION WORD. F5G06390

References (8)

02660	−0 60000 0 00566	1786		STQ	XV2 VALUE OF REGION	F5G17870
03171	−0 60200 0 00566	1990		ORS	XV2 REGION.	F5G19910
03471	0 62200 0 00566	2182	X207	STD	XV2	F5G21830
03477	−0 60200 0 00566	2188		ORS	XV2 TO EMPTYNESS	F5G21890
03633	−0 60200 0 00566	2280		ORS	XV2 OLD REGION IN NEW REGION WORD.	F5G22810
03636	0 32000 0 00566	2283		ANS	XV2 INTO NEW REGION WORD.	F5G22840
03717	0 50000 0 00566	2332	X81	CLA	XV2	F5G23330
04040	−0 60200 0 00566	2413		ORS	XV2 IN THIS REGION.	F5G24140

␣␣␣XV3 = 375

Definition
00567 0 00000 0 00000 639 XV3 THE WORD POSITION IN STAG F5G06400

References (7)

03112	−0 60000 0 00567	1943		STQ	XV3 AND REMAINDER.	F5G19440
03147	0 50000 0 00567	1972		CLA	XV3 NO,	F5G19730
03172	0 50000 0 00567	1991	X02	CLA	XV3 RECORD THE	F5G19920
04523	−0 60000 0 00567	2724		STQ	XV3 REMAINDER	F5G27250
04542	0 50000 0 00567	2739	A2	CLA	XV3 GET INDEX	F5G27400
04570	0 50000 0 00567	2761	A5	CLA	XV3	F5G27620
04614	0 50000 0 00567	2781	A8	CLA	XV3 GET	F5G27820

␣␣␣XV4 = 376

Definition
00570 0 00000 0 00000 640 XV4 THE DIGIT INDEX WITHIN THE WORD. F5G06410

References (8)

03113	0 60100 0 00570	1944		STO	XV4	F5G19450
03151	0 53400 2 00570	1974		LXA	XV4,2	F5G19750
03174	−0 50000 0 00570	1993		CAL	XV4 TAG	F5G19940
04524	0 60100 0 00570	2725		STO	XV4	F5G27260
04544	0 53400 2 00570	2741		LXA	XV4,2 IS THERE	F5G27420
04554	−0 50000 0 00570	2749	A4	CAL	XV4 GET	F5G27500
04572	−0 50000 0 00570	2763		CAL	XV4	F5G27640
04616	−0 50000 0 00570	2783		CAL	XV4	F5G27840

␣␣␣XV5 = 377

Definition
00571 0 00000 0 00000 641 XV5 THE LOCATION OF CURRENT TAG (INSTR.) F5G06420

References (3)

02034	0 50000 0 00571	1374	SF4	CLA	XV5 FORM QUANTITY TO	F5G13750
03110	−0 60000 0 00571	1941		STQ	XV5 AND REMAINDER	F5G19420
04521	−0 60000 0 00571	2722		STQ	XV5	F5G27230

␣␣␣XV6 = 378

Definition
00572 0 00000 0 00000 642 XV6 NEAR XO7,C.F. OF TNX BRANCH,NEAR X85, TAG F5G06430

References (3)

04151	0 60100 0 00572	2488	STO	XV6	F5G24890
04164	0 34000 0 00572	2499	CAS	XV6 IS ENTR. REQU. EQUAL TO TAG	F5G25000
04171	0 34000 0 00572	2504	CAS	XV6 IS TAG EQUAL TO EXIT COND.	F5G25050

␣␣␣XV7 = 379

Definition
00573 0 00000 0 00000 643 XV7 X07 TO X09+,INDEX OF BB,NEAR X85,TAG F5G06440

References (6)

04154	0 60200 0 00573	2491		SLW	XV7	F5G24920
04176	0 50000 0 00573	2509	X201	CLA	XV7 STORE THE	F5G25100
04203	0 62200 0 00573	2514		STD	XV7 IN THE ENTR. REQU.	F5G25150
04204	0 63000 0 00573	2515		STP	XV7	F5G25160
04206	−0 50000 0 00573	2517	X87	CAL	XV7 PLACE E	F5G25180
04211	0 60200 0 00573	2520		SLW	XV7 REQUIREMENT.	F5G25210

␣␣␣XV8 = 380

Definition
00574 0 00000 0 00000 644 XV8 INDEX OF BB NE-R X33 F5G06450

References (9)

03414	0 60200 0 00574	2137		SLW	XV8 CONTAIN NEW PERM. NOS.	F5G21380
03426	−0 60200 0 00574	2147		ORS	XV8 FORM NEW PERM.	F5G21480
03430	−0 50000 0 00574	2149		CAL	XV8 STORE NEW PERM.	F5G21500
04061	0 60200 0 00574	2430		SLW	XV8	F5G24310
04073	−0 60200 0 00574	2440		ORS	XV8 FORM NEW PERM. NOS.	F5G24410
04114	−0 50000 0 00574	2457		CAL	XV8 STORE NEW	F5G24580
04215	−0 60200 0 00574	2524		ORS	XV8 ACTIVE	F5G25250
04402	−0 63400 1 00574	2641		SXD	XV8,1 STORE INDEX OF 1ST BB	F5G26420
04445	−0 53400 2 00574	2676	X92	LXD	XV8,2	F5G26770

␣␣␣XV9 = 381

Definition

		645		PERMUTATION. WHEN INDEX REGISTER ASSIGNMENTS THROUGHOUT AN	F5G06460
		646		ALREADY TREATED REGION ARE PERMUTED, STAG, PRED AND BBB MUST	F5G06470
		647		BE UPDATED. INSTEAD, WORD 2 OF BBB CONTAINS PERMUTATION	F5G06480
		648		NUMBERS THROUGH WHICH THESE TABLES ARE READ, AND UPDATING	F5G06490
		649		REQUIRES ONLY THESE NUMBERS TO BE CHANGED. IN SECTION 5 PART	F5G06500
		650		2 WHEN THE FINAL CONFIGURATION HAS BEEN REACHED, THE TABLES	F5G06510
		651		THEMSELVES ARE ACTUALLY UPDATED.	F5G06520
00575	0 00000 0 00000	652	XV9	THE PERMUTATION NOS.	F5G06530

References (10)

03412	0 60200 0 00575	2135		SLW	XV9 ORIGINAL PERM. NOS.	F5G21360
03416	−0 50000 0 00575	2139	X210	CAL	XV9 GET THE	F5G21400
04004	0 60100 0 00575	2385		STO	XV9 PREM. NO. -	F5G23060
04021	−0 50000 0 00575	2398	X72	CAL	XV9 FIND	F5G23990
04057	0 60200 0 00575	2428		SLW	XV9 CONTAIN PERM. NOS.	F5G24290
04063	−0 50000 0 00575	2432	X38	CAL	XV9 GET THE	F5G24330
04250	0 60100 0 00575	2551		STO	XV9 PERM. NOS.	F5G25520
04273	−0 50000 0 00575	2570	X52	CAL	XV9 EXTRACT	F5G25710
04450	0 60100 0 00575	2679		STO	XV9 PERM. NOS.	F5G26800
04451	−0 50000 0 00575	2680	X95	CAL	XV9 GET	F5G26810

␣␣␣XY1 = 2268

Definition
04334 0 50000 4 00430 2603 XY1 CLA IR1+3,4 F5G26040
Reference
04341 2 00001 4 04334 2608 XY2 TIX XY1,4,1 F5G26090

␣␣␣XY2 = 2273

Definition
04341 2 00001 4 04334 2608 XY2 TIX XY1,4,1 F5G26090
Reference
04336 −0 10000 0 04341 2605 TNZ XY2 F5G26060

␣␣␣XY3 = 2318

Definition
04416 0 53400 1 00342 2653 XY3 LXA S5K5,1 F5G26540
Reference
04371 0 12000 0 04416 2632 TPL XY3 IS THIS A LOOP F5G26330

␣␣␣XY4 = 2319

Definition
04417 0 07400 4 01661 2654 XY4 TSX SC,4 F5G26550
Reference
04420 2 00001 1 04417 2655 TIX XY4,1,1 F5G26560

␣␣␣Z12 = 1930

Definition
03612 0 07400 4 00055 4770 Z12 TSX SE5,4 F5G45050
Reference
03610 0 02000 0 03612 4768 TRA Z12 YES F5G45030

␣␣␣Z15 = 1927

Definition
03607 0 34000 0 00665 4767 Z15 CAS Z1V2 IS THIS PRED IN SAME BB F5G45020
Reference
03625 0 02000 0 03607 4781 TRA Z15 F5G45160

␣␣␣Z21 = 1944

Definition
03630 −0 60000 1 00715 4786 Z21 STQ LLIND,1 SET THE 3 INDEXDS TO THE SUB F5G45210
Reference
03634 2 00001 1 03630 4790 TIX Z21,1,1 F5G45250

␣␣␣Z22 = 1975

Definition
03667 0 77100 0 00000 4817 Z22 ARS SET F5G45520
Reference
03665 0 62100 0 03667 4815 STA Z22 LOGICAL F5G45500

␣␣␣Z23 = 1962

Definition
03652 0 56000 0 00314 4804 Z23 LDQ ZERO IS P004 F5G45390
Reference
03676 2 00001 2 03652 4824 Z27 TIX Z23,2,1 COUNT TO 3 LISTS ARE WE THRU F5G45590

␣␣␣Z24 = 1987

Definition
03703 1 00001 4 03704 4829 Z24 TXI Z24+1,4,1 THAT LIST F5G45640
Reference
03703 1 00001 4 03704 4829 Z24 TXI Z24+1,4,1 THAT LIST F5G45640

␣␣␣Z25 = 1954

Definition
03642 0 56000 0 00667 4796 Z25 LDQ Z1V5 DID F5G45310
Reference
03711 2 00001 1 03642 4835 Z26 TIX Z25,1,1 COUNT THE 7 CASES F5G45700

␣␣␣Z26 = 1993

Definition
03711 2 00001 1 03642 4835 Z26 TIX Z25,1,1 COUNT THE 7 CASES F5G45700
Reference
03646 0 16200 0 03711 4800 TQP Z26 F5G45350

␣␣␣Z27 = 1982

Definition
03676 2 00001 2 03652 4824 Z27 TIX Z23,2,1 COUNT TO 3 LISTS ARE WE THRU F5G45590

References (3)

03660	−0 10000 0 03676	4810	TNZ	Z27 CASE	F5G45450
03672	0 02000 0 03676	4820	TRA	Z27 DIFFERENCE LESS THAN OR EQUAL TO	F5G45550
03673	0 02000 0 03676	4821	TRA	Z27 THE PREVIOUS MINIMUM. NO	F5G45560

␣␣␣Z28 = 1951

Definition
03637 0 60100 1 00712 4793 Z28 STO LIST1+12,1 LXD LISTS F5G45280
Reference
03640 2 00001 1 03637 4794 TIX Z28,1,1 F5G45290

␣␣␣Z31 = 2003

Definition
03723 0 34000 0 00704 4846 Z31 CAS LIST2+2 IS IT EQUAL TO BOTTOM OF 2 F5G45810
Reference
03721 0 02000 0 03723 4844 TRA Z31 F5G45790

␣␣␣Z32 = 2006

Definition
03726 0 60100 0 00701 4849 Z32 STO LIST1+3 STORE INTERSECTION IN SUB1 F5G45840
Reference
03724 0 02000 0 03726 4847 TRA Z32 F5G45820

␣␣␣Z33 = 2032

Definition
03760 −0 76000 0 00003 4875 Z33 SSM ENTER -(INTER 1 AND 2 ) F5G46100
Reference
03722 0 02000 0 03760 4845 TRA Z33 YES F5G45800

␣␣␣Z34 = 2035

Definition
03763 −0 76000 0 00003 4878 Z34 SSM STORE -(INTER 1 AND 2 ) F5G46130
Reference
03725 0 02000 0 03763 4848 TRA Z34 YES F5G45830

␣␣␣Z35 = 2038

Definition
03766 0 50000 0 00700 4881 Z35 CLA LIST1+2 DO BOTTOM ENTRIES IN F5G46160
Reference
03717 0 10000 0 03766 4842 TZE Z35 A NON ZERO INTERSECTION F5G45770

␣␣␣Z36 = 2044

Definition
03774 0 34000 0 00710 4887 Z36 CAS LIST3+2 TO THE BOTTOM ENTRY IN 3 F5G46220
Reference
03772 0 02000 0 03774 4885 TRA Z36 F5G46200

␣␣␣Z37 = 2047

Definition
03777 0 60100 0 00711 4890 Z37 STO LIST3+3 ENTER INTER 1 AND 3 IN SUB F5G46250
Reference
03775 0 02000 0 03777 4888 TRA Z37 F5G46230

␣␣␣Z38 = 2010

Definition
03732 −0 76000 0 00003 4853 Z38 SSM ENTER -INTER1 AND 3 F5G45880
Reference
03773 0 02000 0 03732 4886 TRA Z38 YES F5G46210

␣␣␣Z39 = 2013

Definition
03735 −0 76000 0 00003 4856 Z39 SSM ENTER - INTER 1 AND 3 F5G45910
Reference
03776 0 02000 0 03735 4889 TRA Z39 YES F5G46240

␣␣␣Z41 = 2119

Definition
04107 0 50000 4 00471 4963 Z41 CLA SXD1+3,4 RECORD SXD CASE F5G46980
Reference
04111 2 00001 4 04107 4965 TIX Z41,4,1 WITH SEQUENTIAL TRANSFER F5G47000

␣␣␣Z42 = 2125

Definition
04115 0 07400 4 02440 4969 Z42 TSX SM,4 (2)ASSOCIATED WITH AN LXD LIST F5G47040
Reference
04131 0 10000 0 04115 4981 TZE Z42 THE TOP QUANTITY IN LIST N F5G47160

␣␣␣Z44 = 2127

Definition
04117 −0 53400 4 00465 4971 Z44 LXD SXD0,4 F5G47060
Reference
04105 0 10000 0 04117 4961 TZE Z44 IS THIS A 0 SXD CASE F5G46960

␣␣␣Z45 = 2133

Definition
04125 0 50000 2 00674 4977 Z45 CLA Z2V1+3,2 GET INDEX F5G47120
Reference
04132 2 00001 2 04125 4982 TIX Z45,2,1 NO, COUNT TO 3 F5G47170

␣␣␣Z46 = 2142

Definition
04136 0 50200 0 00315 4986 Z46 CLS ONEA RECORD THAT THERE F5G47210
Reference
04120 −3 00000 4 04136 4972 TXL Z46,4,0 DOES IT HAVE A 0 LXD CASE F5G47070

␣␣␣Z47 = 2144

Definition
04140 4988 Z47 SYN Z48+1 F5G47230

References (3)

04114	0 02000 0 04140	4968	TRA	Z47 (1) ASSOCIATED SXD WITH 0 LXD CASE	F5G47030
04116	0 02000 0 04140	4970	TRA	Z47 (3) NOT ASSOCIATED ( TRA COMPILED )	F5G47050
04135	0 02000 0 04140	4985	TRA	Z47	F5G47200

␣␣␣Z48 = 2143

Definition
04137 0 60100 0 00660 4987 Z48 STO SLV3 IS A HANGING TRA 0CASE F5G47220
Reference
04140 4988 Z47 SYN Z48+1 F5G47230

␣␣␣Z49 = 2103

Definition
04067 0 60100 0 00666 4947 Z49 STO Z1V3 F5G46820
Reference
04077 0 02000 0 04067 4955 TRA Z49 F5G46900

␣␣␣Z51 = 2155

Definition
04153 0 50000 0 00666 5001 Z51 CLA Z1V3 NO F5G47360
Reference
04147 −0 12000 0 04153 4997 TMI Z51 WAS THERE A SEQUENTIAL TRANSFER F5G47320

␣␣␣Z52 = 2185

Definition
04211 1 00001 2 04212 5031 Z52 TXI Z52+1,2,1 F5G47660
Reference
04211 1 00001 2 04212 5031 Z52 TXI Z52+1,2,1 F5G47660

␣␣␣Z53 = 2147

Definition
04143 0 60100 0 00666 4993 Z53 STO Z1V3 F5G47280
Reference
04215 0 02000 0 04143 5035 TRA Z53 F5G47700

␣␣␣Z54 = 2190

Definition
04216 0 50000 1 01101 5036 Z54 CLA SXST,1 F5G47710

References (4)

04170	−0 10000 0 04216	5014	TNZ	Z54	F5G47490
04173	−0 10000 0 04216	5017	TNZ	Z54	F5G47520
04176	−0 10000 0 04216	5020	TNZ	Z54	F5G47550
04201	−0 10000 0 04216	5023	TNZ	Z54	F5G47580

␣␣␣Z55 = 2187

Definition
04213 0 50000 0 00666 5033 Z55 CLA Z1V3 PREPARE TO DEAL WITH NEXT PRED F5G47680

References (5)

04152	0 10000 0 04213	5000	TZE	Z55 AS A SEQUENTIAL TRANSFER	F5G47350
04160	0 10000 0 04213	5006	TZE	Z55	F5G47410
04231	0 02000 0 04213	5047	TRA	Z55	F5G47820
04237	0 02000 0 04213	5053	TRA	Z55 ASSOCIATED POSITION	F5G47880
04251	0 02000 0 04213	5063	TRA	Z55	F5G47980

␣␣␣Z61 = 2228

Definition
04264 0 50000 1 01101 5076 Z61 CLA SXST,1 F5G48110
Reference
04273 1 77774 1 04264 5083 TXI Z61,1,−4 F5G48180

␣␣␣Z71 = 2255

Definition
04317 −0 53400 2 00717 5104 Z71 LXD Z7V1,2 F5G48390

References (3)

04315	0 02000 0 04317	5102	TRA	Z71	F5G48370
04343	0 02000 0 04317	5124	TRA	Z71	F5G48590
04347	0 02000 0 04317	5128	TRA	Z71	F5G48630

␣␣␣Z72 = 2237

Definition
04275 0 50000 2 00422 5086 Z72 CLA Z2K1+3,2 F5G48210
Reference
04320 2 00001 2 04275 5105 Z73 TIX Z72,2,1 COUNT TO 3 F5G46400

␣␣␣Z73 = 2256

Definition
04320 2 00001 2 04275 5105 Z73 TIX Z72,2,1 COUNT TO 3 F5G46400

References (3)

04301	0 10000 0 04320	5090	TZE	Z73 IS THE LIST FILLED	F5G48250
04306	−0 12000 0 04320	5095	TMI	Z73 IS THIS 1ST TIME THRU	F5G48300
04352	0 02000 0 04320	5131	TRA	Z73 YES	F5G48660

␣␣␣Z74 = 2276

Definition
04344 0 50000 2 00674 5125 Z74 CLA Z2V1+3,2 COMPILE THE LXD LIST F5G48600

References (2)

	04313	−0 12000 0 04344	5100		TMI	Z74	F5G48350
	04335	−0 12000 0 04344	5118		TMI	Z74	F5G48530

␣␣␣Z75 = 2280

Definition
04350 0 50000 0 00720 5129 Z75 CLA Z7V2 IS THIS 1ST TIME THRU F5G48640

References (3)

04300	−0 12000 0 04350	5089	TMI	Z75 YES, IS IT A TRA(0) CASE	F5G48240
04303	0 10000 0 04350	5092	TZE	Z75 IT IS IF EITHER THE SUB BOTTOM	F5G48270
04304	0 12000 0 04350	5093	TPL	Z75 ENTRY IS -0 OR POSITIVE	F5G48280

␣␣␣Z76 = 2247

Definition
04307 0 50000 2 00443 5096 Z76 CLA Z7K1+3,2 YES F5G48310
Reference
04351 −0 12000 0 04307 5130 TMI Z76 NO, 2ED TIME F5G48650

␣␣␣Z77 = 2267

Definition
04333 −0 53400 2 00717 5116 Z77 LXD Z7V1,2 F5G46510
Reference
04316 0 02000 0 04333 5103 TRA Z77 COMPILE F5G48380

␣␣␣Z81 = 2294

Definition
04366 −3 00001 2 04407 5144 Z81 TXL Z83,2,1 ARE WE THRU F5G48790
Reference
04406 0 02000 0 04366 5160 TRA Z81 F5G48950

␣␣␣Z82 = 2295

Definition
04367 2 00001 2 04370 5145 Z82 TIX Z82+1,2,1 DECREASE INDEX F5G48800
Reference
04367 2 00001 2 04370 5145 Z82 TIX Z82+1,2,1 DECREASE INDEX F5G48800

␣␣␣Z83 = 2311

Definition
04407 −0 53400 2 00450 5161 Z83 LXD BBOX1,2 GET INDEX OF COMPILED INDT F5G48960
Reference
04366 −3 00001 2 04407 5144 Z81 TXL Z83,2,1 ARE WE THRU F5G48790

␣␣1L19 = 1540

Definition
03004 0 34000 0 00403 1871 1L19 CAS XK21 IS IT AN DED F5G18720
Reference
03002 0 02000 0 03004 1869 TRA 1L19 F5G18700

␣␣1TAG = 289

Definition
00441 0 00000 0 00000 505 1TAG THE TAN-TAG F5G05060

References (8)

00727	0 60200 0 00441	748		SLW	1TAG TAG	F5G07490
00766	0 50000 0 00441	780	S2	CLA	1TAG PUT TAU-TAG IN AC.	F5G07810
01126	0 60100 0 00441	886		STO	1TAG FROM	F5G08870
02735	0 50000 0 00441	1832		CLA	1TAG IS CL (TAG) EQUAL	F5G18330
02775	0 50000 0 00441	1864		CLA	1TAG IN APPROPRIATE	F5G18650
03115	0 50000 0 00441	1946		CLA	1TAG	F5G19470
03133	0 50000 0 00441	1960		CLA	1TAG IN SELECTED	F5G19610
04605	0 34000 0 00441	2774		CAS	1TAG SAME TAU-TAG	F5G27750

␣␣1TXI = 1891

Definition
03543 1 00145 2 03544 4729 1TXI TXI 1TXI+1,2,ZINST+1 F5G44640
Reference
03543 1 00145 2 03544 4729 1TXI TXI 1TXI+1,2,ZINST+1 F5G44640

␣␣2LD3 = 360

Definition
00550 0 00003 0 00000 3533 2LD3 0,0,3 F5G32920

References (7)

00414	−0 53400 2 00550	3441		LXD	2LD3,2 SET COUNT TO 3	F5G32000
00420	−0 32000 0 00550	3445		ANA	2LD3	F5G32040
00472	−0 32000 0 00550	3487		ANA	2LD3 EXTRACT TAG	F5G32460
00477	−0 32000 0 00550	3492		ANA	2LD3 TAG	F5G32510
00516	−0 53400 2 00550	3507	BL07	LXD	2LD3,2 SET COUNT TO 3	F5G32660
00522	−0 32000 0 00550	3511		ANA	2LD3	F5G32700
00530	−0 53400 2 00550	3517		LXD	2LD3,2 PLACE PERMUTED	F5G32760

␣␣2LD9 = 361

Definition
00551 0 00011 0 00000 3534 2LD9 0,0,9 F5G32930
Reference
00464 −0 53400 2 00551 3481 LXD 2LD9,2 RESET COUNT TO 9 F5G32400

␣␣3LD3 = 365

Definition
00555 0 00005 0 00000 3726 3LD3 0,0,5 F5G34860
Reference
00330 −0 53400 2 00555 3577 RDIN LXD 3LD3,2 F5G33370

␣␣6ANA = 1484

Definition
02714 −0 32000 0 00400 4313 6ANA ANA FSTLT F5G40510

␣␣6SUB = 1510

Definition
02746 0 40200 4 00400 4341 6SUB SUB LTROP+1,4 F5G40790
Reference
02750 2 00001 4 02746 4343 TIX 6SUB,4,1 TRY NEXT POSSIBILITY F5G40810

␣␣9CNT = 301

Definition
00455 0 00000 0 00000 3857 9CNT COUNT TO 9, 9 TAGS IN STAG WORD F5G36170

References (2)

	02532	−0 53400 4 00455	4198	CI4	LXD	9CNT,4 YES	F5G39580
	02547	−0 63400 4 00455	4211	CI5	SXD	9CNT,4	F5G39710

␣␣AAC1 = 220

Definition
00334 0 70000 1 00647 3581 AAC1 CPY ASCON,1 F5G33410
Reference
00335 1 77777 1 00334 3582 TXI AAC1,1,−1 F5G33420

␣␣AAC2 = 217

Definition
00331 0 76200 0 00222 3578 AAC2 RTB ACTPE F5G33360
Reference
00326 2 00001 2 00331 3575 TIX AAC2,2,1 COUNT TO 5 F5G33350

␣␣AAC3 = 251

Definition
00373 0 76700 0 00022 3612 AAC3 ALS 18 F5G33720
Reference
00371 0 02000 0 00373 3610 TRA AAC3 YES F5G33700

␣␣ABOX = 297

Definition
00451 0 00000 0 00000 3853 ABOX TEMP. STORE , INDEX 1 F5G36130

References (3)

03011	−0 63400 1 00451	4377	SXD	ABOX,1 YES	F5G41150
03021	−0 53400 1 00451	4385	LXD	ABOX,1	F5G41230
03031	−0 53400 1 00451	4393	LXD	ABOX,1	F5G41310

␣␣AC10 = 320

Definition
00500 0 50000 0 00566 3681 AC10 CLA ACV7 ARRANGE TO TREAT NEXT PRED ENTRY F5G34410
Reference
00473 −0 10000 0 00500 3676 TNZ AC10 F5G34360

␣␣AC11 = 304

Definition
00460 0 62100 0 00566 3665 AC11 STA ACV7 F5G34250
Reference
00502 0 02000 0 00460 3683 TRA AC11 F5G34430

␣␣AC12 = 323

Definition
00503 0 50000 0 00561 3684 AC12 CLA ACV2 F5G34440

References (3)

00446	0 10000 0 00503	3655		TZE	AC12	F5G34150
00454	0 02000 0 00503	3661		TRA	AC12	F5G34210
00541	−3 00000 2 00503	3714	AC22	TXL	AC12,2,SET	F5G34740

␣␣AC13 = 247

Definition
00367 0 60100 0 00561 3608 AC13 STO ACV2 F5G33680
Reference
00505 0 02000 0 00367 3686 TRA AC13 F5G34460

␣␣AC14 = 326

Definition
00506 0 50000 0 00317 3687 AC14 CLA C STORE COMBINED F5G34470
Reference
00372 0 02000 0 00506 3611 TRA AC14 NO F5G33710

␣␣AC15 = 233

Definition
00351 0 56000 0 00560 3594 AC15 LDQ ACK1 GET BB NO. OF 1ST GO TO N F5G33540
Reference
00517 0 02000 0 00351 3696 TRA AC15 F5G34560

␣␣AC16 = 336

Definition
00520 0 76600 0 00222 3697 AC16 WTB ACTPE WRITE ASSIGN CONSTANTS BACK ON TAPE F5G34570
Reference
00352 0 04000 0 00520 3595 TLQ AC16 WAS THIS THE LAST GO TO N F5G33550

␣␣AC17 = 341

Definition
00525 0 70000 1 00647 3702 AC17 CPY ASCON,1 F5G34620
Reference
00530 0 02000 0 00525 3705 TRA AC17 F5G34650

␣␣AC18 = 301

Definition
00455 0 50000 0 00557 3662 AC18 CLA LT1 F5G34220
Reference
00453 0 16200 0 00455 3660 TQP AC18 F5G34200

␣␣AC19 = 345

Definition
00531 0 50000 0 00567 3706 AC19 CLA ACV8 F5G34660
Reference
00463 0 02000 0 00531 3668 TRA AC19 NO F5G34280

␣␣AC20 = 352

Definition
00540 −3 00000 2 00542 3713 AC20 TXL AC21,2,0 F5G34730
Reference
00536 0 02000 0 00540 3711 TRA AC20 LOCATION OF 1ST INST IN BB F5G34710

␣␣AC21 = 354

Definition
00542 1 77777 2 00535 3715 AC21 TXI AC23,2,−1 F5G34750
Reference
00540 −3 00000 2 00542 3713 AC20 TXL AC21,2,0 F5G34730

␣␣AC22 = 353

Definition
00541 −3 00000 2 00503 3714 AC22 TXL AC12,2,SET F5G34740
Reference
00347 −0 63400 1 00541 3592 SXD AC22,1 F5G33520

␣␣AC23 = 349

Definition
00535 0 34000 2 00647 3710 AC23 CAS ASCON,2 IS THIS ASSIGN CONST. EQUAL TO THE F5G34700
Reference
00542 1 77777 2 00535 3715 AC21 TXI AC23,2,−1 F5G34750

␣␣AC24 = 355

Definition
00543 −0 50000 0 00571 3716 AC24 CAL ACV10 REPLACE ASSIGN CONST. BY NEW F5G34760
Reference
00537 0 02000 0 00543 3712 TRA AC24 YES F5G34720

␣␣AC25 = 348

Definition
00534 0 50000 1 12540 3709 AC25 CLA BBB+5,1 F5G34690
Reference
00551 0 02000 0 00534 3722 TRA AC25 F5G34820

␣␣ACK1 = 368

Definition
00560 +000000077776 3729 ACK1 OCT 77776 F5G34890
Reference
00351 0 56000 0 00560 3594 AC15 LDQ ACK1 GET BB NO. OF 1ST GO TO N F5G33540

␣␣ACT1 = 326

Definition
558 THE ACT 1,2,3 CELLS CONTAIN ACTIVITY OF AN ALREADY TREATED BB F5G05590

00506 0 00000 0 00000 559 ACT1 3 ACTIVE F5G05600

References (7)

01553	0 60200 4 00511	1174		SLW	ACT1+3,4 INDICATOR	F5G11750
02667	0 50000 1 00511	1793		CLA	ACT1+3,1 I+R.S	F5G17940
03760	0 50000 1 00511	2365		CLA	ACT1+3,1 WAS THIS IR ACTIVE AT START	F5G23660
04132	0 50000 4 00511	2471	X43	CLA	ACT1+3,4	F5G24720
04317	0 50000 2 00511	2590	X136	CLA	ACT1+3,2 IS IR	F5G25910
04365	0 50000 2 00511	2628	X132	CLA	ACT1+3,2 IS THIS IR ACTIVE	F5G26290
04726	0 50000 1 00511	2855		CLA	ACT1+3,1 YES	F5G28470

␣␣ACV1 = 343

Definition
00527 −3 00000 1 00030 3704 ACV1 TXL R,1,SET F5G34640

References (3)

00346	−0 63400 1 00527	3591	SXD	ACV1,1 O.K. STORE RECORD OF NO. OF ENTRIES	F5G33510
00522	−0 53400 2 00527	3699	LXD	ACV1,2	F5G34590
00526	1 77777 1 00527	3703	TXI	ACV1,1,−1	F5G34630

␣␣ACV2 = 369

Definition
00561 0 00000 0 00000 3730 ACV2 NO. OF CURRENT SUCC. OF THIS BB IN ADDR. F5G34900

References (2)

	00367	0 60100 0 00561	3608	AC13	STO	ACV2	F5G33680
	00503	0 50000 0 00561	3684	AC12	CLA	ACV2	F5G34440

␣␣ACV3 = 370

Definition
00562 0 00000 0 00000 3731 ACV3 NO. OF 1ST SUCC IN NEXT BB IN ADDR F5G34910

References (2)

	00357	0 62100 0 00562	3600		STA	ACV3	F5G33600
	00370	0 34000 0 00562	3609		CAS	ACV3 IS THIS SUCC IN SAME BB	F5G33690

␣␣ACV4 = 371

Definition
00563 0 00000 0 00000 3732 ACV4 COMBINED SXD CASE LAST OCTAL DIGIT IN DECR F5G34920

References (3)

00363	0 60100 0 00563	3604	STO	ACV4	F5G33640
00424	−0 60200 0 00563	3637	ORS	ACV4	F5G33970
00510	0 50000 0 00563	3689	CLA	ACV4 OF 2ED WORD OF BBB ENTRY	F5G34490

␣␣ACV5 = 372

Definition
00564 0 00000 0 00000 3733 ACV5 NO. OF CURRENT PRED IN ADDR F5G34930

␣␣ACV6 = 373

Definition
00565 0 00000 0 00000 3734 ACV6 NO. OF 1ST PRED IN NEXT BB IN ADDR F5G34940

References (3)

00402	0 62100 0 00565	3619	STA	ACV6	F5G33790
00413	0 34000 0 00565	3628	CAS	ACV6 IS THIS PRED IN SAME BB	F5G33880
00461	0 34000 0 00565	3666	CAS	ACV6 IS THIS PRED IN SAME BB	F5G34260

␣␣ACV7 = 374

Definition
00566 0 00000 0 00000 3735 ACV7 MO. OF CURRENT PRED IN THIS BB IN ADDR F5G34950

References (4)

00412	0 62100 0 00566	3627	AC7	STA	ACV7	F5G33870
00441	0 50000 0 00566	3650	AC6	CLA	ACV7	F5G34100
00460	0 62100 0 00566	3665	AC11	STA	ACV7	F5G34250
00500	0 50000 0 00566	3681	AC10	CLA	ACV7 ARRANGE TO TREAT NEXT PRED ENTRY	F5G34410

␣␣ACV8 = 375

Definition
00567 0 00000 0 00000 3736 ACV8 BB NO. OF SUCCESSOR IN ADDR F5G34960

References (5)

00376	0 62100 0 00567	3615		STA	ACV8	F5G33750
00405	0 50000 0 00567	3622		CLA	ACV8 FIND NO. OF 1ST PRED IN THIS BB	F5G33620
00447	0 50000 0 00567	3656		CLA	ACV8 NO, HAS THIS BB ALREADY BEEN	F5G34160
00531	0 50000 0 00567	3706	AC19	CLA	ACV8	F5G34660
00546	0 40000 0 00567	3719		ADD	ACV8	F5G34790

␣␣ACV9 = 376

Definition
00570 0 00000 0 00000 3737 ACV9 NO. OF 1ST PRED IN THE SUCCESSOR BB IN ADDR F5G34970

References (2)

	00411	0 62100 0 00570	3626		STA	ACV9 RECORD 1ST PRED FOR FUTURE USE	F5G33860
	00457	0 50000 0 00570	3664		CLA	ACV9 ECT..PE PREPARE TO SCAN ALL PRED ENTRYS	F5G34240

␣␣AMSK = 362

Definition
00552 0 00000 0 77777 3723 AMSK HTR −1 F5G34830

References (4)

00366	−0 32000 0 00552	3607	ANA	AMSK	F5G33670
00410	−0 32000 0 00552	3625	ANA	AMSK	F5G33850
00420	−0 32000 0 00552	3633	ANA	AMSK	F5G33930
00515	−0 32000 0 00552	3694	ANA	AMSK	F5G34540

␣␣ARG1 = 306

Definition
00462 0 00000 0 00000 3862 ARG1 U 1ST ARGUMENT FOR SUBROUTINES F5G36220

References (6)

02143	0 40200 0 00462	3940	SUB	ARG1 PRED ENTRY	F5G37000
02760	0 60100 0 00462	4351	STO	ARG1 STORE BBNO AS ARGUMENT OF SAD	F5G40890
03054	0 60100 0 00462	4413	STO	ARG1	F5G41510
03132	0 60100 0 00462	4460	STO	ARG1 STORE BBNO AS ARGUMENT FOR SAD	F5G41980
03176	0 60100 0 00462	4496	STO	ARG1	F5G42340
03231	0 60100 0 00462	4523	STO	ARG1	F5G42610

␣␣BBBL = 272

Definition
00420 3168 BBBL SYN 6*SPACE/20/6 F5G29230

References (11)

00074	0 00420 0 00000	240		HTR	0,0,BBBL N(S) IN DECR,NO.+ BBS POS. IN CM	F5G02410
04755	1 00417 4 04756	2878		TXI	QP2,4,BBBL−1	F5G28710
04770	1 00420 4 04771	2889		TXI	QP5,4,BBBL	F5G28820
	12533	3169	BBB	BSS	BBBL*6+1	F5G29240
	15674	3170	PRED	SYN	BBB+BBBL*6+1	F5G29250
04752	1 00417 4 04753	3288		TXI	QS2,4,BBBL−1	F5G30440
04765	1 00420 4 04766	3299		TXI	QS5,4,BBBL	F5G30550
04752	1 00417 4 04753	3322		TXI	QPU2,4,BBBL−1	F5G30790
04765	1 00420 4 04766	3333		TXI	QPU5,4,BBBL	F5G30900
04752	1 00417 4 04753	3356		TXI	QSU2,4,BBBL−1	F5G31140
04765	1 00420 4 04766	3367		TXI	QSU5,4,BBBL	F5G31250

␣␣BBBP = 58

Definition
00072 0 00000 0 00000 238 BBBP HTR 0 N(0) IN DECR. 1ST BB IN CM F5G02390

References (14)

04746	0 50000 0 00075	2871	CLA	BBBP+3	F5G28640
04754	−0 53400 4 00072	2877	LXD	BBBP,4	F5G28700
04774	0 50000 0 00072	2893	CLA	BBBP	F5G28860
15710	0 60100 0 00077	3194	STO	BBBP+5 DRUM ADDR. OF BB.B.	F5G29490
15713	0 60100 0 00075	3197	STO	BBBP+3 NO. OF BASIC BLOCKS.	F5G29520
04743	0 50000 0 00075	3281	CLA	BBBP+3	F5G30370
04751	−0 53400 4 00072	3287	LXD	BBBP,4	F5G30430
04771	0 50000 0 00072	3303	CLA	BBBP	F5G30590
04743	0 50000 0 00075	3315	CLA	BBBP+3	F5G30720
04751	−0 53400 4 00072	3321	LXD	BBBP,4	F5G30780
04771	0 50000 0 00072	3337	CLA	BBBP	F5G30940
04743	0 50000 0 00075	3349	CLA	BBBP+3	F5G31070
04751	−0 53400 4 00072	3355	LXD	BBBP,4	F5G31130
04771	0 50000 0 00072	3371	CLA	BBBP	F5G31290

␣␣BBNO = 291

Definition
3846 THE DEFINITION OF TEMP. AND VARIABLE STORAGE LOCATIONS F5G36060

00443 −0 00001 0 00000 3847 BBNO MZE 0,0,1 DECR., CURRENT BB NO. BEING SCANNED F5G36070

References (18)

02245	−0 50000 0 00443	4010		CAL	BBNO	F5G37700
02407	0 50000 0 00443	4111		CLA	BBNO THE	F5G38710
02431	0 50000 0 00443	4130		CLA	BBNO GET	F5G38900
02456	0 50000 0 00443	4152		CLA	BBNO FORN	F5G39120
02473	0 50000 0 00443	4165		CLA	BBNO	F5G39250
02756	−0 50000 0 00443	4349		CAL	BBNO	F5G40870
02773	0 50000 0 00443	4362		CLA	BBNO	F5G41000
03052	0 50000 0 00443	4411		CLA	BBNO	F5G41490
03130	−0 50000 0 00443	4458		CAL	BBNO	F5G41960
03174	−0 50000 0 00443	4494		CAL	BBNO STORE BBNO AS ARGUMENT	F5G42320
03227	−0 50000 0 00443	4521		CAL	BBNO	F5G42590
03546	0 40000 0 00443	4733		ADD	BBNO	F5G44680
03547	0 60100 0 00443	4734		STO	BBNO	F5G44690
03560	0 50000 0 00443	4743	BEGBBY	CLA	BBNO	F5G44780
03570	−0 50000 0 00443	4751		CAL	BBNO FIND THE 1ST INST IN NEXT	F5G44860
03601	−0 50000 0 00443	4761		CAL	BBNO	F5G44960
04062	−0 50000 0 00443	4942		CAL	BBNO YES	F5G46770
04353	−0 50000 0 00443	5133	Z8	CAL	BBNO FORM	F5G48680

␣␣BBOX = 295

Definition
00447 0 00000 0 00000 3851 BBOX TEMP. STORE FOR INDEXES, MAINLY 2 F5G36110

References (9)

02534	−0 63400 2 00447	4200		SXD	BBOX,2 YES, GET ANOTHER	F5G39600
02545	−0 53400 2 00447	4209		LXD	BBOX,2 RESTORE INDEX REGISER 2	F5G39690
02755	−0 63400 2 00447	4348	TRAC3	SXD	BBOX,2 THIS IS GO TO ALPHA	F5G40860
02766	−0 53400 2 00447	4357		LXD	BBOX,2	F5G40950
02772	−0 63400 2 00447	4361	GOTON	SXD	BBOX,2	F5G40990
03013	−0 53400 4 00447	4379		LXD	BBOX,4 PUT LOCATION ON THE	F5G41170
03034	−0 53400 2 00447	4396		LXD	BBOX,2	F5G41340
03475	−0 63400 1 00447	4691		SXD	BBOX,1 SAVE INDEX 1	F5G44260
03526	−0 53400 1 00447	4716		LXD	BBOX,1	F5G44510

␣␣BL01 = 288

Definition
00440 −0 53400 1 00600 3461 BL01 LXD BLV05,1 F5G32200
Reference
00405 0 02000 0 00440 3434 TRA BL01 NO F5G31930

␣␣BL02 = 310

Definition
00466 −0 63400 2 00577 3483 BL02 SXD BLV04,2 STORE COUNTER F5G32420
Reference
00443 2 00001 2 00466 3464 TIX BL02,2,1 HAVE WE EXHAUSTED STAG WORD F5G32230

␣␣BL03 = 289

Definition
00441 −2 00001 1 00504 3462 BL03 TNX BL04,1,1 IS THERE ANOTHER TAG IN BB F5G32210
Reference
00503 0 02000 0 00441 3496 TRA BL03 F5G32550

␣␣BL04 = 324

Definition
00504 −0 53400 1 00567 3497 BL04 LXD BLV4,1 GET INDEX OF BB F5G32560
Reference
00441 −2 00001 1 00504 3462 BL03 TNX BL04,1,1 IS THERE ANOTHER TAG IN BB F5G32210

␣␣BL05 = 349

Definition
00535 0 50000 0 00564 3522 BL05 CLA BLV1 PREPARE TO DEAL WITH F5G32810

␣␣BL06 = 353

Definition
00541 0 07400 4 00067 3526 BL06 TSX SE1,4 PUT EDN MARK INTO THF DUMMEY BB F5G32850
Reference
00347 0 04000 0 00541 3404 TLQ BL06 YES , GO TO READ IN NEXT PART F5G31630

␣␣BL07 = 334

Definition
00516 −0 53400 2 00550 3507 BL07 LXD 2LD3,2 SET COUNT TO 3 F5G32660
Reference
00510 −0 10000 0 00516 3501 TNZ BL07 NO F5G32600

␣␣BL08 = 342

Definition
00526 1 77777 1 00527 3515 BL08 TXI BL08+1,1,−1 F5G32740
Reference
00526 1 77777 1 00527 3515 BL08 TXI BL08+1,1,−1 F5G32740

␣␣BL09 = 335

Definition
00517 −0 50000 0 00572 3508 BL09 CAL BLV7 F5G32670
Reference
00527 2 00001 2 00517 3516 TIX BL09,2,1 COUNT TO 3 F5G32750

␣␣BL10 = 345

Definition
00531 0 50000 2 00564 3518 BL10 CLA EXCO,2 ENTRANCE-EXIT COND. F5G32770
Reference
00534 2 00001 2 00531 3521 TIX BL10,2,1 COUNT TO 3 F5G32800

␣␣BL11 = 347

Definition
00533 1 77777 1 00534 3520 BL11 TXI BL11+1,1,−1 F5G32790
Reference
00533 1 77777 1 00534 3520 BL11 TXI BL11+1,1,−1 F5G32790

␣␣BL12 = 208

Definition
00320 0 76200 0 00223 3381 BL12 RTB BLT FIND THE END OF FILE PRECEEDING BB LIST F5G31400

References (3)

00322	0 02000 0 00320	3383	TRA	BL12	F5G31420
00324	0 02000 0 00320	3385	TRA	BL12	F5G31440
00000	0 00320 0 00317	5218	HTR	BLV09,0,BL12 CONTROL CARD, PART 2.	F5G49386

␣␣BL13 = 209

Definition
00321 0 70000 0 00655 3382 BL13 CPY BLIST F5G31410

␣␣BLV1 = 372

Definition
00564 0 00000 0 00000 3543 BLV1 BBNO. F5G33020

References (5)

00345	0 50000 0 00564	3402		CLA	BLV1	F5G31610
00360	0 50000 0 00564	3413		CLA	BLV1	F5G31720
00514	0 50000 0 00564	3505		CLA	BLV1 STORE PRESENT	F5G32640
00535	0 50000 0 00564	3522	BL05	CLA	BLV1 PREPARE TO DEAL WITH	F5G32810
00537	0 60100 0 00564	3524		STO	BLV1	F5G32830

␣␣BLV2 = 373

Definition
00565 0 00000 0 00000 3544 BLV2 INDEX IN BB LIST F5G33030

References (2)

	00362	−0 53400 2 00565	3415		LXD	BLV2,2	F5G31740
	00366	−0 63400 2 00565	3419		SXD	BLV2,2	F5G31780

␣␣BLV3 = 374

Definition
00566 0 00000 0 00000 3545 BLV3 TEST CONSTANT F5G33040

References (2)

	00340	0 60100 0 00566	3397		STO	BLV3	F5G31560
	00346	0 56000 0 00566	3403	BL3	LDQ	BLV3 HAVE WE ALREADY DEALT WITH LAST BB	F5G31620

␣␣BLV4 = 375

Definition
00567 0 00000 0 00000 3546 BLV4 INDEX OF BB F5G33050

References (2)

	00371	−0 63400 1 00567	3422		SXD	BLV4,1	F5G31810
	00504	−0 53400 1 00567	3497	BL04	LXD	BLV4,1 GET INDEX OF BB	F5G32560

␣␣BLV5 = 376

Definition
00570 0 00000 0 00000 3547 BLV5 1ST PRED NO. IN NEXT BB F5G33060

References (2)

	00357	0 60100 0 00570	3412		STO	BLV5 STORE AWAY NO. OF U1ST PRED IN NEXT BB.	F5G31710
	00403	0 34000 0 00570	3432		CAS	BLV5 IS THIS PRED IN SAME BB	F5G31910

␣␣BLV6 = 377

Definition
00571 0 00000 0 00000 3548 BLV6 UST TAG IN NEXT BB F5G33070

References (2)

	00354	0 60100 0 00571	3409		STO	BLV6 NEXT BB.,	F5G31680
	00374	0 40200 0 00571	3425		SUB	BLV6 FORM COUNT OF NO. OF T.GS	F5G31840

␣␣BLV7 = 378

Definition
00572 0 00000 0 00000 3549 BLV7 PERMUTTTION NOS. F5G33080

References (4)

00370	0 60100 0 00572	3421		STO	BLV7	F5G31800
00415	−0 50000 0 00572	3442	BL8	CAL	BLV7 PLACE THE	F5G32010
00474	−0 50000 0 00572	3489		CAL	BLV7 PERMUTE	F5G32480
00517	−0 50000 0 00572	3508	BL09	CAL	BLV7	F5G32670

␣␣BLV8 = 379

Definition
00573 0 00000 0 00000 3550 BLV8 OLD PRED ENTRY F5G33090

References (2)

	00412	0 60200 0 00573	3439		SLW	BLV8 STODRE OLD PRED WORD	F5G31980
	00422	−0 50000 0 00573	3447		CAL	BLV8 PERMUTE	F5G32060

␣␣BLV9 = 380

Definition
00574 0 00000 0 00000 3551 BLV9 NEW, PERMUTED, PRED ENTRY F5G33100

References (4)

00410	0 60200 0 00574	3437	SLW	BLV9	F5G31960
00413	0 32000 0 00574	3440	ANS	BLV9 INT INITIALIZE NEW PRED WORD	F5G31990
00426	−0 60200 0 00574	3451	ORS	BLV9 PRED ENTRY	F5G32100
00430	0 50000 0 00574	3453	CLA	BLV9	F5G32120

␣␣CASE = 275

Definition
00423 0 00000 0 00001 3830 CASE HTR 1 F5G35900

References (4)

03643	0 50000 1 00432	4797	CLA	CASE+7,1 THIS	F5G45320
03656	−0 32000 1 00432	4808	ANA	CASE+7,1 YES, DETERMINE	F5G45430
03661	0 50000 1 00432	4811	CLA	CASE+7,1 YES, DETERMINE	F5G45460
03702	0 50000 1 00432	4828	CLA	CASE+7,1 CASE AT TOP OF	F5G45630

␣␣CI3A = 1842

Definition
03462 0 50000 2 01076 4678 CI3A CLA INST−3,2 IS THE S-TAG EQUAL TO 4 F5G44130

References (2)

	02615	0 02000 0 03462	4249		TRA	CI3A NO.	F5G40043
	02641	0 02000 0 03462	4269		TRA	CI3A YES	F5G40070

␣␣CI5A = 1396

Definition
02564 −0 50000 0 00454 4224 CI5A CAL STAGN2 F5G39840
Reference
02561 −0 10000 0 02564 4221 TNZ CI5A F5G39810

␣␣CI7A = 1758

Definition

		4592			THIS ROUTINE ELIMINATES EXTRA SXD AND LXD INXT AROUND	F5G43300
		4593			SUBROUTINE CALL SEQUENCES	F5G43310
03336	−0 50000 2 01100	4594	CI7A	CAL	INST−1,2 IS THIS AN SXD INST	F5G43320

Reference
02531 0 10000 0 03336 4197 TZE CI7A F5G39570

␣␣CI7B = 1792

Definition
03400 1 00010 2 02525 4628 CI7B TXI FNDAS,2,8 LOOK AT NEXT INST LXF F5G43660

␣␣CI7C = 1802

Definition
03412 −0 50000 2 01100 4638 CI7C CAL INST−1,2 IS THIS AN LXD F5G43770

References (3)

03343	−0 10000 0 03412	4599	TNZ	CI7C	F5G43370
03347	−0 10000 0 03412	4603	TNZ	CI7C	F5G43410
03357	−0 10000 0 03412	4611	TNZ	CI7C	F5G43490

␣␣CI7D = 1832

Definition
03450 0 50000 0 00314 4668 CI7D CLA ZERO CLMPILE THE LXD WITH GARBAGE F5G44030

References (3)

03437	−0 10000 0 03450	4659	TNZ	CI7D	F5G43940
03443	−0 10000 0 03450	4663	TNZ	CI7D	F5G43980
03446	0 10000 0 03450	4666	TZE	CI7D YES, COMPILE LX.	F5G44010

␣␣CI7E = 1840

Definition
03460 0 60100 0 00461 4676 CI7E STO CPIND SURPRESS LATER COMPILING INST SET + F5G44110

References (2)

	03425	0 12000 0 03460	4649		TPL	CI7E NO, GO TO REPRESS LATER COMPILING OF INST	F5G43880
	03431	0 02000 0 03460	4653		TRA	CI7E OF INST.	F5G43884

␣␣CIND = 304

Definition
00460 0 00000 0 00000 3860 CIND + OR - MEANS IR4 ISNT OR 1S NECESSARY F5G36200

References (5)

02563	0 60100 0 00460	4223	STO	CIND YES, RECORD IR 4 NECESSARY	F5G39830
03350	0 50000 0 00460	4604	CLA	CIND YES, IS IR4 NECESSARY	F5G43420
03424	0 50000 0 00460	4648	CLA	CIND YES. IS IR4 NECESSARY.	F5G43870
03470	0 60100 0 00460	4684	STO	CIND	F5G44190
03565	0 60100 0 00460	4748	STO	CIND ISNT OR IS NECESSARY	F5G44830

␣␣CLST = 429

Definition
00655 3885 CLST BES LCLST THE NEW LIST OF COMPILED INST. F5G36450

References (3)

02370	0 60100 1 00655	4095		STO	CLST,1 STORE THE WORD IN CLST	F5G38550
02375	0 70000 1 00655	4100	SK2	CPY	CLST,1 THE OUTPUT TAPE	F5G38600
04445	0 70000 1 00655	5193		CPY	CLST,1	F5G49280

␣␣CMTL = 2445

Definition
04615 3166 CMTL SYN 9*SPACE/20/15*15 F5G29210

References (2)

	00330	0 00000 0 04615	420	S4K1		CMTL	F5G04210
		05716	3167	CMTAG	BSS	CMTL	F5G29220

␣␣CON1 = 218

Definition
00332 0 00005 0 00000 3391 CON1 0,0,5 F5G31500

References (2)

	00325	−0 53400 2 00332	3386	BL6	LXD	CON1,2	F5G31450
	00327	0 53400 1 00332	3388		LXA	CON1,1	F5G31470

␣␣D1XX = 1877

Definition
03525 −0 53400 4 00445 4715 D1XX LXD OUTBX,4 NO ERROR, RESTORE INDEX REGISTERS F5G44500
Reference
03515 3 00143 4 03525 4707 TXH D1XX,4,ZINST−1 IF 3RD FULL REC. NOT END OF FILE F5G44420

␣␣DOCS = 1567

Definition
03037 −0 75400 0 00000 4399 DOCS PXD 0,0 F5G41370
Reference
02740 0 02000 0 03037 4335 TRA DOCS TXL F5G40730

␣␣EXCO = 372

Definition
00564 3542 EXCO BES 3 THE ENTRANCE-EXIT CONDITIONS PERMUTED F5G33010

References (2)

	00525	0 60100 4 00564	3514		STO	EXCO,4 ENTRANCE-EXIT REQUIREMENTS	F5G32730
	00531	0 50000 2 00564	3518	BL10	CLA	EXCO,2 ENTRANCE-EXIT COND.	F5G32770

␣␣F100 = 1222

Definition
02306 0 50000 0 00532 1551 F100 CLA FV1 PUT EXIT BB NO. F5G15520
Reference
02304 0 02000 0 02306 1549 TRA F100 F5G15500

␣␣F86A = 1180

Definition
02234 0 50000 0 00535 1509 F86A CLA FV4 YES F5G15100
Reference
02232 −0 10000 0 02234 1507 TNZ F86A UNCONSIDERED PREDS F5G15080

␣␣FSTT = 257

Definition
00401 −230000000000 3802 FSTT OCT −230000000000 F5G35620
Reference
02717 0 40200 0 00401 4316 SUB FSTT F5G40540

␣␣FV10 = 355

Definition
00543 0 00000 0 00000 589 FV10 0,0,− F5G05900

References (2)

	02153	0 62200 0 00543	1460		STD	FV10 IN NEXT BB	F5G14610
	02155	0 34000 0 00543	1462	F31	CAS	FV10 IS SUCC IN SAME BB	F5G14630

␣␣GON1 = 1538

Definition
03002 −0 50000 1 12534 4369 GON1 CAL BBB+1,1 F5G41070
Reference
03000 0 10000 0 03002 4367 TZE GON1 F5G41050

␣␣GON2 = 1562

Definition
03032 1 77777 1 03033 4394 GON2 TXI GON2+1,1,−1 F5G41320

References (2)

	03010	0 10000 0 03032	4376		TZE	GON2	F5G41140
	03032	1 77777 1 03033	4394	GON2	TXI	GON2+1,1,−1	F5G41320

␣␣GON3 = 1542

Definition
03006 0 50000 2 00361 4374 GON3 CLA VSTAG,2 DOES THIS THIS IR NEED SXD F5G41120
Reference
03033 2 00001 2 03006 4395 TIX GON3,2,1 F5G41330

␣␣GOV1 = 1589

Definition
03065 −0 63400 2 00450 4422 GOV1 SXD BBOX1,2 F5G41600
Reference
03063 −2 00144 2 03065 4420 13TNX TNX GOV1,2,ZINST IS BLOCK OF INST ALL USED F5G41580

␣␣GOV2 = 1601

Definition
03101 0 50000 0 00457 4434 GOV2 CLA TMP10 NO F5G41720
Reference
03075 2 00001 4 03101 4430 TIX GOV2,4,1 IS THIS THE LAST TRANSFER F5G41680

␣␣GOV3 = 1604

Definition
03104 1 00004 2 03105 4437 GOV3 TXI GOV3+1,2,4 F5G41750

References (2)

	03100	0 10000 0 03104	4433		TZE	GOV3	F5G41710
	03104	1 00004 2 03105	4437	GOV3	TXI	GOV3+1,2,4	F5G41750

␣␣GOV4 = 1581

Definition
03055 1 00004 2 03056 4414 GOV4 TXI GOV4+1,2,4 F5G41520
Reference
03055 1 00004 2 03056 4414 GOV4 TXI GOV4+1,2,4 F5G41520

␣␣GOV5 = 1609

Definition
03111 1 77777 4 03112 4442 GOV5 TXI GOV5+1,4,−1 F5G41800
Reference
03111 1 77777 4 03112 4442 GOV5 TXI GOV5+1,4,−1 F5G41800

␣␣GSYM = 236

Definition
00354 +060000000000 3781 GSYM OCT 60000000000 GARBAGE SYMBLE F5G35410

References (2)

	03364	0 50000 0 00354	4616		CLA	GSYM	F5G43540
	03454	0 50000 0 00354	4672		CLA	GSYM	F5G44070

␣␣IND1 = 281

Definition
00431 0 00000 0 00000 496 IND1 + OR - ACCORDING AS IR1 FOUND OR IR1 NOT FOUND F5G04970

References (7)

00626	0 60100 0 00431	683		STO	IND1 INDICATORS	F5G06840
00646	0 60100 1 00434	699		STO	IND1+3,1 NO, RECORD IRN ELIMINATED	F5G07000
00654	0 50000 1 00434	705	S126	CLA	IND1+3,1 HAS IRN	F5G07060
00741	0 50000 0 00431	758	S102	CLA	IND1 HAS C(IR1) BEEN	F5G07590
00770	0 56000 1 00434	782	S22	LDQ	IND1+3,1	F5G07830
01011	−0 60000 1 00434	799		STQ	IND1+3,1	F5G08000
01017	0 50000 1 00434	805	S27	CLA	IND1+3,1 I.R. WHICH HASNT	F5G08060

␣␣IND2 = 282

Definition
00432 0 00000 0 00000 497 IND2 + F5G04980

References (2)

	00627	0 60100 0 00432	684		STO	IND2 TO	F5G06850
	00756	0 50000 0 00432	771	S13	CLA	IND2 HAS IR2 BEEN	F5G07720

␣␣IND3 = 283

Definition
00433 0 00000 0 00000 498 IND3 + F5G04990
Reference
00630 0 60100 0 00433 685 STO IND3 NOT F5G06860

␣␣INIZ = 1489

Definition
02721 0 53400 1 00342 1820 INIZ LXA S5K5,1 INITIALIZE F5G18210
Reference
02772 0 02000 0 02721 1861 TRA INIZ F5G18620

␣␣INST = 577

Definition
01101 3913 INST BES RECNO*100 THE BLOCK FOR THE COMPILED INSTR F5G36730

References (69)

02175	0 50000 2 01101	3968		CLA	INST,2	F5G37280
02177	0 50000 2 01100	3970		CLA	INST−1,2	F5G37300
02201	0 50000 2 01077	3972		CLA	INST−2,2	F5G37320
02203	0 50000 2 01076	3974		CLA	INST−3,2	F5G37340
02527	−0 50000 2 01076	4195	2FNDS	CAL	INST−3,2 IS THIS INST. TAGGED	F5G39550
02550	−0 50000 2 01076	4212		CAL	INST−3,2	F5G39720
02557	0 62100 2 01076	4219		STA	INST−3,2 REPLACE TAU-TAG BY S-TAG	F5G39790
02577	0 50000 2 01076	4235		CLA	INST−3,2 COMPILE THE S-TAG	F5G39950
02602	−0 50000 2 01100	4238	SKLX	CAL	INST−1,2	F5G39980
02616	0 50000 2 01076	4250		CLA	INST−3,2 YES. IS S-TAG=4.	F5G40044
02623	−0 50000 2 01074	4255		CAL	INST−5,2 IS NEXT INSTR	F5G40049
02631	0 50000 2 01072	4261		CLA	INST−7,2	F5G40055
02644	0 50000 2 01101	4272		CLA	INST,2 NEITHER LXP NOR DED, COMPILE THE	F5G40100
02646	0 50000 2 01100	4274		CLA	INST−1,2	F5G40120
02650	0 50000 2 01077	4276		CLA	INST−2,2	F5G40140
02652	0 50000 2 01076	4278		CLA	INST−3,2	F5G40160
02664	0 50000 2 01076	4288		CLA	INST−3,2 AND TAG WORD	F5G40260
02700	0 50000 2 01101	4301	CKLOC	CLA	INST,2 IF NO LOCATION SYMBOL , THIS CANT BE	F5G40390
02702	0 50000 2 01075	4303		CLA	INST−4,2 IS THIS LAST INST IN BB	F5G40410
02706	−0 50000 2 01100	4307		CAL	INST−1,2	F5G40450
02713	−0 50000 2 01100	4312		CAL	INST−1,2 NOT FOUND, LOOK FORCONDITIONAL TRANSFER	F5G40500
02723	0 50000 2 01075	4320	TR3S	CLA	INST−4,2 IS THIS LAST INST IN BB	F5G40580
02744	0 50000 2 01100	4339		CLA	INST−1,2 BLOCK LOOKAT OP CODE	F5G40770
02752	−0 50000 2 01077	4345	TRACS	CAL	INST−2,2 OP CODE IS TRA SEE IF ADDRESS	F5G40830
02767	0 60200 2 01077	4358		SLW	INST−2,2 TEPLACE SYMBOLIC ADDR.	F5G40960
03014	0 50000 4 01101	4380		CLA	INST,4 SXD INST.	F5G41180
03015	−0 60000 4 01101	4381		STQ	INST,4 SXDINST	F5G41190
03047	0 50000 2 01076	4408		CLA	INST−3,2 FIND NO. OF BRANCHES IN VECTOR	F5G41460
03076	0 50000 2 01077	4431		CLA	INST−2,2	F5G41690
03102	0 60100 2 01077	4435		STO	INST−2,2	F5G41730
03115	0 50000 2 01076	4446	IF2PS	CLA	INST−3,2 THIS IS PSE LOOK AT ADDRESS TO	F5G41840
03121	0 50000 2 01076	4450		CLA	INST−3,2	F5G41880
03143	0 60200 2 01077	4469		SLW	INST−2,2 REPLACE SYMBOLIC ADDRESS	F5G42070
03146	0 50000 2 01077	4472		CLA	INST−2,2 IS THIS A SEQUENTIAL TRANSFER	F5G42100
03157	0 60200 2 01077	4481		SLW	INST−2,2 REPLACE SYMBOLIC ADDRESS	F5G42190
03162	0 50000 2 01077	4484	TTYPE	CLA	INST−2,2 IS THIS TRANSFER TO NEXT INST.	F5G42220
03163	0 34000 2 01101	4485		CAS	INST,2	F5G42230
03206	0 60200 2 01077	4504		SLW	INST−2,2 REPLACE SYMBOLIC ADDRESS	F5G42420
03211	0 50000 2 01077	4507		CLA	INST−2,2 IS THIS A SEQUENTIAL TRANSFER	F5G42450
03223	0 60200 2 01077	4517		SLW	INST−2,2	F5G42550
03242	0 60200 2 01077	4532		SLW	INST−2,2 REPLACE THE SYMBOLIC ADDREAS	F5G42700
03245	−0 50000 2 01100	4535		CAL	INST−1,2 CHECK NEXT INST TO SEE	F5G42730
03254	0 50000 2 01077	4542	16CLA	CLA	INST−2,2 DOES THIS EXIT GO TO NEXT BB	F5G42800
03257	0 50000 2 01073	4545		CLA	INST−6,2 YES, DOES NEXT ONE ALSO	F5G42830
03273	0 60200 2 01077	4557		SLW	INST−2,2 SYMBOLIC ADDRESS	F5G42950
03276	−0 50000 2 01100	4560		CAL	INST−1,2 IS THIS TRA	F5G42980
03304	0 50000 2 01077	4566		CLA	INST−2,2 YES IT IS IS THIS A	F5G43040
03321	0 60200 2 01077	4579		SLW	INST−2,2 A0DRESS	F5G43170
03324	0 50000 2 01074	4582	STPCSZ	CLA	INST−5,2	F5G43200
03327	0 50000 2 01101	4585		CLA	INST,2	F5G43230
03330	0 40200 2 01073	4586		SUB	INST−6,2	F5G43240
03336	−0 50000 2 01100	4594	CI7A	CAL	INST−1,2 IS THIS AN SXD INST	F5G43320
03344	−0 50000 2 01076	4600		CAL	INST−3,2 YES, DOES IT HAVE TAG 4	F5G43380
03352	−0 50000 2 01074	4606		CAL	INST−5,2 YES, IS THE NEXT INST A TSX	F5G43440
03360	0 50000 2 01101	4612		CLA	INST,2	F5G43500
03370	0 50000 2 01075	4620	CMTSX	CLA	INST−4,2 COMPILE THE TSX INST	F5G43580
03372	0 50000 2 01074	4622		CLA	INST−5,2	F5G43600
03374	0 50000 2 01073	4624		CLA	INST−6,2	F5G43620
03376	0 50000 2 01072	4626		CLA	INST−7,2	F5G43640
03401	0 50000 2 01101	4629	DLSXD	CLA	INST,2	F5G43670
03412	−0 50000 2 01100	4638	CI7C	CAL	INST−1,2 IS THIS AN LXD	F5G43770
03420	−0 50000 2 01076	4644		CAL	INST−3,2 YES, IS THE TAG 4	F5G43830
03432	−0 50000 2 01074	4654	CI7C1	CAL	INST−5,2 IS FOLLOWING INSTR AN SXD.	F5G43885
03440	−0 50000 2 01072	4660		CAL	INST−7,2 YES, IS THE TAG A 4	F5G43950
03444	0 50000 2 01075	4664		CLA	INST−4,2 IS SXD FIRST INSTR	F5G43990
03462	0 50000 2 01076	4678	CI3A	CLA	INST−3,2 IS THE S-TAG EQUAL TO 4	F5G44130
03500	0 60100 4 01101	4694		STO	INST,4	F5G44290
03504	0 70000 4 01065	4698	D1CPY	CPY	INST−12,4 COPY BLOCK OF INST	F5G44330
03524	0 60100 4 01065	4714		STO	INST−12,4	F5G44490

␣␣KEYS = 8188

Definition
163 FIXED PARAMETER LIST, INDEP. OF CORESIZE F5G01670

17774 164 KEYS SYN MSIZE−4 CONSTANTS TO RELATE PROGRAM TO TABLES F5G01680

References (8)

02224	0 40200 0 17774	1501	SUB	KEYS	F5G15020
15703	0 50000 0 17777	3189	CLA	KEYS+3 INITIALIZE	F5G29441
15705	0 50000 0 17775	3191	CLA	KEYS+1	F5G29460
15707	0 50000 0 17776	3193	CLA	KEYS+2	F5G29480
15711	0 50000 0 17774	3195	CLA	KEYS	F5G29500
16013	0 50000 0 17775	3261	CLA	KEYS+1	F5G30160
00336	0 50000 0 17774	3395	CLA	KEYS O.K. COMPUTE TEST CONSTANT	F5G31540
03551	0 40200 0 17774	4736	SUB	KEYS	F5G44710

␣␣LBSS = 234

Definition
00352 226262000000 3779 LBSS BCD 1BSS000 BSS IN BCD. F5G35391
Reference
03403 0 50000 0 00352 4631 CLA LBSS F5G43690

␣␣LD12 = 217

Definition
00331 0 00014 0 00000 3761 LD12 0,0,12 F5G35220

References (3)

03476	−0 53400 4 00331	4692		LXD	LD12,4 SHIFT EX,RA INST FROM END	F5G44270
03541	−0 53400 2 00331	4727	PASS2	LXD	LD12,2	F5G44620
03635	−0 53400 1 00331	4791		LXD	LD12,1	F5G45260

␣␣LDED = 231

Definition
00347 242524000000 3776 LDED BCD 1DED000 F5G35370
Reference
02637 0 34000 0 00347 4267 CI1 CAS LDED IS IT A DED F5G40061

␣␣LLXD = 268

Definition
00414 3818 LLXD SYN SMK2 F5G35780

References (3)

02627	0 40200 0 00414	4259	SUB	LLXD WITH REAL	F5G40053
03416	0 40200 0 00414	4642	SUB	LLXD	F5G43810
03452	0 50000 0 00414	4670	CLA	LLXD	F5G44050

␣␣LLXP = 229

Definition
00345 436747000000 3774 LLXP BCD 1LXP000 F5G35350
Reference
02606 0 34000 0 00345 4242 CAS LLXP IS THIS AN LXP F5G40020

␣␣LM20 = 219

Definition
00333 0 00000 0 77754 3763 LM20 −20 F5G35240
Reference
04263 0 53400 1 00333 5075 Z6 LXA LM20,1 SET TO START OF SXD LIST F5G48100

␣␣LMSK = 368

Definition
00560 −377777000000 3541 LMSK OCT −377777000000 F5G33000
Reference
00457 −0 32000 0 00560 3476 ANA LMSK AND F5G32350

␣␣LPSE = 235

Definition
00353 +076225000000 3780 LPSE OCT 76225000000 F5G35400

␣␣LSXD = 265

Definition
00411 3812 LSXD SYN SIK3 F5G35720

References (4)

03017	0 50000 0 00411	4383	CLA	LSXD	F5G41210
03342	0 40200 0 00411	4598	SUB	LSXD	F5G43360
03362	0 50000 0 00411	4614	CLA	LSXD SPECIAL TEMP. STORAGE LOC.	F5G43520
03436	0 40200 0 00411	4658	SUB	LSXD	F5G43930

␣␣LSYN = 230

Definition
00346 627045000000 3775 LSYN BCD 1SYN000 F5G35360
Reference
04375 0 50000 0 00346 5151 CLA LSYN F5G48860

␣␣LTPL = 228

Definition
00344 634743000000 3773 LTPL BCD 1TPL000 F5G35340
Reference
03251 0 40200 0 00344 4539 SUB LTPL F5G42770

␣␣LTRA = 232

Definition
00350 635121000000 3777 LTRA BCD 1TRA000 F5G35380

References (4)

	00350	3815	SLK1	SYN	LTRA TRA IN BCD	F5G35750
02416	0 50000 0 00350	4118		CLA	LTRA	F5G38780
03302	0 40200 0 00350	4564		SUB	LTRA	F5G43020
03325	0 40200 0 00350	4583		SUB	LTRA	F5G43210

␣␣LTSX = 233

Definition
00351 636267000000 3778 LTSX BCD 1TSX000 F5G35390
Reference
03356 0 40200 0 00351 4610 SUB LTSX F5G43480

␣␣LXDC = 366

Definition
00556 +150000000000 3727 LXDC OCT 150000000000 THE NUMBER IDENTIFYING THE LOC. OF AN LXD F5G34870
Reference
00547 0 36100 0 00556 3720 ACL LXDC F5G34800

␣␣MBOX = 307

Definition
00463 0 00000 0 00000 3863 MBOX 16. OF TRANSFERS IN GO TO VECTOR F5G36230

References (4)

03051	0 62200 0 00463	4410	STD	MBOX	F5G41480
03074	−0 53400 4 00463	4429	LXD	MBOX,4	F5G41670
03110	−0 53400 4 00463	4441	LXD	MBOX,4	F5G41790
03112	−0 63400 4 00463	4443	SXD	MBOX,4	F5G41810

␣␣NSXD = 128

Definition
00200 177 NSXD EQU 128 NO. OF SXD CASES IN SXD LIST F5G01810

References (2)

	00437	0 00000 0 01000	3842	LNSXD		NSXD*4	F5G36020
		01125	3921	SXAS	BSS	4*NSXD THE LIST 0F SXD INST.	F5G36810

␣␣ONEA = 205

Definition
00315 0 00000 0 00001 406 ONEA HTR 1 F5G04070

References (54)

00173	0 40000 0 00315	322		ADD	ONEA STORE	F5G03230
00230	0 40200 0 00315	351		SUB	ONEA	F5G03520
00250	0 40000 0 00315	367		ADD	ONEA WORDS ARE TO	F5G03680
01305	0 40000 0 00315	1004		ADD	ONEA UNASSIGNED TAG	F5G10050
01430	0 40000 0 00315	1087		ADD	ONEA INCREASE COUNTER	F5G10880
01621	0 40000 0 00315	1220		ADD	ONEA	F5G12210
02043	0 56000 0 00315	1384		LDQ	ONEA SET NEN LX AND PHI BITS TO ONEA	F5G13850
02107	0 40000 0 00315	1422		ADD	ONEA FIRST PRED. IN	F5G14230
02131	0 40000 0 00315	1440		ADD	ONEA CONSIDER NEXT PRED.	F5G14410
02222	0 40000 0 00315	1499		ADD	ONEA B.B.	F5G15000
02225	0 40000 0 00315	1502		ADD	ONEA	F5G15030
03233	0 40000 0 00315	2024		ADD	ONEA TRY NEXT	F5G20250
03337	0 40000 0 00315	2092		ADD	ONEA A	F5G20930
03522	0 40000 0 00315	2207		ADD	ONEA	F5G22080
03543	0 40000 0 00315	2224		ADD	ONEA NEXT PRED.	F5G22250
03555	0 40000 0 00315	2234		ADD	ONEA	F5G22350
03720	−0 50100 0 00315	2333		ORA	ONEA	F5G23340
04016	0 40000 0 00315	2395		ADD	ONEA	F5G23960
04270	0 40000 0 00315	2567		ADD	ONEA TRY NEXT PREDECESSOR.	F5G25680
04414	0 40000 0 00315	2651		ADD	ONEA	F5G26520
04654	0 40000 0 00315	2813		ADD	ONEA GO TO N	F5G28050
15731	0 50000 0 00315	3211		CLA	ONEA WHICH A TAG	F5G29660
15746	0 50000 0 00315	3224		CLA	ONEA	F5G29790
15755	0 50000 0 00315	3231		CLA	ONEA ADDR.	F5G29860
00350	0 40000 0 00315	3405		ADD	ONEA	F5G31640
00375	0 40200 0 00315	3426		SUB	ONEA	F5G31850
00433	0 40000 0 00315	3456		ADD	ONEA NEXT PRED ENTRY	F5G32150
00462	0 40000 0 00315	3479		ADD	ONEA STAG WORD NO.	F5G32380
00507	0 40000 0 00315	3500		ADD	ONEA A GO N	F5G32590
00536	0 40000 0 00315	3523		ADD	ONEA WITH NEXT BB	F5G32820
00353	0 40000 0 00315	3596		ADD	ONEA NO	F5G33560
00377	0 40000 0 00315	3616		ADD	ONEA FIN NO. OF 1ST PRED ENTRY NEXT BBB	F5G33760
00434	0 40000 0 00315	3645		ADD	ONEA	F5G34050
00442	0 40000 0 00315	3651		ADD	ONEA	F5G34110
00472	0 40000 0 00315	3675		ADD	ONEA	F5G34350
00501	0 40000 0 00315	3682		ADD	ONEA	F5G34420
00504	0 40000 0 00315	3685		ADD	ONEA ARRANGE TO TREAT NEXT SUCC ENTRY	F5G34450
02146	0 40000 0 00315	3943		ADD	ONEA	F5G37030
02321	0 50200 0 00315	4054	SI3	CLS	ONEA RECORD THAT THERE IS	F5G38140
02515	0 50200 0 00315	4183	SM7	CLS	ONEA	F5G39430
02536	0 40000 0 00315	4202		ADD	ONEA	F5G39620
02777	0 40000 0 00315	4366		ADD	ONEA	F5G41040
03532	0 40200 0 00315	4720		SUB	ONEA YES, STORE INDICATION AND TRY AGAIN	F5G44550
03552	0 40000 0 00315	4737		ADD	ONEA	F5G44720
03566	0 50000 0 00315	4749		CLA	ONEA RECORD THERE ISNT HANGING TRA 0	F5G44840
03623	0 40000 0 00315	4779		ADD	ONEA ARRANGE TO DEAL WITH NEXT	F5G45140
04010	0 50000 0 00315	4899		CLA	ONEA	F5G46340
04021	0 40200 0 00315	4908		SUB	ONEA NO	F5G46430
04037	0 40200 0 00315	4922		SUB	ONEA	F5G46570
04047	0 40200 0 00315	4930		SUB	ONEA	F5G46650
04064	0 40200 0 00315	4944		SUB	ONEA	F5G46790
04076	0 40000 0 00315	4954		ADD	ONEA	F5G46890
04136	0 50200 0 00315	4986	Z46	CLS	ONEA RECORD THAT THERE	F5G47210
04214	0 40000 0 00315	5034		ADD	ONEA	F5G47690

␣␣ONED = 206

Definition
00316 0 00001 0 00000 407 ONED HTR 0,0,1 F5G04080

References (22)

01065	0 40000 0 00316	853		ADD	ONED LOC. OF 1ST	F5G08540
01667	0 40200 0 00316	1271		SUB	ONED	F5G12720
01702	0 40200 0 00316	1282	SC4	SUB	ONED IS THIS CURRENT	F5G12830
01722	0 40200 0 00316	1298		SUB	ONED NEXT	F5G12990
02150	0 40000 0 00316	1457		ADD	ONED SUCC.	F5G14580
02172	0 40000 0 00316	1475		ADD	ONED NEXT SUCC.	F5G14760
02677	0 40200 0 00316	1801		SUB	ONED LOOP LIST	F5G18020
03576	0 40000 0 00316	2251		ADD	ONED	F5G22520
04323	0 40200 0 00316	2594		SUB	ONED INDICATOR	F5G25950
04640	−0 32000 0 00316	2801		ANA	ONED	F5G27947
04752	0 40200 0 00316	2875		SUB	ONED	F5G28680
15714	0 40200 0 00316	3198		SUB	ONED	F5G29530
04747	0 40200 0 00316	3285		SUB	ONED	F5G30410
04747	0 40200 0 00316	3319		SUB	ONED	F5G30760
04747	0 40200 0 00316	3353		SUB	ONED	F5G31110
	00316	3754	LD1	SYN	ONED	F5G35150
02445	0 40200 0 00316	4143		SUB	ONED INDEX OF SUB BOTTEM	F5G39030
03106	0 40000 0 00316	4439		ADD	ONED	F5G41770
03545	0 50000 0 00316	4732		CLA	ONED	F5G44670
03571	0 40000 0 00316	4752		ADD	ONED	F5G44870
03632	0 40200 0 00316	4788		SUB	ONED IN THE 3 LISTS AND ALL	F5G45230
04140	0 50000 0 00316	4990	Z5	CLA	ONED SET INDEX IN SYN TABLE	F5G47250

␣␣P001 = 462

Definition
00716 0 34000 0 00417 739 P001 CAS S1V1+7 F5G07400
Reference
00714 0 02000 0 00716 737 TRA P001 OR OPAQUE REGION F5G07380

␣␣P003 = 1568

Definition
03040 0 50000 2 00430 1899 P003 CLA IR1+3,2 F5G19000
Reference
03034 0 02000 0 03040 1895 TRA P003 F5G18960

␣␣POO2 = 1282

Definition
02402 3 00002 1 02421 1611 POO2 TXH F29,1,2 F5G16120

␣␣PRED = 7100

Definition
15674 3170 PRED SYN BBB+BBBL*6+1 F5G29250

References (37)

00066	0 00000 0 15674	233		HTR	PRED A	F5G02340
01613	−0 50000 1 15674	1214		CAL	PRED,1	F5G12150
01637	−0 60200 1 15674	1234		ORS	PRED,1 SX FIT IN	F5G12350
02120	0 50000 1 15674	1431		CLA	PRED,1	F5G14320
03225	−0 50000 1 15674	2018		CAL	PRED,1	F5G20190
03240	−0 60200 1 15674	2029		ORS	PRED,1 TABLE.	F5G20300
03535	−0 50000 1 15674	2218		CAL	PRED,1	F5G22190
03550	0 50000 1 15674	2229	X110	CLA	PRED,1 SET SIGN	F5G22300
03552	0 60100 1 15674	2231		STO	PRED,1 ENTRY NEGATIVE.	F5G22320
04010	−0 50000 1 15674	2389		CAL	PRED,1 IS THIS THE	F5G23900
04034	−0 60200 1 15674	2409		ORS	PRED,1 NECESSARY.	F5G24100
04262	−0 50000 1 15674	2561		CAL	PRED,1 IS THIS	F5G25620
04306	−0 60200 1 15674	2581		ORS	PRED,1 INSERT LX BIT.	F5G25820
04406	0 50000 1 15674	2645		CLA	PRED,1 IS	F5G26460
04442	−0 60200 1 15674	2673		ORS	PRED,1 NECESSARY.	F5G26740
04765	0 50200 1 15674	2886		CLS	PRED,1	F5G28790
04772	0 60100 1 15674	2891	QP6	STO	PRED,1	F5G28840
	02100	3171	SPAC1	EQU	MSIZE−4−PRED	F5G29260
	15674	3181		ORG	PRED	F5G29370
04762	0 50200 1 15674	3330		CLS	PRED,1	F5G30870
04767	0 60100 1 15674	3335	QPU6	STO	PRED,1	F5G30920
00411	−0 50000 1 15674	3438		CAL	PRED,1	F5G31970
00431	0 60100 1 15674	3454		STO	PRED,1 STORE PRED ENTRY WITH PERMUTED BITS	F5G32130
00417	−0 50000 1 15674	3632		CAL	PRED,1 ED GO TO NP	F5G33920
00423	−0 50000 1 15674	3636		CAL	PRED,1 OR THE SXD CASE INTO COMBINED SXD CASE	F5G33960
00426	0 32000 1 15674	3639		ANS	PRED,1	F5G33990
00427	−0 50000 1 15674	3640	AC5	CAL	PRED,1 IS THE BB WHICH IS PREDECESSOR	F5G34000
00437	−0 50000 2 15674	3648		CAL	PRED,2 COMBINED LXD CASE	F5G34080
00466	0 50000 1 15674	3671		CLA	PRED,1 IS A GO TO N	F5G34310
00477	−0 60200 2 15674	3680		ORS	PRED,2	F5G34400
02141	0 50000 1 15674	3938		CLA	PRED,1	F5G36980
02150	−0 50000 1 15674	3945	SAD2	CAL	PRED,1 IS THE SXD CASE 0	F5G37050
02160	0 50000 1 15674	3953	SAD3	CLA	PRED,1 IS THE LXD CASE ZERO	F5G37130
02220	0 50000 1 15674	3988		CLA	PRED,1 GET AND	F5G37480
03613	0 50000 1 15674	4771		CLA	PRED,1 DETERMINE THE	F5G45060
04071	−0 50000 1 15674	4949		CAL	PRED,1	F5G46840
00000	0 15674 0 15674	5206		HTR	PRED,0,PRED CONTROL CARD PART 1B.	F5G49374

␣␣PRMK = 225

Definition
00341 0 00007 7 00000 3769 PRMK 0,7,7 F5G35300

␣␣PTL1 = 20

Definition
00024 178 PTL1 EQU 20 SPACE FOR PATCHES, PART 1 F5G01811
Reference
05672 3165 BSS PTL1 SPACE FOR PATCHES F5G29200

␣␣PTL2 = 41

Definition
00051 179 PTL2 EQU 41 SPACE FOR PATCHES, PART 2. F5G01812
Reference
00604 3559 BSS PTL2 SPACE FOR PATCHES F5G33180

␣␣PTL3 = 42

Definition
00052 180 PTL3 EQU 42 SPACE FOR PATCHES, PART 3 F5G01813
Reference
00647 3742 ASCON BES PTL3 SPACE FOR PATCHES F5G35020

␣␣PTL4 = 34

Definition
00042 181 PTL4 EQU 34 SPACE FOR PATCHES, PART 4. F5G01814
Reference
04454 5200 BSS PTL4 SPACE FOR PATCHES F5G49350

␣␣QPU0 = 2532

Definition
04744 −3 00000 4 00030 3316 QPU0 TXL R,4,0 F5G30730
Reference
04772 −3 00000 4 04744 3338 QPU8 TXL QPU0,4,− F5G30950

␣␣QPU1 = 2534

Definition
04746 −0 63400 4 00104 3318 QPU1 SXD SE21+3,4 F5G30750
Reference
04745 1 77777 4 04746 3317 TXI QPU1,4,−1 F5G30740

␣␣QPU2 = 2539

Definition
04753 −0 63400 4 04764 3323 QPU2 SXD QPU4,4 F5G30800
Reference
04752 1 00417 4 04753 3322 TXI QPU2,4,BBBL−1 F5G30790

␣␣QPU3 = 2544

Definition
04760 −0 75400 4 00000 3328 QPU3 PXD 0,4 F5G30850
Reference
04773 1 77777 4 04760 3339 TXI QPU3,4,−1 F5G30960

␣␣QPU4 = 2548

Definition
04764 3 00000 4 04767 3332 QPU4 TXH QPU6,4,− F5G30890
Reference
04753 −0 63400 4 04764 3323 QPU2 SXD QPU4,4 F5G30800

␣␣QPU5 = 2550

Definition
04766 3 00000 4 04770 3334 QPU5 TXH QPU7,4,− F5G30910

References (2)

	04754	−0 63400 4 04766	3324		SXD	QPU5,4	F5G30810
	04765	1 00420 4 04766	3333		TXI	QPU5,4,BBBL	F5G30900

␣␣QPU6 = 2551

Definition
04767 0 60100 1 15674 3335 QPU6 STO PRED,1 F5G30920
Reference
04764 3 00000 4 04767 3332 QPU4 TXH QPU6,4,− F5G30890

␣␣QPU7 = 2552

Definition
04770 −0 53400 4 00306 3336 QPU7 LXD SEV2,4 F5G30930
Reference
04766 3 00000 4 04770 3334 QPU5 TXH QPU7,4,− F5G30910

␣␣QPU8 = 2554

Definition
04772 −3 00000 4 04744 3338 QPU8 TXL QPU0,4,− F5G30950

References (2)

	04756	−0 63400 4 04772	3326		SXD	QPU8,4	F5G30830
	00001	0 00000 0 04773	5213		HTR	QPU8+1	F5G49381

␣␣QSU0 = 2532

Definition
04744 −3 00000 4 02177 3350 QSU0 TXL F,4,0 F5G31080
Reference
04772 −3 00000 4 04744 3372 QSU8 TXL QSU0,4,− F5G31300

␣␣QSU1 = 2534

Definition
04746 −0 63400 4 00104 3352 QSU1 SXD SE21+3,4 F5G31100
Reference
04745 1 77777 4 04746 3351 TXI QSU1,4,−1 F5G31090

␣␣QSU2 = 2539

Definition
04753 −0 63400 4 04764 3357 QSU2 SXD QSU4,4 F5G31150
Reference
04752 1 00417 4 04753 3356 TXI QSU2,4,BBBL−1 F5G31140

␣␣QSU3 = 2544

Definition
04760 −0 75400 4 00000 3362 QSU3 PXD 0,4 F5G31200
Reference
04773 1 77777 4 04760 3373 TXI QSU3,4,−1 F5G31310

␣␣QSU4 = 2548

Definition
04764 3 00000 4 04767 3366 QSU4 TXH QSU6,4,− F5G31240
Reference
04753 −0 63400 4 04764 3357 QSU2 SXD QSU4,4 F5G31150

␣␣QSU5 = 2550

Definition
04766 3 00000 4 04770 3368 QSU5 TXH QSU7,4,− F5G31260

References (2)

	04754	−0 63400 4 04766	3358		SXD	QSU5,4	F5G31160
	04765	1 00420 4 04766	3367		TXI	QSU5,4,BBBL	F5G31250

␣␣QSU6 = 2551

Definition
04767 0 60100 1 16734 3369 QSU6 STO SUCC,1 F5G31270
Reference
04764 3 00000 4 04767 3366 QSU4 TXH QSU6,4,− F5G31240

␣␣QSU7 = 2552

Definition
04770 −0 53400 4 00306 3370 QSU7 LXD SEV2,4 F5G31280
Reference
04766 3 00000 4 04770 3368 QSU5 TXH QSU7,4,− F5G31260

␣␣QSU8 = 2554

Definition
04772 −3 00000 4 04744 3372 QSU8 TXL QSU0,4,− F5G31300

References (2)

	04756	−0 63400 4 04772	3360		SXD	QSU8,4	F5G31180
	00001	0 00000 0 04773	5216		HTR	QSU8+1	F5G49384

␣␣R004 = 1964

Definition
03654 −0 73400 4 00000 4806 R004 PDX 0,4 QUANTITY IN THE LIST F5G45410

␣␣RDIN = 216

Definition
00330 −0 53400 2 00555 3577 RDIN LXD 3LD3,2 F5G33370
Reference
00323 0 02000 0 00330 3572 TRA RDIN F5G33320

␣␣RMSK = 364

Definition
00554 0 00000 7 77777 3537 RMSK −1,−1 F5G32960

References (2)

	00353	−0 32000 0 00554	3408		ANA	RMSK FIRST TAG IN	F5G31670
	00373	−0 32000 0 00554	3424		ANA	RMSK OF 1ST TAG IN BB	F5G31830

␣␣ROT0 = 1514

Definition
02752 −0 53400 2 00440 1845 ROT0 LXD S3V4,2 F5G18460

References (2)

	02745	0 02000 0 02752	1840		TRA	ROT0 YES	F5G18410
	02750	0 02000 0 02752	1843		TRA	ROT0 YES	F5G18440

␣␣ROT1 = 1518

Definition
02756 −3 00000 2 02732 1849 ROT1 TXL 1L4,2,− F5G18500

References (3)

02720	−0 63400 0 02756	1819		SXD	ROT1,0	F5G18200
02755	1 77777 2 02756	1848		TXI	ROT1,2,−1	F5G18490
02767	−0 63400 2 02756	1858	ROT5	SXD	ROT1,2	F5G18590

␣␣ROT2 = 1521

Definition
02761 0 50000 2 04741 1852 ROT2 CLA LPLST,2 F5G18530
Reference
02766 1 77777 2 02761 1857 TXI ROT2,2,−1 F5G18580

␣␣ROT3 = 1523

Definition
02763 −3 00000 0 02765 1854 ROT3 TXL ROT4,0,− F5G18550

References (3)

02717	−0 63400 0 02763	1818	L	SXD	ROT3,0	F5G18190
02754	−0 53400 2 02763	1847		LXD	ROT3,2	F5G18480
02757	−0 63400 2 02763	1850		SXD	ROT3,2	F5G18510

␣␣ROT4 = 1525

Definition
02765 0 60100 2 04740 1856 ROT4 STO LPLST−1,2 F5G18570
Reference
02763 −3 00000 0 02765 1854 ROT3 TXL ROT4,0,− F5G18550

␣␣ROT5 = 1527

Definition
02767 −0 63400 2 02756 1858 ROT5 SXD ROT1,2 F5G18590
Reference
02764 −3 00000 0 02767 1855 TXL ROT5,0,− F5G18560

␣␣S101 = 499

Definition
776 OF SOME KIND. F5G07770

00763 0 56000 0 00550 777 S101 LDQ LPIND IS THIS F5G07780
Reference
00710 0 02000 0 00763 733 TRA S101 YES F5G07340

␣␣S102 = 481

Definition
00741 0 50000 0 00431 758 S102 CLA IND1 HAS C(IR1) BEEN F5G07590

References (3)

00704	0 02000 0 00741	729	TRA	S102 YES	F5G07300
00720	0 02000 0 00741	741	TRA	S102	F5G07420
00764	0 16200 0 00741	778	TQP	S102 A LOOP	F5G07790

␣␣S103 = 454

Definition
00706 0 34000 0 00323 731 S103 CAS S3K1 IS THIS AN END LOOP LIST F5G07320
Reference
00671 0 02000 0 00706 718 TRA S103 COME HERE IF TAG NOT GOT. F5G07190

␣␣S104 = 446

Definition
00676 0 07400 4 00766 723 S104 TSX S2,4 NO F5G07240

References (3)

00674	0 02000 0 00676	721	TRA	S104 NO	F5G07220
00703	0 02000 0 00676	728	TRA	S104	F5G07290
00705	0 02000 0 00676	730	TRA	S104	F5G07310

␣␣S105 = 457

Definition
00711 0 50000 0 00444 734 S105 CLA S3V5 GET LOOP LIST QUANTITY AGAIN. F5G07350
Reference
00707 0 02000 0 00711 732 TRA S105 NO F5G07330

␣␣S107 = 498

Definition
00762 0 07400 4 00004 775 S107 TSX 4,4 DIAGNOSTIC, THERE IS AN ERROR F5G07760
Reference
00757 0 12000 0 00762 772 TPL S107 FOUND (ELIMINATED) F5G07730

␣␣S108 = 496

Definition
00760 0 53400 4 00341 773 S108 LXA S5K4,4 NO,SELECT F5G07740

␣␣S109 = 403

Definition
00623 0 60100 0 00422 680 S109 STO S1V5 SEARCH FOR MOST REPLACEABLE I.R. F5G06810
Reference
00621 0 02000 0 00623 678 TRA S109 SEARCH FOR LEAST REPLACEABLE I.R. F5G06790

␣␣S111 = 400

Definition

		671			THE S1 AND S111 ROUTINES SELECT THE MOST (S1) OR THE LEAST	F5G06720
		672			(S111) REPLACEABLE INDEX REGISTERS BY SCANNING AHEAD	F5G06730
		673			THROUGH LPLST. THE IR WHOSE CONTENTS ARE REQUIRED AGAIN	F5G06740
		674			SOONEST (LAST) IS THE LEAST (MOST) REPLACEABLE. THESE	F5G06750
		675			R0UTINES USE THE S2 SUBROUTINE, WHICH ACTUALLY TRIES TO	F5G06760
		676			SELECT AN IR.	F5G06770
00620	−0 76000 0 00003	677	S111	SSM	SET INDICATOR TO-MEANING	F5G06780

Reference
01372 0 07400 4 00620 1057 TSX S111,4 LOOK FOR LEAST REPLACEABLE I.R. F5G10580

␣␣S112 = 437

Definition
00665 0 50000 4 00445 714 S112 CLA S3V1+8,4 STATE F5G07150
Reference
00667 2 00001 4 00665 716 TIX S112,4,1 S3 ROUTINE. F5G07170

␣␣S113 = 486

Definition
00746 0 50000 4 00420 763 S113 CLA S1V1+8,4 TO STATE F5G07640
Reference
00750 2 00001 4 00746 765 TIX S113,4,1 S1 WAS USED. F5G07660

␣␣S114 = 479

Definition
00737 2 00001 4 00725 756 S114 TIX S115,4,1 COUNT TO 3. F5G07570
Reference
00736 1 77777 1 00737 755 TXI S114,1,−1 DECREASE ENTR. INDEX F5G07560

␣␣S115 = 469

Definition
00725 −0 50000 1 12535 746 S115 CAL BBB+2,1 PUT THIS TAU TAG F5G07470
Reference
00737 2 00001 4 00725 756 S114 TIX S115,4,1 COUNT TO 3. F5G07570

␣␣S119 = 411

Definition
00633 0 53400 1 00342 688 S119 LXA S5K5,1 SET COUNT TO 3, N TO 1 F5G06890
Reference
00643 0 02000 0 00633 696 TRA S119 F5G06970

␣␣S120 = 412

Definition
00634 0 50000 1 00430 689 S120 CLA IR1+3,1 IS IRN EMPTY OR F5G06900
Reference
00640 2 00001 1 00634 693 S122 TIX S120,1,1 NO,C0UNT TO 3,N=N+1 F5G06940

␣␣S121 = 414

Definition
00636 −3 77445 0 00640 691 S121 TXL S122,0,−LK1 NO, COM(LOC. OF HASH) IN DECR. F5G06920
Reference
00642 −0 53400 2 00636 695 LXD S121,2 NO,SET TO LOOP FOR HASH. F5G06960

␣␣S122 = 416

Definition
00640 2 00001 1 00634 693 S122 TIX S120,1,1 NO,C0UNT TO 3,N=N+1 F5G06940

References (2)

	00636	−3 77445 0 00640	691	S121	TXL	S122,0,−LK1 NO, COM(LOC. OF HASH) IN DECR.	F5G06920
	00652	0 02000 0 00640	703		TRA	S122 NO,	F5G07040

␣␣S123 = 417

Definition
00641 3 77442 2 00662 694 S123 TXH S127,2,−S5K1 HAVE WE LOOKED FOR HASH F5G06950
Reference
00632 −0 53400 2 00641 687 LXD S123,2 SET TO LO0P FOR EMPTY I.R. F5G06880

␣␣S124 = 420

Definition
00644 0 50200 0 00422 697 S124 CLS S1V5 LOOKING FOR MOST REPLACEABLE F5G06980
Reference
00637 0 02000 0 00644 692 TRA S124 YES, F5G06930

␣␣S125 = 432

Definition
00660 2 00001 1 00654 709 S125 TIX S126,1,1 COUNT TO 3,N=N+1 F5G07100
Reference
00655 0 12000 0 00660 706 TPL S125 BEEN ELIMINATED F5G07070

␣␣S126 = 428

Definition
00654 0 50000 1 00434 705 S126 CLA IND1+3,1 HAS IRN F5G07060
Reference
00660 2 00001 1 00654 709 S125 TIX S126,1,1 COUNT TO 3,N=N+1 F5G07100

␣␣S127 = 434

Definition
00662 0 50000 0 01122 711 S127 CLA S39 F5G07120
Reference
00641 3 77442 2 00662 694 S123 TXH S127,2,−S5K1 HAVE WE LOOKED FOR HASH F5G06950

␣␣S128 = 427

Definition
00653 0 53400 1 00342 704 S128 LXA S5K5,1 SET COUNT TO 3,N=1 F5G07050
Reference
00651 0 16200 0 00653 702 TQP S128 HAS AN IR BEEN ELIMINATED BEFORE F5G07030

␣␣S129 = 430

Definition
00656 −0 63400 1 00430 707 S129 SXD IRR,1 NO,SELECT IRN F5G07080
Reference
00645 −0 12000 0 00656 698 TMI S129 I.R. F5G06990

␣␣S130 = 433

Definition
00661 0 07400 4 00004 710 S130 TSX 4,4 DIAGNOSTIC, THERE IS AN ERROR. F5G07110

␣␣S135 = 449

Definition
00701 0 50000 0 00411 726 S135 CLA S1V1+1 IS THE LOOP COMPLETED F5G07270
Reference
00675 0 02000 0 00701 722 TRA S135 PERHAPS F5G07230

␣␣S136 = 465

Definition
00721 0 07400 4 00070 742 S136 TSX SE,4 GET BB WHICH CONTAINS ENTR. REQU. F5G07430
Reference
00717 0 02000 0 00721 740 TRA S136 F5G07410

␣␣S1K2 = 207

Definition
408 CONSTANTS USED IN S1 F5G04090

00317 0 00006 0 00000 409 S1K2 HTR 0,0,6 CONSTANT WHICH LOOKS LIKE PASS. REF. F5G04100

References (3)

	00317	411	C	SYN	S1K2	F5G04120
00722	0 56000 0 00317	743		LDQ	S1K2 MAKE THIS LOOK LIKE A	F5G07440
16022	−0 53400 4 00317	3268		LXD	S1K2,4 SKIP DIAGNOSTICS	F5G30230

␣␣S1K3 = 208

Definition
00320 0 00000 0 00010 410 S1K3 HTR 8 NO. OF S3 VARIABLES SAVED. F5G04110

References (2)

	00664	0 53400 4 00320	713		LXA	S1K3,4 THE	F5G07140
	00745	0 53400 4 00320	762	S16	LXA	S1K3,4 RESTORE S3 (GET NEXT TAG SR)	F5G07630

␣␣S1V1 = 264

Definition
00410 0 00000 0 00000 473 S1V1 TEMP. STORAGE FOR F5G04740

References (5)

00666	0 60100 4 00420	715		STO	S1V1+8,4 OF THE	F5G07160
00672	0 50000 0 00410	719		CLA	S1V1	F5G07200
00701	0 50000 0 00411	726	S135	CLA	S1V1+1 IS THE LOOP COMPLETED	F5G07270
00716	0 34000 0 00417	739	P001	CAS	S1V1+7	F5G07400
00746	0 50000 4 00420	763	S113	CLA	S1V1+8,4 TO STATE	F5G07640

␣␣S1V3 = 272

Definition
00420 0 00000 0 00000 481 S1V3 THE CLA IN S3 F5G04820

References (2)

	00663	0 60100 0 00420	712		STO	S1V3 STORE ASIDE	F5G07130
	00751	0 50000 0 00420	766		CLA	S1V3	F5G07670

␣␣S1V4 = 273

Definition
00421 0 00000 0 00000 482 S1V4 RETURN INDEX F5G04830

References (2)

	00624	−0 63400 4 00421	681		SXD	S1V4,4 STORE RETURN INDEX.	F5G06820
	00754	−0 53400 4 00421	769		LXD	S1V4,4	F5G07700

␣␣S1V5 = 274

Definition
00422 0 00000 0 00000 483 S1V5 (+/-)=DECIDE ON (MOST/LEAST) REPL. I.R. F5G04840

References (3)

00623	0 60100 0 00422	680	S109	STO	S1V5 SEARCH FOR MOST REPLACEABLE I.R.	F5G06810
00644	0 50200 0 00422	697	S124	CLS	S1V5 LOOKING FOR MOST REPLACEABLE	F5G06980
01004	0 50200 0 00422	794		CLS	S1V5 IF OTHER AND NO TAGS LEFT IN BB AFTER TIX.	F5G07950

␣␣S1V6 = 275

Definition
00423 0 00000 0 00000 484 S1V6 TEMP F5.04850

References (4)

00730	−0 63400 1 00423	749	SXD	S1V6,1 STORE THE	F5G07500
00734	−0 53400 1 00423	753	LXD	S1V6,1 AND HERE IF NOT. RESTORE	F5G07540
04622	0 60100 0 00423	2787	STO	S1V6	F5G27871
04636	0 50000 0 00423	2799	CLA	S1V6	F5G27945

␣␣S1V7 = 276

Definition
00424 0 00000 0 00000 485 S1V7 STORAGE F5G04860

References (2)

	00731	−0 63400 4 00424	750		SXD	S1V7,4 INDEXES.	F5G07510
	00735	−0 53400 4 00424	754		LXD	S1V7,4 THE INDEXES.	F5G07550

␣␣S2K1 = 209

Definition
00321 0 77777 0 00000 412 S2K1 HTR 0,0,−1 ONES IN DECR. PART. F5G04130

References (3)

03400	−0 32000 0 00321	2125	ANA	S2K1 AT THE BEGINNING	F5G21260
03560	−0 32000 0 00321	2237	ANA	S2K1	F5G22380
03565	−0 32000 0 00321	2242	ANA	S2K1	F5G22430

␣␣S2K2 = 210

Definition
00322 0 00001 0 00000 413 S2K2 HTR 0,0,1 CONST. USED TO TEST FOR LX. F5G04140

References (4)

02025	0 34000 0 00322	1367	CAS	S2K2 AN LX	F5G13680
03141	0 34000 0 00322	1966	CAS	S2K2 AN LX	F5G19670
03276	0 34000 0 00322	2059	CAS	S2K2 IS THIS AN LX	F5G20600
04526	0 34000 0 00322	2727	CAS	S2K2 AN LX	F5G27280

␣␣S300 = 588

Definition
01114 0 50000 0 00451 876 S300 CLA S4V1 NEXT TAG NEEDED HAS F5G08770
Reference
01030 0 12000 0 01114 824 TPL S300 ARE THERE ANY MORE TAGS IN BB F5G08250

␣␣S302 = 577

Definition
01101 0 73400 1 00000 865 S302 PAX 0,1 SET COUNT OF NO. OF TAGS. F5G08660
Reference
01121 0 02000 0 01101 881 TRA S302 F5G08820

␣␣S303 = 558

Definition
01056 0 60100 0 00435 846 S303 STO S3V1 TAG LOCATION. F5G08470
Reference
01116 0 02000 0 01056 878 TRA S303 F5G08790

␣␣S304 = 574

Definition
01076 0 40200 0 00447 862 S304 SUB S3V7 STORE S EXCESS OF TAGS F5G08630
Reference
01073 0 02000 0 01076 859 TRA S304 F5G08600

␣␣S305 = 552

Definition
01050 −0 53400 4 00445 840 S305 LXD S3V8,4 F5G08410
Reference
01046 0 02000 0 01050 838 TRA S305 F5G08390

␣␣S306 = 541

Definition
01035 0 50000 1 05035 829 S306 CLA LPLST+S3P1,1 GET LOOP LIST QUANTITY F5G08300
Reference
01033 0 12000 0 01035 827 TPL S306 AN END LPLST F5G08280

␣␣S3K1 = 211

Definition
00323 −377777777777 414 S3K1 OCT −377777777777 END LOOP LIST SENTENIAL F5G04150

References (16)

00706	0 34000 0 00323	731	S103	CAS	S3K1 IS THIS AN END LOOP LIST	F5G07320
01041	0 34000 0 00323	833		CAS	S3K1 IS THIS END OF LOOP LIST	F5G08340
01117	0 56000 0 00323	879	S36	LDQ	S3K1	F5G08800
01602	0 34000 0 00323	1205		CAS	S3K1 END LOOP LIST SENTINEL	F5G12060
01710	0 34000 0 00323	1288		CAS	S3K1 IS IT END LOOP LIST	F5G12890
02313	0 56000 0 00323	1556		LDQ	S3K1 RECORD	F5G15570
02416	0 50000 0 00323	1623		CLA	S3K1 STORE THE END	F5G16240
02536	0 50000 0 00323	1703	F53	CLA	S3K1 STORE END	F5G17040
02550	0 50000 0 00323	1713	F47	CLA	S3K1 NO,RECORD AN	F5G17140
02762	0 34000 0 00323	1853		CAS	S3K1	F5G18540
03014	0 34000 0 00323	1879		CAS	S3K1 LIST SENTINEL	F5G18800
03354	0 34000 0 00323	2105		CAS	S3K1 IS THIS AN END-LOOP-LIST	F5G21060
03504	0 34000 0 00323	2193		CAS	S3K1 IS THIS END LOOP LIST	F5G21940
03515	0 34000 0 00323	2202		CAS	S3K1 IS NEXT QUANTITY AN END LPLST	F5G22030
03671	0 34000 0 00323	2310		CAS	S3K1 IS THIS END LOOP LIST	F5G23110
16020	0 50000 0 00323	3266		CLA	S3K1	F5G30210

␣␣S3K2 = 212

Definition
00324 0 77777 7 77777 415 S3K2 HTR −1,−1,−1 USED FOR CF TO FIND OUT IF THIS IS BB F5G04160

References (21)

00712	0 34000 0 00324	735		CAS	S3K2 IS IT A BB	F5G07360
01044	0 34000 0 00324	836	S32	CAS	S3K2	F5G08370
01574	0 34000 0 00324	1199		CAS	S3K2 PRED. BB	F5G12000
01676	0 34000 0 00324	1278		CAS	S3K2 IS 1ST AACTIVE QUANTITY A BB	F5G12790
01713	0 34000 0 00324	1291	SC3	CAS	S3K2 NO,IS IT A BB	F5G12920
02271	0 34000 0 00324	1538		CAS	S3K2 NO,IS THIS BB ENTRY	F5G15390
02422	0 34000 0 00324	1627	F64	CAS	S3K2 ISNT OPAQUE REGIONH IS IT BE	F5G16280
02511	0 34000 0 00324	1682		CAS	S3K2 IS THIS A BB ENTRY	F5G16830
02710	0 56000 0 00324	1810		LDQ	S3K2 ELEMENT OF LPLST A TRANSPARENT	F5G18110
03213	0 34000 0 00324	2008		CAS	S3K2 STORE	F5G20090
03326	0 56000 0 00324	2083		LDQ	S3K2 WAS IT	F5G20840
03347	0 34000 0 00324	2100		CAS	S3K2	F5G21010
03462	0 34000 0 00324	2175		CAS	S3K2 IS IT A BB	F5G21760
03507	0 34000 0 00324	2196	X120	CAS	S3K2 IS IT A BB	F5G21970
03615	0 34000 0 00324	2266		CAS	S3K2 IS IT A BB	F5G22670
03700	0 56000 0 00324	2317	X217	LDQ	S3K2	F5G23180
03774	0 34000 0 00324	2377		CAS	S3K2 IS THIS A BB	F5G23780
04240	0 34000 0 00324	2543		CAS	S3K2 BB	F5G25440
04373	0 34000 0 00324	2634		CAS	S3K2 IS LAST LPLST QUANTITY A BB	F5G26350
04647	0 56000 0 00324	2808		LDQ	S3K2 WAS IT A	F5G28000
04664	0 56000 0 00324	2821		LDQ	S3K2 IS THIS	F5G28130

␣␣S3K3 = 213

Definition
00325 0 00074 0 00000 416 S3K3 HTR 0,0,S3P1 INITIALIZING CONST. FOR LOOP LIST F5G04170

References (11)

01034	−0 53400 1 00325	828		LXD	S3K3,1 YES, RESET LPLST IN0EX	F5G08290
01732	0 50000 0 00325	1306	SC6	CLA	S3K3 ARRANGE TO GET 1ST LPLST QUANTITY	F5G13070
02407	−0 53400 1 00325	1616	F15	LXD	S3K3,1 SET INDEX TO START OF LOOP LIST.	F5G16170
02507	−0 53400 2 00325	1680		LXD	S3K3,2 SET INDEX TO 1ST ELEMENT IN LPLST.	F5G16810
02562	−0 53400 2 00325	1723		LXD	S3K3,2 S + TO	F5G17240
02672	0 50000 0 00325	1796		CLA	S3K3 YES,FORM AND	F5G17970
02676	0 50000 0 00325	1800		CLA	S3K3 INITIALIZE	F5G18010
02725	0 56000 0 00325	1824		LDQ	S3K3	F5G18250
03061	0 56000 0 00325	1918	X	LDQ	S3K3 INITIALIZE THE	F5G19190
03501	−0 53400 2 00325	2190		LXD	S3K3,2 PREPARE TO SCAN LO0P LIST	F5G21910
04475	0 56000 0 00325	2702		LDQ	S3K3 INITIALIZE THE	F5G27030

␣␣S3K4 = 214

Definition
00326 +000000777777 417 S3K4 OCT 777777 MASK TO EXTRACT LAST 1/2 WORD. F5G04180

References (10)

01055	−0 32000 0 00326	845		ANA	S3K4 GET AND STORE THE	F5G08460
01070	−0 32000 0 00326	856		ANA	S3K4	F5G08570
01125	−0 32000 0 00326	885		ANA	S3K4 SEPARATE TYPE	F5G08860
01561	−0 32000 0 00326	1180		ANA	S3K4 IS THIS	F5G11810
01641	−0 32000 0 00326	1236	SB1	ANA	S3K4	F5G12370
01740	−0 32000 0 00326	1312		ANA	S3K4 EXIT CONDITION.	F5G13130
02001	−0 32000 0 00326	1345		ANA	S3K4 IS TAG IN	F5G13460
03331	−0 32000 0 00326	2086	X126	ANA	S3K4 IS THERE	F5G20870
15723	−0 32000 0 00326	3205		ANA	S3K4	F5G29600
15741	−0 32000 0 00326	3219		ANA	S3K4 OF ENTRIES IN	F5G29740

␣␣S3K5 = 215

Definition
00327 0 77777 0 00000 418 S3K5 HTR 0,0,−1 MASK TO EXTRACT INST. TYPE F5G04190
Reference
01127 −0 50000 0 00327 887 CAL S3K5 TAU-TAG. F5G08880

␣␣S3P1 = 60

Definition
00074 161 S3P1 EQU 60 8-1-6-2 LPLST TABLE SIZE F5G01610

References (54)

00325	0 00074 0 00000	416	S3K3	HTR	0,0,S3P1 INITIALIZING CONST. FOR LOOP LIST	F5G04170
01035	0 50000 1 05035	829	S306	CLA	LPLST+S3P1,1 GET LOOP LIST QUANTITY	F5G08300
01573	0 50000 1 05035	1198		CLA	LPLST+S3P1,1 GET + STORE	F5G11990
01601	0 50000 1 05036	1204		CLA	LPLST+S3P1+1,1	F5G12050
01675	0 50000 2 05035	1277		CLA	LPLST+S3P1,2	F5G12780
01707	0 50000 2 05035	1287		CLA	LPLST+S3P1,2	F5G12880
02245	0 60100 0 05033	1518	F9	STO	LPLST+S3P1−2	F5G15190
02250	0 62200 0 05033	1521		STD	LPLST+S3P1−2	F5G15220
02265	0 50000 1 05035	1534	F12	CLA	LPLST+S3P1,1	F5G15350
02307	0 62100 1 05036	1552		STA	LPLST+S3P1+1,1 IN TR. REG. QUANTITY	F5G15530
02323	0 60100 1 05035	1564		STO	LPLST+S3P1,1 REGION MARKER	F5G15650
02325	0 62100 1 05035	1566		STA	LPLST+S3P1,1	F5G15670
02365	0 62200 1 05035	1598		STD	LPLST+S3P1,1	F5G15990
02370	3 00074 1 02404	1601		TXH	F73,1,S3P1 IS LPLST FULL	F5G16020
02410	0 50000 2 05035	1617	F26	CLA	LPLST+S3P1,2 MOVE THIS	F5G16180
02411	0 60100 1 05035	1618		STO	LPLST+S3P1,1 ENTRY UP.	F5G16190
02417	0 60100 1 05036	1624		STO	LPLST+S3P1+1,1 LOOP LIST QUANTITY.	F5G16250
02465	0 62100 1 05035	1662		STA	LPLST+S3P1,1	F5G16630
02503	0 60100 1 05035	1676		STO	LPLST+S3P1,1 MARKER	F5G16770
02506	0 62200 1 05035	1679		STD	LPLST+S3P1,1 BB NO. IN DECR.	F5G16800
02510	0 50000 2 05035	1681	F38	CLA	LPLST+S3P1,2	F5G16820
02531	0 50000 2 05035	1698	F41	CLA	LPLST+S3P1,2 PUT EXIT BB NO.	F5G16990
02533	0 62100 1 05035	1700		STA	LPLST+S3P1,1 IN THIS LATEST ONE.	F5G17010
02537	0 60100 0 05034	1704		STO	LPLST+S3P1−1 LOOP LIST SENTINEL.	F5G17050
02541	0 50000 2 05035	1706	F63	CLA	LPLST+S3P1,2	F5G17070
02551	0 60100 1 05036	1714		STO	LPLST+S3P1+1,1 END LOOP LIST SENTINEL.	F5G17150
02560	0 60100 1 05035	1721		STO	LPLST+S3P1,1	F5G17220
02563	0 50000 2 05035	1724	F51	CLA	LPLST+S3P1,2	F5G17250
02576	0 60100 1 05035	1735		STO	LPLST+S3P1,1 REGION MARKER	F5G17360
02601	0 62200 1 05035	1738		STD	LPLST+S3P1,1 NO.	F5G17390
02605	0 60100 2 05035	1742		STO	LPLST+S3P1,2 REGION MARKR	F5G17430
02607	0 62100 2 05035	1744		STA	LPLST+S3P1,2 EXIT BB	F5G17450
02620	0 50000 1 05035	1753	F61	CLA	LPLST+S3P1,1	F5G17540
02634	0 60100 1 05035	1765		STO	LPLST+S3P1,1	F5G17660
02647	3 00074 1 02536	1776		TXH	F53,1,S3P1 IS LPLST FULL	F5G17770
02753	−3 00072 2 02732	1846		TXL	1L4,2,S3P1−2	F5G18470
03205	−3 00072 1 03212	2002		TXL	XI1+1,1,S3P1−2	F5G20030
03212	0 50000 1 05033	2007		CLA	LPLST+S3P1−2,1 AND	F5G20080
03220	0 50000 1 05034	2013		CLA	LPLST+S3P1−1,1	F5G20140
03242	−0 60200 4 05034	2031		ORS	LPLST+S3P1−1,4	F5G20320
03323	3 00072 1 03353	2080		TXH	X26,1,S3P1−2 TRANSFER IF THIS IS 1ST IN LPLST	F5G20810
03324	0 50000 1 05033	2081		CLA	LPLST+S3P1−2,1 OF PREVIOUS QUANTITY	F5G20820
03503	0 50000 2 05035	2192	X79	CLA	LPLST+S3P1,2	F5G21930
03514	0 50000 2 05036	2201		CLA	LPLST+S3P1+1,2	F5G22020
03614	0 50000 2 05035	2265		CLA	LPLST+S3P1,2	F5G22660
03670	0 50000 2 05035	2309	X77	CLA	LPLST+S3P1,2	F5G23100
03737	0 50000 4 05034	2348		CLA	LPLST+S3P1−1,4 GET	F5G23490
03763	0 50000 4 05034	2368		CLA	LPLST+S3P1−1,4 BBS IN OPAQUE	F5G23690
03773	0 50000 1 05033	2376		CLA	LPLST+S3P1−2,1 PRED+ NO	F5G23770
04001	0 50000 1 05034	2382		CLA	LPLST+S3P1−1,1 GET INDEX OF	F5G23830
04237	0 50000 1 05033	2542		CLA	LPLST+S3P1−2,1 STORE PRED.	F5G25430
04245	0 50000 1 05034	2548		CLA	LPLST+S3P1−1,1 GET	F5G25490
04645	0 50000 1 05033	2806		CLA	LPLST+S3P1−2,1 GET PREVIOUS LPLST QUANTITY	F5G27980
	04741	2898	LPLST	BSS	S3P1 SPACE FOR LOOP LIST TABLE	F5G28910

␣␣S3V1 = 285

Definition
500 VARIABLES OF S3 SUBROUTINE F5G05010

00435 0 00000 0 00000 501 S3V1 LOCATION OF 1ST TAG IN BB F5G05020

References (7)

00665	0 50000 4 00445	714	S112	CLA	S3V1+8,4 STATE	F5G07150
00673	0 34000 0 00435	720		CAS	S3V1 IS THE LOOP C0MPLETED	F5G07210
00747	0 60100 4 00445	764		STO	S3V1+8,4 BEFORE	F5G07650
01056	0 60100 0 00435	846	S303	STO	S3V1 TAG LOCATION.	F5G08470
01071	0 40200 0 00435	857		SUB	S3V1 IS NO. OF TAGS IN BB LESS	F5G08580
01133	0 50000 0 00435	891	S4	CLA	S3V1 FORM (LOC. OF 1ST TAG IN BB	F5G08920
01142	0 50000 0 00435	898	S41	CLA	S3V1 NO,FORM (LOC. OF 1ST TAG IN BB	F5G08990

␣␣S3V2 = 286

Definition
00436 0 00000 0 00000 502 S3V2 TAG COUNTER,IN DECR. PART. F5G05030

References (10)

00702	0 34000 0 00436	727		CAS	S3V2	F5G07280
01023	−0 53400 1 00436	819	S3	LXD	S3V2,1 ARE THERE ANY	F5G08200
01103	−0 63400 1 00436	867	S38	SXD	S3V2,1	F5G08680
01123	−0 63400 1 00436	883		SXD	S3V2,1	F5G08840
02704	−0 63400 0 00436	1806		SXD	S3V2,0	F5G18070
02731	−0 63400 0 00436	1828		SXD	S3V2,0	F5G18290
03065	−0 63400 1 00436	1922		SXD	S3V2,1	F5G19230
03106	−0 40000 0 00436	1939		SBM	S3V2	F5G19400
04502	−0 63400 0 00436	2707		SXD	S3V2,0 LOCATION GETS SET	F5G27080
04517	−0 40000 0 00436	2720		SBM	S3V2	F5G27210

␣␣S3V3 = 287

Definition
00437 0 00000 0 00000 503 S3V3 + NO. OF TAGS LEFT IN BB AFTER TIX,OR- F5G05040

References (7)

01026	0 50000 0 00437	822	CLA	S3V3	F5G08230
01077	0 60100 0 00437	863	STO	S3V3	F5G08640
01120	−0 60000 0 00437	880	STQ	S3V3	F5G08810
02703	0 60100 0 00437	1805	STO	S3V3 ELEMENT	F5G18060
02730	−0 60000 0 00437	1827	STQ	S3V3 MAKE SURE THAT THE	F5G18280
03064	−0 60000 0 00437	1921	STQ	S3V3 LOC. GETS SET.	F5G19220
04500	−0 60000 0 00437	2705	STQ	S3V3 MAKE SURE TAG	F5G27060

␣␣S3V4 = 288

Definition
00440 0 00000 0 00000 504 S3V4 LOOP LIST INDEX. F5G05050

References (19)

01031	−0 53400 1 00440	825		LXD	S3V4,1 NO	F5G08260
01040	−0 63400 1 00440	832	S31	SXD	S3V4,1 THE INDEX.	F5G08330
01670	−0 40000 0 00440	1272		SBM	S3V4 IS THIS THE CURRENT LPLST INDEX	F5G12730
01703	0 34000 0 00440	1283		CAS	S3V4 LOOP LIST INDEX	F5G12840
02036	−0 53400 2 00440	1376		LXD	S3V4,2 INTO	F5G13770
02700	0 60100 0 00440	1802		STO	S3V4 TO ITS	F5G18030
02726	−0 60000 0 00440	1825		STQ	S3V4 INITIALIZE THE	F5G18260
02752	−0 53400 2 00440	1845	ROT0	LXD	S3V4,2	F5G18460
03062	−0 60000 0 00440	1919		STQ	S3V4 LOOP LIST AND	F5G19200
03204	−0 53400 1 00440	2001	X9	LXD	S3V4,1 GET	F5G20020
03241	−0 53400 4 00440	2030		LXD	S3V4,4	F5G20310
03322	−0 53400 1 00440	2079	X13	LXD	S3V4,1 GET LOOP LIST QUANTITY	F5G20800
03736	−0 53400 4 00440	2347		LXD	S3V4,4 YES.	F5G23480
03762	−0 53400 4 00440	2367	X208	LXD	S3V4,4 YES, MARK ALL	F5G23680
03772	−0 53400 1 00440	2375		LXD	S3V4,1 GET	F5G23760
04236	−0 53400 1 00440	2541	X47	LXD	S3V4,1 GET AND	F5G25420
04321	0 50000 0 00440	2592		CLA	S3V4 SET	F5G25930
04476	−0 60000 0 00440	2703		STQ	S3V4 LOOP LIST	F5G27040
04644	−0 53400 1 00440	2805	A12	LXD	S3V4,1 GET INDEX OF LPLST QUANTITY	F5G27970

␣␣S3V5 = 292

Definition
00444 0 00000 0 00000 508 S3V5 LOOP LIST QUANTITY F5G05090

References (19)

00711	0 50000 0 00444	734	S105	CLA	S3V5 GET LOOP LIST QUANTITY AGAIN.	F5G07350
01032	0 50000 0 00444	826		CLA	S3V5 WAS THE LAST THING	F5G08270
01036	0 60100 0 00444	830		STO	S3V5 QUANT1TY.	F5G08310
01051	0 50000 0 00444	841		CLA	S3V5 RETURN WITH LOOP	F5G08420
01064	0 50000 0 00444	852		CLA	S3V5 GET THE	F5G08530
01112	0 50000 0 00444	874		CLA	S3V5 YES,RETURN WITH	F5G08750
02045	0 50000 0 00444	1386		CLA	S3V5 GET INDEX OF REGION WORD	F5G13870
02701	0 60100 0 00444	1803		STO	S3V5	F5G18040
03353	0 50000 0 00444	2104	X26	CLA	S3V5 NO	F5G21050
03357	−0 50000 0 00444	2108	X31	CAL	S3V5	F5G21090
03365	0 50000 0 00444	2114	X118	CLA	S3V5 OPAQUE REGION	F5G21150
03404	0 50000 0 00444	2129	X213	CLA	S3V5	F5G21300
03731	0 50000 0 00444	2342		CLA	S3V5	F5G23430
04043	0 50000 0 00444	2416	X33	CLA	S3V5	F5G24170
04045	0 50000 0 00444	2418		CLA	S3V5	F5G24190
04047	0 50000 0 00444	2420		CLA	S3V5	F5G24210
04663	0 50000 0 00444	2820	A28	CLA	S3V5	F5G28120
04716	0 50000 0 00444	2847		CLA	S3V5	F5G28390
04732	0 50000 0 00444	2859		CLA	S3V5	F5G28510

␣␣S3V6 = 294

Definition
00446 0 00000 0 00000 510 S3V6 (1ST TAG IN BB-1ST TAG IN C.M.) F5G05110

References (2)

	01060	0 60100 0 00446	848		STO	S3V6 STORE (1ST BB TAG-1ST TAG IN C.M.)	F5G08490
	01105	0 40000 0 00446	869		ADD	S3V6 CLA	F5G08700

␣␣S3V7 = 295

Definition
00447 0 00000 0 00000 511 S3V7 NO. OF WORDS LEFT IN C.M. F5G05120

References (4)

01063	0 60100 0 00447	851		STO	S3V7	F5G08520
01072	0 34000 0 00447	858		CAS	S3V7 THAN OR EQUAL TO SPACE IN C.M.	F5G08590
01076	0 40200 0 00447	862	S304	SUB	S3V7 STORE S EXCESS OF TAGS	F5G08630
01100	0 50000 0 00447	864		CLA	S3V7	F5G08650

␣␣S3V8 = 293

Definition
00445 0 00000 0 00000 509 S3V8 RETURN INDEX F5G05100

References (3)

01025	−0 63400 4 00445	821		SXD	S3V8,4 NO,STORE RETURN INDEX	F5G08220
01050	−0 53400 4 00445	840	S305	LXD	S3V8,4	F5G08410
01107	−0 53400 4 00445	871		LXD	S3V8,4	F5G08720

␣␣S3V9 = 296

Definition
00450 0 00000 0 00000 512 S3V9 (+/-)= (THIS IS NOT NEW BB/THIS IS NEW BB) F5G05130

References (2)

	01027	0 60100 0 00450	823		STO	S3V9	F5G08240
	01110	0 50000 0 00450	872		CLA	S3V9 IS THIS A	F5G08730

␣␣S401 = 620

Definition
01154 0 50000 0 00454 908 S401 CLA S4V4 F5G09090
Reference
01151 0 02000 0 01154 905 TRA S401 NO F5G09060

␣␣S402 = 667

Definition
01233 0 76400 0 00203 955 S402 BST TAPE PREPARE TO READ AGAIN F5G09560
Reference
01230 0 02000 0 01233 952 TRA S402 TRY AGAIN F5G09530

␣␣S404 = 666

Definition
01232 0 02000 4 00001 954 S404 TRA 1,4 RETURN F5G09550

␣␣S405 = 676

Definition
01244 1 00000 0 01207 964 S405 TXI S46,0,− RETURN ADDR. STORED HERE F5G09650

References (5)

01212	−0 63400 4 01244	938	SXD	S405,4	F5G09390
01214	−0 53400 4 01244	940	LXD	S405,4	F5G09410
01222	−0 63400 4 01244	946	SXD	S405,4 CHECK REDUNDANCY BITS	F5G09470
01224	−0 53400 4 01244	948	LXD	S405,4	F5G09490
01243	−0 53400 4 01244	963	LXD	S405,4	F5G09640

␣␣S406 = 662

Definition
01226 0 76600 0 00333 950 S406 IOD F5G09510

References (2)

	01213	0 07400 4 01226	939		TSX	S406,4 CHECK REDUNDANCY BITS	F5G09400
	01223	0 07400 4 01226	947		TSX	S406,4	F5G09480

␣␣S407 = 648

Definition
01210 1 00000 0 01216 936 S407 TXI S48,0,− VALUE OF (2) STORED HERE F5G09370

References (2)

	01201	−0 63400 2 01210	929		SXD	S407,2 STORE (2) IN CASE OF TAPE CHECK	F5G09300
	01241	−0 53400 2 01210	961	S402B	LXD	S407,2 RESET INDEX	F5G09620

␣␣S409 = 655

Definition
01217 0 70000 0 00454 943 S409 CPY S4V4 COPY OUT TO F5G09440
Reference
01220 0 02000 0 01217 944 TRA S409 END OF RECORD. F5G09450

␣␣S4K1 = 216

Definition
419 CONSTANTS OF S4 F5G04200

00330 0 00000 0 04615 420 S4K1 CMTL F5G04210

References (5)

01061	0 40200 0 00330	849		SUB	S4K1 FORM NO. OF	F5G08500
01115	0 40000 0 00330	877		ADD	S4K1 LOC. (S+1ST TAG IN C.M.)	F5G08780
01136	0 34000 0 00330	894		CAS	S4K1 POSSIBLY,IS IT FOR SURE	F5G08950
01150	0 34000 0 00330	904		CAS	S4K1	F5G09050
01172	0 50000 0 00330	922	S44	CLA	S4K1 SET COUNT TO STORAGE SIZE.	F5G09230

␣␣S4K2 = 217

Definition
00331 0 00000 0 00017 421 S4K2 HTR 15 NO OF TAGS PER RECORD. F5G04220

References (6)

01155	0 34000 0 00331	909	CAS	S4K2 IS TAG IN NEXT RECORD	F5G09100
01163	0 40000 0 00331	915	ADD	S4K2	F5G09160
01170	0 40200 0 00331	920	SUB	S4K2 ONE RECORD.	F5G09210
01205	0 40000 0 00331	933	ADD	S4K2 TAPE	F5G09340
15726	0 22100 0 00331	3208	DVP	S4K2 COMPUTE	F5G29630
15734	0 20000 0 00331	3214	MPY	S4K2 WERE FIRST IN	F5G29690

␣␣S4K3 = 218

Definition
00332 0 00000 0 05716 422 S4K3 HTR CMTAG F5G04230

References (4)

01104	0 40000 0 00332	868	ADD	S4K3 SET ADDRESS OF	F5G08690
01174	0 40000 0 00332	924	ADD	S4K3 SET CPY	F5G09250
03104	0 40200 0 00332	1937	SUB	S4K3 CMTAG-INDEX OF TAG	F5G19380
04515	0 40200 0 00332	2718	SUB	S4K3 - INDEX OF TAG.)	F5G27190

␣␣S4V1 = 297

Definition
513 VARIABLES OF S4 F5G05140

00451 0 00000 0 00000 514 S4V1 LOC OF 1ST TAG IN CMTAG F5G05150

References (6)

01114	0 50000 0 00451	876	S300	CLA	S4V1 NEXT TAG NEEDED HAS	F5G08770
01134	0 40200 0 00451	892		SUB	S4V1 -LOC. OF 1ST TAG IN CM)	F5G08930
01177	0 60100 0 00451	927		STO	S4V1	F5G09280
03103	0 40000 0 00451	1936		ADD	S4V1 TIX BLACK + L (CM)-	F5G19370
04514	0 40000 0 00451	2717		ADD	S4V1 TIX BLOCK + L(CM)-CM TAG	F5G27180
15737	0 60100 0 00451	3217		STO	S4V1	F5G29720

␣␣S4V2 = 298

Definition
00452 0 00000 0 00000 515 S4V2 LOC OF 1ST TAG IN NEXT RECORD (TAPE POS.) F5G05160

References (9)

01143	0 40200 0 00452	899		SUB	S4V2 -POSITION OF TAPE)	F5G09000
01147	0 40200 0 00452	903		SUB	S4V2 BE PUT IN C.M.	F5G09040
01162	0 50000 0 00452	914		CLA	S4V2 ADJUST TAPE POSITION	F5G09150
01164	0 60100 0 00452	916	S43	STO	S4V2	F5G09170
01167	0 50000 0 00452	919		CLA	S4V2 AFTER BACKSPACING	F5G09200
01176	0 50000 0 00452	926		CLA	S4V2	F5G09270
01204	0 50000 0 00452	932		CLA	S4V2 ADJUST	F5G09330
01206	0 60100 0 00452	934		STO	S4V2 POSIT1ON	F5G09350
15736	0 60100 0 00452	3216		STO	S4V2	F5G29710

␣␣S4V3 = 299

Definition
00453 0 00000 0 00000 516 S4V3 (LOC OF LAST TAG)+ 1 F5G05170

References (2)

	01146	0 50000 0 00453	902		CLA	S4V3 CAN ALL THE FOLLOWING TAGS	F5G09030
	15724	0 60100 0 00453	3206		STO	S4V3	F5G29610

␣␣S4V4 = 300

Definition
517 ABOVE MUST BE SET AT START. F5G05180

00454 0 00000 0 00000 518 S4V4 (LOC. OF 1ST TAG IN BB-POS OF TAPE) F5G05190

References (3)

01145	0 60100 0 00454	901		STO	S4V4 NO,	F5G09020
01154	0 50000 0 00454	908	S401	CLA	S4V4	F5G09090
01217	0 70000 0 00454	943	S409	CPY	S4V4 COPY OUT TO	F5G09440

␣␣S510 = 698

Definition
01272 0 53400 1 00342 993 S510 LXA S5K5,1 SET INDEX FOR EN1,N=1 F5G09940
Reference
01320 2 00001 2 01272 1015 S514 TIX S510,2,1 YES, ARE WE THRU WITH IRS F5G10160

␣␣S511 = 703

Definition
01277 0 56000 2 00465 998 S511 LDQ IN1+3,2 NO F5G09990
Reference
01275 0 02000 0 01277 996 TRA S511 NO F5G09970

␣␣S512 = 708

Definition
01304 0 50000 0 00461 1003 S512 CLA IRC INCREASE REAL F5G10040

␣␣S513 = 712

Definition
01310 0 50000 1 00470 1007 S513 CLA EN4+3,1 HAS ENN F5G10080

References (2)

	01276	0 02000 0 01310	997		TRA	S513 YES	F5G09980
	01317	2 00001 1 01310	1014	S537	TIX	S513,1,1 ARE WE THRU WITH EN S	F5G10150

␣␣S514 = 720

Definition
01320 2 00001 2 01272 1015 S514 TIX S510,2,1 YES, ARE WE THRU WITH IRS F5G10160

References (5)

01300	0 16200 0 01320	999	TQP	S514 IS IRM ASSIGNED	F5G10000
01302	0 02000 0 01320	1001	TRA	S514 NO,	F5G10020
01303	0 02000 0 01320	1002	TRA	S514 NO,	F5G10030
01307	0 02000 0 01320	1006	TRA	S514	F5G10070
01316	0 02000 0 01320	1013	TRA	S514	F5G10140

␣␣S515 = 727

Definition
01327 0 53400 1 00342 1022 S515 LXA S5K5,1 3 OR 0 EMPTY EN,N=1 F5G10230

References (6)

01322	−0 12000 0 01327	1017	TMI	S515 ARE THERE NO EMPTY ENS	F5G10180
01324	0 02000 0 01327	1019	TRA	S515 3 OR 0	F5G10200
01365	0 02000 0 01327	1052	TRA	S515	F5G10530
01404	0 02000 0 01327	1067	TRA	S515 NO,GO MATCH ARBITRARILY.	F5G10680
01414	0 02000 0 01327	1075	TRA	S515 YES.	F5G10760
01424	0 02000 0 01327	1083	TRA	S515	F5G10840

␣␣S516 = 736

Definition
01340 2 00001 1 01330 1031 S516 TIX S519,1,1 F5G10320

References (2)

	01332	0 12000 0 01340	1025		TPL	S516 ENN ASSIGNED	F5G10260
	01336	0 02000 0 01340	1029		TRA	S516	F5G10300

␣␣S517 = 735

Definition
01337 2 00001 2 01333 1030 S517 TIX S518,2,1 F5G10310
Reference
01334 0 12000 0 01337 1027 TPL S517 ASSIGNED F5G10280

␣␣S518 = 731

Definition
01333 0 50000 2 00465 1026 S518 CLA IN1+3,2 NO,IRM F5G10270
Reference
01337 2 00001 2 01333 1030 S517 TIX S518,2,1 F5G10310

␣␣S519 = 728

Definition
01330 0 53400 2 00342 1023 S519 LXA S5K5,2 M=1 F5G10240
Reference
01340 2 00001 1 01330 1031 S516 TIX S519,1,1 F5G10320

␣␣S520 = 739

Definition
01343 0 50000 0 00461 1034 S520 CLA IRC F5G10350
Reference
01325 0 02000 0 01343 1020 TRA S520 2 EMPTY EN F5G10210

␣␣S521 = 748

Definition
01354 0 50000 1 00473 1043 S521 CLA EN1+3,1 IS EN F5G10440
Reference
01357 2 00001 1 01354 1046 TIX S521,1,1 INDEX COUNTER OF IR S F5G10470

␣␣S522 = 752

Definition
01360 0 07400 4 01443 1047 S522 TSX S6,4 MADE ENN = IRM F5G10480
Reference
01356 0 02000 0 01360 1045 TRA S522 NO F5G10460

␣␣S525 = 754

Definition
01362 0 50000 1 00460 1049 S525 CLA IR4+3,1 REPLACE THE IRS F5G10500
Reference
01364 2 00001 1 01362 1051 TIX S525,1,1 F5G10520

␣␣S526 = 758

Definition
01366 0 56000 0 00461 1053 S526 LDQ IRC F5G10540
Reference
01326 0 02000 0 01366 1021 TRA S526 1 EMPTY EN F5G10220

␣␣S527 = 765

Definition
01375 0 50000 1 00473 1060 S527 CLA EN1+3,1 EN TO THE IR F5G10610
Reference
01401 2 00001 1 01375 1064 S528 TIX S527,1,1 S111. F5G10650

␣␣S528 = 769

Definition
01401 2 00001 1 01375 1064 S528 TIX S527,1,1 S111. F5G10650
Reference
01377 0 02000 0 01401 1062 TRA S528 F5G10630

␣␣S529 = 753

Definition
01361 0 53400 1 00342 1048 S529 LXA S5K5,1 F5G10490

References (2)

	01402	0 02000 0 01361	1065		TRA	S529	F5G10660
	01441	0 02000 0 01361	1096		TRA	S529	F5G10970

␣␣S530 = 771

Definition
01403 0 16200 0 01405 1066 S530 TQP S531 IS THERE ONE REAL TAG F5G10670
Reference
01370 0 04000 0 01403 1055 TLQ S530 UNASSNED TAGS F5G10560

␣␣S531 = 773

Definition
01405 0 53400 1 00342 1068 S531 LXA S5K5,1 SET COUNT TO 3,N=1 F5G10690

References (3)

01346	0 02000 0 01405	1037		TRA	S531 1,NO,GO MATCH EMPTY ENS	F5G10380
01347	0 02000 0 01405	1038		TRA	S531 2,NO. WITH ANY REAL UNASS. IRS	F5G10390
01403	0 16200 0 01405	1066	S530	TQP	S531 IS THERE ONE REAL TAG	F5G10670

␣␣S532 = 775

Definition
01407 0 50000 1 00473 1070 S532 CLA EN1+3,1 IS ENN F5G10710
Reference
01413 2 00001 1 01407 1074 S533 TIX S532,1,1 NO,THRU WITH ENS F5G10750

␣␣S533 = 779

Definition
01413 2 00001 1 01407 1074 S533 TIX S532,1,1 NO,THRU WITH ENS F5G10750

References (2)

	01411	0 02000 0 01413	1072		TRA	S533 NO,	F5G10730
	01426	0 02000 0 01413	1085		TRA	S533	F5G10860

␣␣S534 = 781

Definition
01415 0 50000 2 00465 1076 S534 CLA IN1+3,2 F5G10770

References (2)

	01412	0 02000 0 01415	1073		TRA	S534 YES,	F5G10740
	01425	2 00001 2 01415	1084	S535	TIX	S534,2,1 NO	F5G10850

␣␣S535 = 789

Definition
01425 2 00001 2 01415 1084 S535 TIX S534,2,1 NO F5G10850

References (2)

	01416	0 12000 0 01425	1077		TPL	S535	F5G10780
	01422	0 02000 0 01425	1081		TRA	S535	F5G10820

␣␣S536 = 744

Definition
01350 0 07400 4 01450 1039 S536 TSX S7,4 3, YES, TO COPY IRS, ETC. F5G10400
Reference
01345 0 02000 0 01350 1036 TRA S536 F5G10370

␣␣S537 = 719

Definition
01317 2 00001 1 01310 1014 S537 TIX S513,1,1 ARE WE THRU WITH EN S F5G10150

References (2)

	01311	0 12000 0 01317	1008		TPL	S537 BEEN ASSIGNED	F5G10090
	01314	0 04000 0 01317	1011		TLQ	S537	F5G10120

␣␣S595 = 797

Definition
01435 −0 53400 2 00430 1092 S595 LXD IRR,2 F5G10930

References (2)

	01353	0 07400 4 01435	1042		TSX	S595,4	F5G10430
	01373	0 07400 4 01435	1058		TSX	S595,4	F5G10590

␣␣S5K1 = 222

Definition
427 CONSTANTS FOR MATCHING SUBR0UTINE F5G04280

00336 +000000777777 428 S5K1 OCT 777777 PHI,EMPTINESS 444 F5G04290

References (21)

00641	3 77442 2 00662	694	S123	TXH	S127,2,−S5K1 HAVE WE LOOKED FOR HASH	F5G06950
01257	0 34000 0 00336	982		CAS	S5K1 IS ENN EMPTY	F5G09830
01274	0 34000 0 00336	995		CAS	S5K1 IS IRM EMPTY	F5G09960
01355	0 34000 0 00336	1044		CAS	S5K1 EMPTY	F5G10450
01376	0 34000 0 00336	1061		CAS	S5K1 SELECTED	F5G10620
01410	0 34000 0 00336	1071		CAS	S5K1 EMPTY	F5G10720
01507	0 50000 0 00336	1135		CLA	S5K1 YES,STORE EMPTINESS SYMBOL	F5G11360
01517	0 34000 0 00336	1143		CAS	S5K1 IS IT AN EMPTINESS SYMBOL	F5G11440
01547	0 50000 0 00336	1170		CLA	S5K1 YES,STORE EMPTINESS SYMBOL.	F5G11710
01562	0 34000 0 00336	1181		CAS	S5K1 AN EMPTY SYMBOL	F5G11820
02713	0 50000 0 00336	1813		CLA	S5K1 THE	F5G18140
02722	0 50000 0 00336	1821		CLA	S5K1 THE	F5G18220
03032	0 34000 0 00336	1893		CAS	S5K1 EMPTY	F5G18940
03055	0 50000 0 00336	1912		CLA	S5K1 SET TO	F5G19130
03473	0 50000 0 00336	2184	X116	CLA	S5K1	F5G21850
03673	0 50000 0 00336	2312		CLA	S5K1 YES	F5G23130
04100	0 34000 0 00336	2445		CAS	S5K1 IS ENM EMPTY	F5G24460
04143	−0 32000 0 00336	2480		ANA	S5K1	F5G24810
04225	0 34000 0 00336	2532		CAS	S5K1 IS ENM EMPTY	F5G25330
04335	0 40200 0 00336	2604		SUB	S5K1	F5G26050
04666	−0 32000 0 00336	2823		ANA	S5K1 NO, BB	F5G28150

␣␣S5K2 = 223

Definition
00337 +000000777775 429 S5K2 OCT 777775 CONSTANT USED TO TEST-FOR REAL TAGS F5G04300

References (11)

01301	0 34000 0 00337	1000		CAS	S5K2 NO,IS C(IRM)REAL	F5G10010
01312	0 56000 0 00337	1009		LDQ	S5K2 NO,IS C(ENN)	F5G10100
01420	0 34000 0 00337	1079		CAS	S5K2 IS C (IRM) REAL	F5G10800
01455	0 34000 0 00337	1108		CAS	S5K2 NO, IS C(IRM) REAL	F5G11090
03450	0 34000 0 00337	2165	X58	CAS	S5K2 IS C(ENM) REAL	F5G21660
04127	0 56000 0 00337	2468		LDQ	S5K2 AT EXIT	F5G24690
04156	0 56000 0 00337	2493		LDQ	S5K2 TAG	F5G24940
04344	0 56000 0 00337	2611		LDQ	S5K2	F5G26120
04360	0 50000 0 00337	2623		CLA	S5K2 CONDITION REAL FOR THIS IR	F5G26240
04460	0 34000 0 00337	2687		CAS	S5K2 IS ENM REAL	F5G26880
04724	0 56000 0 00337	2853		LDQ	S5K2	F5G28450

␣␣S5K3 = 224

Definition
00340 −000000000000 430 S5K3 OCT −0 -0 F5G04310

References (14)

01001	−0 50100 0 00340	791		ORA	S5K3 WHILE IF SO MAKE TEST TPL S25.	F5G07920
01250	0 50000 0 00340	975		CLA	S5K3	F5G09760
01746	−0 50000 0 00340	1318	SC03	CAL	S5K3 RECORD THAT BB IS	F5G13190
02020	−0 50000 0 00340	1360	SD9	CAL	S5K3 RECORD THIS BB	F5G13610
02056	−0 32000 0 00340	1395		ANA	S5K3	F5G13960
02702	0 50000 0 00340	1804		CLA	S5K3 2ED	F5G18050
02727	0 56000 0 00340	1826		LDQ	S5K3 LOOP LIST.	F5G18270
03063	0 56000 0 00340	1920		LDQ	S5K3 MAKE SURE TAG	F5G19210
03167	−0 50000 0 00340	1988	X19	CAL	S5K3 RECORD THAT THERE IS AN	F5G19890
04036	−0 50000 0 00340	2411		CAL	S5K3 LX	F5G24120
04213	−0 50000 0 00340	2522	X44	CAL	S5K3 RECORD THIS	F5G25230
04254	−0 50000 0 00340	2555		CAL	S5K3	F5G25560
04426	−0 50000 0 00340	2661	X98	CAL	S5K3 RECORD LX FOR	F5G26620
04477	0 56000 0 00340	2704		LDQ	S5K3 AND	F5G27050

␣␣S5K4 = 225

Definition
00341 0 00000 0 00002 431 S5K4 HTR 2 +2 .1 F5G04320

References (7)

00760	0 53400 4 00341	773	S108	LXA	S5K4,4 NO,SELECT	F5G07740
01323	0 34000 0 00341	1018		CAS	S5K4 HOW MANY EMPTY ENS.	F5G10190
01344	0 34000 0 00341	1035		CAS	S5K4 ARE THERE 3 REAL UNASSNED TAGS IN THE IRS	F5G10360
01367	0 50000 0 00341	1054		CLA	S5K4 ARE THERE 2 OR 3 REAL	F5G10550
02264	0 53400 1 00341	1533		LXA	S5K4,1 NO, TRANSPARENT	F5G15340
02373	0 53400 1 00341	1604	F56	LXA	S5K4,1	F5G16050
02617	0 53400 1 00341	1752		LXA	S5K4,1 SET INDEX OF 1ST LPLST TO BE COMPARED	F5G17530

␣␣S5K5 = 226

Definition
00342 0 00000 0 00003 432 S5K5 HTR 3 +3 F5G04330

References (50)

00633	0 53400 1 00342	688	S119	LXA	S5K5,1 SET COUNT TO 3, N TO 1	F5G06890
00653	0 53400 1 00342	704	S128	LXA	S5K5,1 SET COUNT TO 3,N=1	F5G07050
00724	0 53400 4 00342	745		LXA	S5K5,4 SET COUNT TO 3.	F5G07460
00743	0 53400 4 00342	760	S18	LXA	S5K5,4 NO,SELECT	F5G07610
00767	0 53400 1 00342	781		LXA	S5K5,1 SET COUNT TO 3.	F5G07820
01016	0 53400 1 00342	804	S26	LXA	S5K5,1 SEARCH FOR THE	F5G08050
01254	0 53400 1 00342	979		LXA	S5K5,1 SET INDEX FOR EN1,N=1	F5G09800
01255	0 53400 2 00342	980	S54	LXA	S5K5,2 SET INDEX FOR IR1, M EQUALS 1	F5G09810
01271	0 53400 2 00342	992		LXA	S5K5,2 YES,SET INDEX FOR IR1,M=1	F5G09930
01272	0 53400 1 00342	993	S510	LXA	S5K5,1 SET INDEX FOR EN1,N=1	F5G09940
01327	0 53400 1 00342	1022	S515	LXA	S5K5,1 3 OR 0 EMPTY EN,N=1	F5G10230
01330	0 53400 2 00342	1023	S519	LXA	S5K5,2 M=1	F5G10240
01352	0 53400 1 00342	1041		LXA	S5K5,1	F5G10420
01361	0 53400 1 00342	1048	S529	LXA	S5K5,1	F5G10490
01374	0 53400 1 00342	1059		LXA	S5K5,1 ASSIGN THE EMPTY	F5G10600
01405	0 53400 1 00342	1068	S531	LXA	S5K5,1 SET COUNT TO 3,N=1	F5G10690
01406	0 53400 2 00342	1069		LXA	S5K5,2 SET COUNT TO 3,M=1	F5G10700
01450	0 53400 1 00342	1103	S7	LXA	S5K5,1 SET COUNT TO 3,M=1	F5G11040
01474	0 53400 2 00342	1124		LXA	S5K5,2 SET COUNT TO 3,N=1	F5G11250
01536	0 53400 2 00342	1161		LXA	S5K5,2 SET COUNT TO 3,N=N+1	F5G11620
01623	0 53400 2 00342	1222	SB5	LXA	S5K5,2	F5G12230
01765	0 53400 2 00342	1333		LXA	S5K5,2 SET COUNT TO 3,N=1	F5G13340
02051	0 53400 4 00342	1390		LXA	S5K5,4 SET COUNT T0 3	F5G13910
02663	0 53400 1 00342	1789		LXA	S5K5,1 PUT EXIT	F5G17900
02712	0 53400 1 00342	1812		LXA	S5K5,1 NO,INITIALIZE	F5G18130
02721	0 53400 1 00342	1820	INIZ	LXA	S5K5,1 INITIALIZE	F5G18210
02734	0 53400 1 00342	1831		LXA	S5K5,1 SET COUNT TO 3,N=1	F5G18320
03026	0 53400 1 00342	1889		LXA	S5K5,1 SET COUNT TO 3,N=1	F5G18900
03043	0 53400 4 00342	1902		LXA	S5K5,4	F5G19030
03051	0 53400 1 00342	1908	L15	LXA	S5K5,1 COPY ASIDE THE FINAL	F5G19090
03114	0 53400 1 00342	1945		LXA	S5K5,1 SET COUNT TO 3,N=1	F5G19460
03310	0 53400 2 00342	2069		LXA	S5K5,2	F5G20700
03341	0 53400 1 00342	2094		LXA	S5K5,1 YES, SET COUNT TO 3	F5G20950
03415	0 53400 2 00342	2138		LXA	S5K5,2 SET COUNT TO 3	F5G21390
03441	0 53400 1 00342	2158	X212	LXA	S5K5,1 SET COUNT TO 3	F5G21590
03472	0 53400 1 00342	2183		LXA	S5K5,1	F5G21840
03724	0 53400 1 00342	2337	X61	LXA	S5K5,1	F5G23380
04020	0 53400 4 00342	2397	X70	LXA	S5K5,4 SET COUNT TO 3	F5G23980
04062	0 53400 2 00342	2431		LXA	S5K5,2 SET COUNT TO 3.	F5G24320
04161	0 53400 4 00342	2496		LXA	S5K5,4 SET COUNT TO 3.	F5G24970
04217	0 53400 2 00342	2526	X45	LXA	S5K5,2	F5G25270
04272	0 53400 4 00342	2569	X50	LXA	S5K5,4 1 HAS INDEX OF PRED.	F5G25700
04333	0 53400 4 00342	2602		LXA	S5K5,4	F5G26030
04346	0 53400 1 00342	2613		LXA	S5K5,1 YES, SET COUNT TO 3	F5G26140
04416	0 53400 1 00342	2653	XY3	LXA	S5K5,1	F5G26540
04446	0 53400 4 00342	2677		LXA	S5K5,4 SET COUNT TO 3	F5G26760
04656	0 53400 1 00342	2815		LXA	S5K5,1 YES	F5G28070
04705	0 53400 1 00342	2838		LXA	S5K5,1	F5G28300
04720	0 53400 1 00342	2849		LXA	S5K5,1	F5G28410
05650	0 53400 1 00342	3147		LXA	S5K5,1	F5G29020

␣␣S5K6 = 227

Definition
00343 0 00000 0 00010 433 S5K6 HTR 8 +8 F5G04340
Reference
01251 0 53400 2 00343 976 LXA S5K6,2 STORE -0S IN THE COUNTER OF PHIS + OF REAL F5G09770

␣␣S5V1 = 315

Definition
00473 0 00000 0 00000 544 S5V1 TEMP. STORE FOR RETURN INDEX. F5G05450

References (2)

	01245	−0 63400 4 00473	971	S5	SXD	S5V1,4 STORE RETURN INDEX	F5G09720
	01341	−0 53400 4 00473	1032		LXD	S5V1,4	F5G10330

␣␣S5V2 = 316

Definition
00474 0 00000 0 00000 545 S5V2 TEMP STORE FOR LOOP LIST QUANT. F5G05460
Reference
01246 0 60100 0 00474 972 STO S5V2 STORE LOOP LIST QUANTITY F5G09730

␣␣S7K1 = 821

Definition
01465 +000000777760 1116 S7K1 OCT 777760 IMPOSSIBLE TAG VALUE. F5G11170

References (2)

	01437	0 34000 0 01465	1094		CAS	S7K1	F5G10950
	01461	0 50000 0 01465	1112	S72	CLA	S7K1 NO,REPLACE C(IRM)	F5G11130

␣␣S9K1 = 228

Definition
00344 0 00000 0 00004 434 S9K1 HTR 4 +4 F5G04350

␣␣S9K2 = 229

Definition
00345 0 00000 1 00000 435 S9K2 0,1 F5G04360

References (2)

	01505	−0 32000 4 00350	1133		ANA	S9K2+3,4 AN EMPTY	F5G11340
	01545	−0 32000 4 00350	1168		ANA	S9K2+3,4 AN EMPTY	F5G11690

␣␣S9K3 = 232

Definition
00350 0 00003 0 00000 438 S9K3 HTR 0,0,3 MASK TO EXTRACT 2 BITS IN DECR. F5G04390

References (13)

01502	−0 32000 0 00350	1130	ANA	S9K3 IN	F5G11310
01542	−0 32000 0 00350	1165	ANA	S9K3 INDEX 4	F5G11660
01627	−0 32000 0 00350	1226	ANA	S9K3	F5G12270
01771	−0 32000 0 00350	1337	ANA	S9K3 N EQUAL	F5G13380
02251	0 50000 0 00350	1522	CLA	S9K3 INITIALIZE THE STORING	F5G15230
03421	−0 32000 0 00350	2142	ANA	S9K3 PUT IT	F5G21430
04024	−0 32000 0 00350	2401	ANA	S9K3	F5G24020
04066	−0 32000 0 00350	2435	ANA	S9K3 PUT IT	F5G24360
04276	−0 32000 0 00350	2573	ANA	S9K3 NO.	F5G25740
04454	−0 32000 0 00350	2683	ANA	S9K3 THE	F5G26640
04562	−0 32000 0 00350	2755	ANA	S9K3	F5G27560
04600	−0 32000 0 00350	2769	ANA	S9K3 ,	F5G27700
04625	−0 32000 0 00350	2790	ANA	S9K3	F5G27900

␣␣S9V1 = 317

Definition
00475 0 00000 0 00000 546 S9V1 TEMP. STORE FOR BB NO. F5G05470

References (2)

	01476	0 60100 0 00475	1126		STO	S9V1 CONTAINING THE PERMATATION NOS.	F5G11270
	01477	0 50000 0 00475	1127	S92	CLA	S9V1 EXTRACT THE N TH	F5G11280

␣␣S9V2 = 318

Definition
00476 0 00000 0 00000 547 S9V2 TEMP. STORE FOR RETURN INDEX F5G05480

References (2)

	01466	−0 63400 4 00476	1118	S9	SXD	S9V2,4 STORE RETURN INDEX.	F5G11190
	01513	−0 53400 4 00476	1139		LXD	S9V2,4	F5G11400

␣␣S9V4 = 319

Definition
00477 0 00000 0 00000 548 S9V4 TEMP. STORE FOR REGION WORD. F5G05490

References (2)

	01473	0 60100 0 00477	1123		STO	S9V4 WORD+	F5G11240
	01504	−0 50000 0 00477	1132		CAL	S9V4 IS THIS	F5G11330

␣␣SAD1 = 1119

Definition
02137 0 60200 0 00473 3936 SAD1 SLW SADV3 F5G36960
Reference
02147 0 02000 0 02137 3944 TRA SAD1 F5G37040

␣␣SAD2 = 1128

Definition
02150 −0 50000 1 15674 3945 SAD2 CAL PRED,1 IS THE SXD CASE 0 F5G37050
Reference
02144 0 10000 0 02150 3941 TZE SAD2 F5G37010

␣␣SAD3 = 1136

Definition
02160 0 50000 1 15674 3953 SAD3 CLA PRED,1 IS THE LXD CASE ZERO F5G37130
Reference
02152 0 10000 0 02160 3947 TZE SAD3 YES F5G37070

␣␣SAD4 = 1144

Definition
02170 −0 50000 0 00472 3961 SAD4 CAL SADV2 F5G37210
Reference
02162 0 10000 0 02170 3955 TZE SAD4 F5G37150

␣␣SAD5 = 1142

Definition
02166 −0 53400 4 00471 3959 SAD5 LXD SADV1,4 F5G37190
Reference
02171 0 02000 0 02166 3962 TRA SAD5 F5G37220

␣␣SAD6 = 1141

Definition
02165 0 40000 0 00475 3958 SAD6 ADD SADV5 I. D. FOR AN LXD F5G37180
Reference
02157 0 02000 0 02165 3952 TRA SAD6 F5G37120

␣␣SAK1 = 233

Definition
00351 0 00000 0 07776 439 SAK1 4094 F5G04400

References (2)

	01525	0 56000 0 00351	1152		LDQ	SAK1 RETURN AT ONCE, DOING NOTHING	F5G11530
	03332	0 56000 0 00351	2087		LDQ	SAK1	F5G20880

␣␣SALM = 365

Definition
00555 −377770077777 3538 SALM OCT −377770077777 MS MASK OUT SXD AND LXD PRED REULTS F5G32970
Reference
00407 −0 50000 0 00555 3436 CAL SALM F5G31950

␣␣SAV1 = 320

Definition
549 VARIABLES 0F SA SUBROUTINE (WHICH GETS EXIT CONDTITIONS) F5G05500

00500 0 00000 0 00000 550 SAV1 TEMP STORE FOR PERMUTATION NOS. F5G05510

References (3)

01535	0 60100 0 00500	1160		STO	SAV1 WORD HAVING PERMUTATION N0S.	F5G11610
01537	−0 50000 0 00500	1162	SA1	CAL	SAV1 PUT PERMUTATION	F5G11630
01551	−0 50000 0 00500	1172	SA5	CAL	SAV1 STORE THE	F5G11730

␣␣SAV2 = 321

Definition
00501 0 00000 0 00000 551 SAV2 RETURN INDEX. F5G05520

References (2)

	01523	−0 63400 4 00501	1150	SA	SXD	SAV2,4 STORE RETURN INDEX.	F5G11510
	01556	−0 53400 4 00501	1177		LXD	SAV2,4	F5G11780

␣␣SAV3 = 322

Definition
00502 0 00000 0 00000 552 SAV3 TEMP. STORE FOR REGION WORD. F5G05530

References (2)

	01533	0 60100 0 00502	1158		STO	SAV3 WORD.	F5G11590
	01544	−0 50000 0 00502	1167		CAL	SAV3 IS THIS	F5G11680

␣␣SB00 = 916

Definition
01624 −0 50000 0 00515 1223 SB00 CAL SBV5 SEARCH PERMUTATION F5G12240
Reference
01633 2 00001 2 01624 1230 SB8 TIX SB00,2,1 NO F5G12310

␣␣SB01 = 896

Definition
01600 0 62100 0 00513 1203 SB01 STA SBV3 F5G12040
Reference
01576 0 02000 0 01600 1201 TRA SB01 F5G12020

␣␣SBK1 = 234

Definition
440 CONSTANTS 0F SB F5G04410

00352 +001000000000 441 SBK1 OCT +001000000000 CONST. USED T0 GENERATE SX BIT. AD. F5G04420
Reference
01645 −0 50000 0 00352 1240 CAL SBK1 GENERATE F5G12410

␣␣SBK2 = 235

Definition
00353 0 00000 0 77777 442 SBK2 HTR −1 USED TO EXTRACT ADDR. F5G04430

References (27)

01524	−0 32000 0 00353	1151	ANA	SBK2 IF THIS IS AN IMPOSSIBLE BB,	F5G11520
01614	−0 32000 0 00353	1215	ANA	SBK2	F5G12160
02010	−0 32000 0 00353	1352	ANA	SBK2 BB	F5G13530
02011	0 34000 0 00353	1353	CAS	SBK2 IN REGION	F5G13540
02353	−0 32000 0 00353	1588	ANA	SBK2 NEXT B.B. IN REGION.	F5G15890
02354	0 34000 0 00353	1589	CAS	SBK2 ARE WE THRU WITH REGION	F5G15900
02452	−0 32000 0 00353	1651	ANA	SBK2 NEXT BB IN REGION	F5G16520
02453	0 34000 0 00353	1652	CAS	SBK2 IS IT LAST BB IN REGION	F5G16530
02555	−0 32000 0 00353	1718	ANA	SBK2 IN	F5G17190
02612	−0 32000 0 00353	1747	ANA	SBK2 B.B. NO.	F5G17480
02632	−0 32000 0 00353	1763	ANA	SBK2 BB	F5G17640
03102	−0 32000 0 00353	1935	ANA	SBK2 THIS TAG=(ADDR. FOLLOWING	F5G19360
03226	−0 32000 0 00353	2019	ANA	SBK2	F5G20200
03433	−0 32000 0 00353	2152	ANA	SBK2 BB IN REGION	F5G21530
03434	0 34000 0 00353	2153	CAS	SBK2	F5G21540
03525	−0 32000 0 00353	2210	ANA	SBK2	F5G22110
03532	−0 32000 0 00353	2215	ANA	SBK2	F5G22160
03536	−0 32000 0 00353	2219	ANA	SBK2	F5G22200
03571	−0 32000 0 00353	2246	ANA	SBK2	F5G22470
03650	−0 32000 0 00353	2293	ANA	SBK2 LAST BB	F5G22940
03651	0 34000 0 00353	2294	CAS	SBK2 OF THE REGION	F5G22950
04011	−0 32000 0 00353	2390	ANA	SBK2 RIGHT PRED	F5G23910
04120	−0 32000 0 00353	2461	ANA	SBK2 LAST BB IN REGION	F5G24620
04121	0 34000 0 00353	2462	CAS	SBK2	F5G24630
04263	−0 32000 0 00353	2562	ANA	SBK2 THE CORRECT	F5G25630
04407	−0 32000 0 00353	2646	ANA	SBK2 THIS THE	F5G26470
04513	−0 32000 0 00353	2716	ANA	SBK2 TAG=(ADDR. F0LLOWING	F5G27170

␣␣SBK3 = 236

Definition
00354 0 00004 0 00000 443 SBK3 HTR 0,0,4 CONST. TO GENERATE SX BIT FOR TRANSFER F5G04440
Reference
01635 0 50000 0 00354 1232 SB9 CLA SBK3 GENERATE NO STORE F5G12330

␣␣SBV1 = 329

Definition
562 VARIABLES OF SB F5G05630

00511 0 00000 0 00000 563 SBV1 RETURN INDEX F5G05640

References (2)

	01567	−0 63400 4 00511	1194		SXD	SBV1,4 STORE INDEX OF RETURN,	F5G11950
	01657	−0 53400 4 00511	1251		LXD	SBV1,4 RE-	F5G12520

␣␣SBV2 = 330

Definition
00512 0 00000 0 00000 564 SBV2 TEMP. STORAGE. F5G05650

References (14)

01611	0 60200 0 00512	1212	SB4	SLW	SBV2	F5G12130
01620	0 50000 0 00512	1219	SB2	CLA	SBV2 NO TRY NEXT PRED.	F5G12200
01647	0 60200 0 00512	1242		SLW	SBV2 TO	F5G12430
01652	−0 50000 0 00512	1246		CAL	SBV2	F5G12470
03223	0 60200 0 00512	2016	X03	SLW	SBV2	F5G20170
03232	0 50000 0 00512	2023	X04	CLA	SBV2 NO ARRANGE TO	F5G20240
03533	0 60200 0 00512	2216	X109	SLW	SBV2	F5G22170
03542	0 50000 0 00512	2223	X108	CLA	SBV2 ARRANGE TO TRY	F5G22240
03566	0 60200 0 00512	2243	X112	SLW	SBV2	F5G22440
03575	0 50000 0 00512	2250	X111	CLA	SBV2 ARRANGE TO TRY NEXT SUCC.	F5G22510
04006	0 60200 0 00512	2387	X68	SLW	SBV2	F5G23880
04015	0 50000 0 00512	2394	X69	CLA	SBV2	F5G23950
04260	0 60200 0 00512	2559	X48	SLW	SBV2 STORE PRED. NO.	F5G25600
04267	0 50000 0 00512	2566	X49	CLA	SBV2 ARRANGE TO	F5G25670

␣␣SBV3 = 331

Definition
00513 0 00000 0 00000 565 SBV3 TEMP. STORAGE. F5G05660

References (14)

01600	0 62100 0 00513	1203	SB01	STA	SBV3	F5G12040
01615	0 34000 0 00513	1216		CAS	SBV3 IS THIS THE RIGHT TRANSFER	F5G12170
03217	0 62100 0 00513	2012	X117	STA	SBV3 NO.	F5G20130
03227	0 34000 0 00513	2020		CAS	SBV3 IS THIS RIGHT PRED.	F5G20210
03513	0 62100 0 00513	2200	X121	STA	SBV3 STORE EXIT BB NO.	F5G22010
03537	0 34000 0 00513	2220		CAS	SBV3 IS THIS THE RIGHT TRANSFER	F5G22210
03554	0 50000 0 00513	2233	X222	CLA	SBV3 GET INDEX	F5G22340
03562	0 50000 0 00513	2239		CLA	SBV3	F5G22400
04000	0 62100 0 00513	2381	X123	STA	SBV3 AND STORE IT	F5G23020
04012	0 34000 0 00513	2391		CAS	SBV3	F5G23920
04244	0 62100 0 00513	2547	X124	STA	SBV3	F5G25480
04264	0 34000 0 00513	2563		CAS	SBV3 PRED	F5G25640
04377	0 62100 0 00513	2638	X125	STA	SBV3 STORE PRED. NO.	F5G26390
04410	0 34000 0 00513	2647		CAS	SBV3 RIGHT PRED	F5G26460

␣␣SBV4 = 332

Definition
00514 0 00000 0 00000 566 SBV4 INDEX OF REGISTER WHICH IS ACTIVE. F5G05670

References (8)

01566	−0 63400 1 00514	1193	SB	SXD	SBV4,1 STORE INDEX OF ACTIVE I.R+	F5G11940
01630	0 34000 0 00514	1227		CAS	SBV4 IS THIS PERMUTATION NO.	F5G12280
01655	−0 53400 1 00514	1249		LXD	SBV4,1 TO F	F5G12500
04223	−0 63400 4 00514	2530		SXD	SBV4,4 OF I.R.	F5G25310
04277	0 34000 0 00514	2574		CAS	SBV4 IS THIS THE PERM. NO.	F5G25750
04307	−0 53400 1 00514	2582	X55	LXD	SBV4,1 IS THE	F5G25830
04314	−0 53400 4 00514	2587		LXD	SBV4,4 BY EXIT CONDITIONS	F5G25880
04362	−0 53400 1 00514	2625	X133	LXD	SBV4,1 NO	F5G26260

␣␣SBV5 = 333

Definition
00515 0 00000 0 00000 567 SBV5 STORAGE FOR PERMUTATION NOS. F5G05680

References (6)

01607	0 60100 0 00515	1210		STO	SBV5 STORE PERMUTATION NOS.	F5G12110
01624	−0 50000 0 00515	1223	SB00	CAL	SBV5 SEARCH PERMUTATION	F5G12240
03526	0 60100 0 00515	2211		STO	SBV5	F5G22120
03544	0 34000 0 00515	2225		CAS	SBV5 IS THIS PRED ENTRY IN SAME BB	F5G22260
03561	0 60100 0 00515	2238		STO	SBV5	F5G22390
03577	0 34000 0 00515	2252		CAS	SBV5 IS THIS SUCC IN SAME BB	F5G22530

␣␣SC01 = 991

Definition
01737 0 50000 1 12540 1311 SC01 CLA BBB+5,1 GET THE F5G13120
Reference
01736 1 00000 1 01737 1310 SC9 TXI SC01,1,0 INCREASE INDEX BY INDEX OF OCT. I.R. F5G13110

␣␣SC02 = 977

Definition
01721 0 50000 0 00520 1297 SC02 CLA SCV3 PREPARE TO GET F5G12980

References (5)

01677	0 02000 0 01721	1279	TRA	SC02	F5G12800
01700	0 02000 0 01721	1280	TRA	SC02 NO	F5G12810
01743	0 02000 0 01721	1315	TRA	SC02 NO,	F5G13160
01745	0 02000 0 01721	1317	TRA	SC02 NO,	F5G13180
01752	0 02000 0 01721	1322	TRA	SC02	F5G13230

␣␣SC03 = 998

Definition
01746 −0 50000 0 00340 1318 SC03 CAL S5K3 RECORD THAT BB IS F5G13190
Reference
01744 0 02000 0 01746 1316 TRA SC03 YES, F5G13170

␣␣SC04 = 975

Definition
01717 −0 53400 2 01736 1295 SC04 LXD SC9,2 NO, PUT INDEX OF ACTIVE IR F5G12960
Reference
01715 0 02000 0 01717 1293 TRA SC04 F5G12940

␣␣SC40 = 956

Definition
01674 −0 53400 2 00520 1276 SC40 LXD SCV3,2 YES F5G12770
Reference
01671 −0 10000 0 01674 1273 TNZ SC40 F5G12740

␣␣SCK1 = 237

Definition
00355 0 04741 0 00000 444 SCK1 HTR 0,0,LPLST F5G04450

␣␣SCMI = 1146

Definition

		3963			THIS ROUTINE COMPILES CURRENT INST) IF INDICATOR IN CPIND	F5G37230
		3964			INDICATES IT SHOULD BE	F5G37240
02172	0 50000 0 00461	3965	SCMI	CLA	CPIND SHOULD INST. BE COMPILED	F5G37250

References (17)

02721	0 07400 4 02172	4318	NOEND	TSX	SCMI,4 NOT AN END OD BB COMPILE INST	F5G40560
02770	0 07400 4 02172	4359		TSX	SCMI,4 COMPILE THE INSTR	F5G40970
03035	0 07400 4 02172	4397		TSX	SCMI,4 COMPILE THE INST	F5G41350
03044	0 07400 4 02172	4405		TSX	SCMI,4	F5G41430
03046	0 07400 4 02172	4407	GOTOV	TSX	SCMI,4 COMPILE INST IF NECESSARY	F5G41450
03103	0 07400 4 02172	4436		TSX	SCMI,4 COMPILE THE INXT	F5G41740
03125	0 07400 4 02172	4454	PSTCS	TSX	SCMI,4 THIS IS A PSE TEST INST	F5G41920
03144	0 07400 4 02172	4470		TSX	SCMI,4	F5G42080
03160	0 07400 4 02172	4482		TSX	SCMI,4 COMPILE THE INST.	F5G42200
03171	0 07400 4 02172	4491	IF2CS	TSX	SCMI,4 THIS IS DCT OR RTT	F5G42290
03207	0 07400 4 02172	4505		TSX	SCMI,4 COMPILE THE INST	F5G42430
03224	0 07400 4 02172	4518		TSX	SCMI,4 COMPILE THE TRANSFER	F5G42560
03243	0 07400 4 02172	4533		TSX	SCMI,4 COMPILE THE TZE	F5G42710
03274	0 07400 4 02172	4558		TSX	SCMI,4	F5G42960
03322	0 07400 4 02172	4580		TSX	SCMI,4	F5G43180
03332	0 07400 4 02172	4588	STPCS	TSX	SCMI,4 COMPILE THE TWO INXT	F5G43260
03334	0 07400 4 02172	4590		TSX	SCMI,4	F5G43280

␣␣SCV1 = 334

Definition
00516 0 00000 0 00000 568 SCV1 RETURN INDEX F5G05690

References (2)

	01663	−0 63400 4 00516	1267		SXD	SCV1,4 YES,STORE RETURN	F5G12680
	01730	−0 53400 4 00516	1304		LXD	SCV1,4	F5G13050

␣␣SCV2 = 335

Definition
00517 0 00000 0 00000 569 SCV2 INDEX OF BB. F5G05700

References (2)

	01735	−0 63400 1 00517	1309		SXD	SCV2,1 GET INDEX OF BB	F5G13100
	01750	−0 53400 1 00517	1320		LXD	SCV2,1 WO THIS	F5G13210

␣␣SCV3 = 336

Definition
00520 0 00000 0 00000 570 SCV3 INDEX OF POSITION IN LOOP LIST F5G05710

References (6)

01665	0 62200 0 00520	1269		STD	SCV3 STORE INDEX OF LOOP LIST.	F5G12700
01666	0 50000 0 00520	1270		CLA	SCV3 IS THIS THE CURRENT	F5G12710
01674	−0 53400 2 00520	1276	SC40	LXD	SCV3,2 YES	F5G12770
01706	−0 53400 2 00520	1286	SC2	LXD	SCV3,2 NO,	F5G12870
01721	0 50000 0 00520	1297	SC02	CLA	SCV3 PREPARE TO GET	F5G12980
01723	0 62200 0 00520	1299	SC7	STD	SCV3 LOOP LIST QUANTITY.	F5G13000

␣␣SDV1 = 338

Definition
00522 0 00000 0 00000 572 SDV1 STORE FOR RETURN INDEX. F5G05730

References (2)

	01754	−0 63400 4 00522	1324		SXD	SDV1,4 STORE RETURN.	F5G13250
	02016	−0 53400 4 00522	1358	SD8	LXD	SDV1,4 RETURN	F5G13590

␣␣SDV2 = 339

Definition
00523 0 00000 0 00000 573 SDV2 INDEX OF ACTIVE I.R. F5G05740

References (3)

01753	−0 63400 2 00523	1323	SD	SXD	SDV2,2	F5G13240
01772	0 34000 0 00523	1338		CAS	SDV2 TO I.R. INDEX	F5G13390
02002	−0 53400 4 00523	1346		LXD	SDV2,4 EXIT CONDITION	F5G13470

␣␣SDV3 = 340

Definition
00524 0 00000 0 00000 574 SDV3 THE PERMUTATION NOS. F5G05750

References (2)

	01764	0 60100 0 00524	1332		STO	SDV3 AWAY THE PERMUTATION NOS.	F5G13330
	01766	−0 50000 0 00524	1334	SD3	CAL	SDV3 IS	F5G13350

␣␣SDV4 = 341

Definition
00525 0 00000 0 00000 575 SDV4 TEMP. STORE FOR INDEX OF BB F5G05760

References (2)

	01762	−0 63400 1 00525	1330	SD7	SXD	SDV4,1	F5G13310
	02003	−0 53400 1 00525	1347		LXD	SDV4,1 SAME AS IN ACTIVE I.R.	F5G13480

␣␣SE21 = 65

Definition

		245			2 ED PARAMETER IS + OR - ACCORDING	F5G02460
		246			AS CM BLOCK IS FULL OR EMPTY	F5G02470
		247			SR FOR SHUFFLING TABLES TO AND FROM DRUM	F5G02480
00101	0 60100 0 00306	248	SE21	STO	SEV2 STORE ITEM NO.,N	F5G02490

References (16)

00034	0 07400 2 00101	204		TSX	SE21,2	F5G02050
00045	0 07400 2 00101	215		TSX	SE21,2	F5G02160
00057	0 07400 2 00101	226		TSX	SE21,2	F5G02270
00071	0 07400 2 00101	237		TSX	SE21,2	F5G02380
04743	0 62200 0 00103	2868		STD	SE21+2	F5G28610
04751	−0 63400 4 00104	2874	QP1	SXD	SE21+3,4	F5G28670
04762	−0 53400 4 00104	2883		LXD	SE21+3,4	F5G28760
04740	−0 53400 1 00103	3278	QS	LXD	SE21+2,1	F5G30340
04746	−0 63400 4 00104	3284	QS1	SXD	SE21+3,4	F5G30400
04757	−0 53400 4 00104	3293		LXD	SE21+3,4	F5G30490
04740	−0 53400 1 00103	3312	QPU	LXD	SE21+2,1	F5G30690
04746	−0 63400 4 00104	3318	QPU1	SXD	SE21+3,4	F5G30750
04757	−0 53400 4 00104	3327		LXD	SE21+3,4	F5G30840
04740	−0 53400 1 00103	3346	QSU	LXD	SE21+2,1	F5G31040
04746	−0 63400 4 00104	3352	QSU1	SXD	SE21+3,4	F5G31100
04757	−0 53400 4 00104	3361		LXD	SE21+3,4	F5G31190

␣␣SE22 = 178

Definition
377 CHECK SUM SUBROUTINE F5G03780

00262 0 50000 2 00002 378 SE22 CLA 2,2 F5G03790

References (2)

	00111	0 07400 4 00262	256		TSX	SE22,4 NO,FORM CHECK SUM	F5G02570
	00135	0 07400 4 00262	276		TSX	SE22,4 CHECK SUM	F5G02770

␣␣SE23 = 187

Definition
00273 0 36100 1 00000 388 SE23 ACL −,1 FORM THE F5G03890

References (4)

00112	0 50000 0 00273	257	CLA	SE23	F5G02580
00136	0 50000 0 00273	277	CLA	SE23 COMPARE	F5G02780
00271	0 62100 0 00273	386	STA	SE23 FOLLOWING LAST TABLE WORD.	F5G03870
00274	2 00001 1 00273	389	TIX	SE23,1,1 SUM CHECK.	F5G03900

␣␣SE24 = 77

Definition
00115 0 60100 0 00000 260 SE24 STO SET SUM F5G02610
Reference
00113 0 62100 0 00115 258 STA SE24 STORE F5G02590

␣␣SE25 = 176

Definition
00260 0 76200 1 00300 375 SE25 RDS 192,1 (OR WRS) DRUM F5G03760

References (3)

00167	0 60100 0 00260	318		STO	SE25 STORE READ-WRITE INDICATOR	F5G03190
00210	0 07400 4 00260	335		TSX	SE25,4 SELECT DRUM	F5G03360
00241	0 07400 4 00260	360	SE30	TSX	SE25,4 SELECT DRUM	F5G03610

␣␣SE26 = 118

Definition
316 DRUM TRANSFER SUBROUTINE PROPER F5G03170

00166 −0 63400 4 00310 317 SE26 SXD SEV4,4 STORE RETURN INDEX AND ITEM NO. TO BE TRANSFERRED F5G03180

References (3)

00117	0 07400 4 00166	262	TSX	SE26,4	F5G02630
00134	0 07400 4 00166	275	TSX	SE26,4 BLOCK OF THE TABLE	F5G02760
16002	0 07400 4 00166	3252	TSX	SE26,4 STORE BLOCK OF 0S	F5G30070

␣␣SE27 = 158

Definition
00236 0 70000 4 00000 357 SE27 CPY SET,4 TRANSFER F5G03580

References (3)

00224	0 62100 0 00236	347	STA	SE27 COMPUTE ADDRESS OF 1ST CPY	F5G03480
00233	0 40000 0 00236	354	ADD	SE27	F5G03550
00237	2 00001 4 00236	358	TIX	SE27,4,1 1ST BLOCK OF WORDS	F5G03590

␣␣SE28 = 157

Definition
00235 0 46000 0 00313 356 SE28 LDA SEV7 F5G03570

␣␣SE29 = 163

Definition
00243 0 70000 4 00000 362 SE29 CPY SET,4 TRANSFER F5G03630

References (2)

	00234	0 62100 0 00243	355		STA	SE29 SET 2 ED CPY	F5G03560
	00244	2 00001 4 00243	363		TIX	SE29,4,1 2 EDBLOCK	F5G03640

␣␣SE30 = 161

Definition
00241 0 07400 4 00260 360 SE30 TSX SE25,4 SELECT DRUM F5G03610
Reference
00240 2 00001 1 00241 359 TIX SE30,1,1 DECREASE C(1) BY 1 F5G03600

␣␣SE31 = 167

Definition
00247 0 76300 0 00043 366 SE31 LLS 35 (N(1)-N(0)).S+1 F5G03670
Reference
00221 0 04000 0 00247 344 TLQ SE31 MUST BLOCK BE SPLIT F5G03450

␣␣SE32 = 173

Definition
00255 0 70000 4 00000 372 SE32 CPY SET,4 F5G03730

References (2)

	00253	0 62100 0 00255	370		STA	SE32	F5G03710
	00256	2 00001 4 00255	373		TIX	SE32,4,1	F5G03740

␣␣SE33 = 172

Definition
00254 0 46000 0 00313 371 SE33 LDA SEV7 F5G03720

␣␣SE34 = 165

Definition
00245 −0 53400 4 00310 364 SE34 LXD SEV4,4 F5G03650
Reference
00257 0 02000 0 00245 374 TRA SE34 F5G03750

␣␣SE35 = 80

Definition
00120 0 50000 0 00314 263 SE35 CLA ZERO F5G02640
Reference
00110 −0 12000 0 00120 255 TMI SE35 IS CM BLOCK EMPTY F5G02560

␣␣SE36 = 91

Definition
00133 0 50000 0 00300 274 SE36 CLA SEK1 TRANSFER IN A F5G02750

References (2)

	00131	0 04000 0 00133	272		TLQ	SE36	F5G02730
	00147	−3 00004 4 00133	286		TXL	SE36,4,4 TRY AGAIN	F5G02870

␣␣SE37 = 96

Definition
00140 0 50000 0 00000 279 SE37 CLA SET SUMS F5G02800
Reference
00137 0 62100 0 00140 278 STA SE37 CHECK F5G02790

␣␣SE40 = 106

Definition
00152 −0 63400 0 00151 303 SE40 SXD TPCT,0 RESET TAPECOUNT F5G03040
Reference
00143 0 02000 0 00152 282 TRA SE40 AGREE F5G02630

␣␣SE41 = 110

Definition
307 THE ITEM MIGHT BE IN STORAGE F5G03080

00156 0 40200 2 00001 308 SE41 SUB 1,2 N-N(01 F5G03090

References (2)

	00105	0 02000 0 00156	252		TRA	SE41 POSSIBLY	F5G02530
	00155	0 02000 0 00156	306		TRA	SE41	F5G03070

␣␣SE42 = 70

Definition
00106 −0 63400 4 00311 253 SE42 SXD SEV5,4 NO,STORE RETURN INDEX F5G02540

References (2)

	00104	−3 00000 0 00106	251		TXL	SE42,0,−	F5G02520
	00157	−0 12000 0 00106	309		TMI	SE42 DOES IT LIE IN STORAGE	F5G03100

␣␣SE43 = 100

Definition
00144 −0 53400 4 00151 283 SE43 LXD TPCT,4 REPEAT 5 TIMES F5G02840
Reference
00142 0 02000 0 00144 281 SE45 TRA SE43 F5G02820

␣␣SE44 = 102

Definition
00146 −0 63400 4 00151 285 SE44 SXD TPCT,4 F5G02860
Reference
00145 1 00001 4 00146 284 TXI SE44,4,1 F5G02850

␣␣SE45 = 98

Definition
00142 0 02000 0 00144 281 SE45 TRA SE43 F5G02820

␣␣SEK1 = 192

Definition
00300 0 76200 1 00300 393 SEK1 RDS 192,1 RDS,192,1 F5G03940
Reference
00133 0 50000 0 00300 274 SE36 CLA SEK1 TRANSFER IN A F5G02750

␣␣SEK2 = 193

Definition
00301 0 00000 0 03777 394 SEK2 HTR 2047 MASK TO EXTRACT LAST 11 BIT F5G03950
Reference
00216 −0 32000 0 00301 341 ANA SEK2 WORDS LEFT ON F5G03420

␣␣SEK3 = 194

Definition
00302 0 00000 0 04000 395 SEK3 HTR 2048 2048 IN ADDR. F5G03960
Reference
00217 0 40200 0 00302 342 SUB SEK3 DRUM GROUP F5G03430

␣␣SEK4 = 195

Definition
00303 0 77777 0 00000 396 SEK4 HTR 0,0,−1 IN DECR. PART F5G03970

References (6)

00033	−0 32000 0 00303	203		ANA	SEK4	F5G02040
00044	−0 32000 0 00303	214	SE6	ANA	SEK4	F5G02150
00056	−0 32000 0 00303	225		ANA	SEK4	F5G02260
00070	−0 32000 0 00303	236	SE	ANA	SEK4 BB NO. IN DECR.	F5G02370
02070	−0 32000 0 00303	1405		ANA	SEK4	F5G14060
02404	0 50000 0 00303	1613	F73	CLA	SEK4 STORE SPECIAL	F5G16140

␣␣SEK5 = 196

Definition
00304 0 00000 1 00000 397 SEK5 HTR 0,1 2 15 F5G03980
Reference
00163 0 40200 0 00304 313 SUB SEK5 F5G03140

␣␣SEV1 = 197

Definition
00305 0 00000 0 00000 398 SEV1 NS.S+1 TEMP STORAGE F5G03990

References (8)

00174	0 60100 0 00305	323	STO	SEV1 IT
00200	0 20000 0 00305	327	MPY	SEV1	F5G03280
00201	−0 60000 0 00305	328	STQ	SEV1 INITIAL DRUM ADDRESS	F5G03290
00203	0 40000 0 00305	330	ADD	SEV1	F5G03310
00226	−0 60000 0 00305	349	STQ	SEV1 OF WORDS IN	F5G03500
00227	0 40200 0 00305	350	SUB	SEV1 2 ED TRANSFER	F5G03510
00232	0 60100 0 00305	353	STO	SEV1	F5G03540
00242	0 53400 4 00305	361	LXA	SEV1,4	F5G03620

␣␣SEV2 = 198

Definition
00306 0 00000 0 00000 399 SEV2 STORAGE OF N (DECR.) F5G04000

References (7)

00101	0 60100 0 00306	248	SE21	STO	SEV2 STORE ITEM NO.,N	F5G02490
00121	0 56000 0 00306	264		LDQ	SEV2 N(0)=(INT. PT. (N/N(S)).N(S)	F5G02650
00154	0 50000 0 00306	305		CLA	SEV2 GET N AGANIN	F5G03060
04773	−0 53400 4 00306	2892	QP7	LXD	SEV2,4	F5G28850
04770	−0 53400 4 00306	3302	QS7	LXD	SEV2,4	F5G30580
04770	−0 53400 4 00306	3336	QPU7	LXD	SEV2,4	F5G30930
04770	−0 53400 4 00306	3370	QSU7	LXD	SEV2,4	F5G31280

␣␣SEV3 = 199

Definition
00307 0 00000 0 00000 400 SEV3 STORAGE OF CK SUM. F5G04010

References (3)

00114	0 50000 0 00307	259	CLA	SEV3 CHECK	F5G02600
00141	0 34000 0 00307	280	CAS	SEV3	F5G02810
00275	0 60200 0 00307	390	SLW	SEV3	F5G03910

␣␣SEV4 = 200

Definition
00310 0 00000 0 00000 401 SEV4 RETURN FROM SE 26 F5G04020

References (2)

	00166	−0 63400 4 00310	317	SE26	SXD	SEV4,4 STORE RETURN INDEX AND ITEM NO. TO BE TRANSFERRED	F5G03180
	00245	−0 53400 4 00310	364	SE34	LXD	SEV4,4	F5G03650

␣␣SEV5 = 201

Definition
00311 0 00000 0 00000 402 SEV5 RETURN FROM SE F5G04030

References (2)

	00106	−0 63400 4 00311	253	SE42	SXD	SEV5,4 NO,STORE RETURN INDEX	F5G02540
	00153	−0 53400 4 00311	304		LXD	SEV5,4 RESTORE RETURN INDEX	F5G03050

␣␣SEV6 = 202

Definition
00312 0 00000 0 00000 403 SEV6 STORE N TO BE TRANSFERRED F5G04040

␣␣SEV7 = 203

Definition
00313 0 00000 0 00000 404 SEV7 INITIAL DRUM ADDR. F5G04050

References (4)

00204	0 60100 0 00313	331		STO	SEV7 SET LDA INSTRUCTIONS	F5G03320
00215	0 50000 0 00313	340		CLA	SEV7 FORM NO. OF	F5G03410
00235	0 46000 0 00313	356	SE28	LDA	SEV7	F5G03570
00254	0 46000 0 00313	371	SE33	LDA	SEV7	F5G03720

␣␣SFV1 = 342

Definition
00526 0 00000 0 00000 576 SFV1 ACTIVE INDICATOR FORMED HERE. F5G05770

References (4)

02035	0 60100 0 00526	1375		STO	SFV1 BE PUT	F5G13760
02040	−0 63400 2 00526	1378	SF5	SXD	SFV1,2 INDICATOR	F5G13790
03160	0 50000 0 00526	1981		CLA	SFV1 INDICATOR	F5G19820
03273	0 50000 0 00526	2056		CLA	SFV1 STORE ACTIVE	F5G20570

␣␣SFV2 = 343

Definition
00527 0 00000 0 00000 577 SFV2 RETURN INDEX. F5G05780

␣␣SGV1 = 344

Definition
00530 0 00000 0 00000 578 SGV1 RETURN INDEX F5G05790

References (2)

	02042	−0 63400 4 00530	1383	SG	SXD	SGV1,4 SAVE RETURN	F5G13840
	02073	−0 53400 4 00530	1408		LXD	SGV1,4 RETURN	F5G14090

␣␣SGV2 = 345

Definition
00531 0 00000 0 00000 579 SGV2 PERMUTED REGION WORD F5G05800

References (4)

02044	−0 60000 0 00531	1385	STQ	SGV2	F5G13860
02060	−0 60200 0 00531	1397	ORS	SGV2	F5G13980
02065	−0 60200 0 00531	1402	ORS	SGV2	F5G14030
02071	−0 50100 0 00531	1406	ORA	SGV2	F5G14070

␣␣SHK1 = 263

Definition
00407 +000000777777 3808 SHK1 OCT 777777 CONST. TO EXTRACT R. HALF WORD F5G35680

␣␣SHK2 = 208

Definition
00320 3809 SHK2 SYN L4 F5G35690
Reference
02212 0 53400 4 00320 3982 LXA SHK2,4 CLEAR F5G37420

␣␣SHV1 = 318

Definition
00476 0 00000 0 00000 3874 SHV1 RETURN INDEX F5G36340

References (2)

	02211	−0 63400 4 00476	3981	SH	SXD	SHV1,4 STORE RETURN	F5G37410
	02240	−0 53400 4 00476	4004		LXD	SHV1,4	F5G37640

␣␣SHV2 = 319

Definition
00477 0 00000 0 00000 3875 SHV2 ENTRY FROM PRED. F5G36350

References (3)

02221	0 60100 0 00477	3989		STO	SHV2 STORE PRED ENTRY	F5G37490
02224	0 56000 0 00477	3992	SH2	LDQ	SHV2 IS	F5G37520
02234	−0 50000 0 00477	4000	SH4	CAL	SHV2 GET	F5G37600

␣␣SIK2 = 264

Definition
00410 +160000000000 3810 SIK2 OCT 160000000000 I.D. FOR LOCATION OF SXD F5G35700

References (2)

		00410	3813	IDSXD	SYN	SIK2	F5G35730
	02262	0 40000 0 00410	4023		ADD	SIK2	F5G37830

␣␣SIK3 = 265

Definition
00411 626724000000 3811 SIK3 BCD 1SXD000 SXD IN BCD F5G35710

References (3)

	00411	3812	LSXD	SYN	SIK3	F5G35720
02275	0 50000 0 00411	4034		CLA	SIK3 PUT SXD ON TAPE	F5G37940
02657	0 50000 0 00411	4283		CLA	SIK3 SXD IN BCD	F5G40210

␣␣SIV1 = 320

Definition
00500 0 00000 0 00000 3876 SIV1 INDEX OF SXD CASE RELATIVE TO SXST F5G36360

References (4)

02243	−0 63400 1 00500	4008	SXD	SIV1,1 STORE INDEX 0F SXD CASE	F5G37680
02254	−0 53400 1 00500	4017	LXD	SIV1,1 FORM	F5G37770
02307	−0 53400 1 00500	4044	LXD	SIV1,1	F5G38040
02331	−0 53400 1 00500	4062	LXD	SIV1,1 NO	F5G38220

␣␣SIV2 = 321

Definition
00501 0 00000 0 00000 3877 SIV2 RETURN INDEX F5G36370

References (4)

02242	−0 63400 4 00501	4007	SI	SXD	SIV2,4 STORE RETURN	F5G37670
02317	−0 53400 4 00501	4052		LXD	SIV2,4	F5G38120
02323	−0 53400 4 00501	4056		LXD	SIV2,4	F5G38160
02334	−0 53400 4 00501	4065	SI6	LXD	SIV2,4 RETURN TO 2 FOLLOWING TSX WITH	F5G38250

␣␣SIV3 = 322

Definition
00502 0 00000 0 00000 3878 SIV3 LOCATI0N OF 1ST INST. IN SXD GROUP F5G36380

␣␣SIV4 = 323

Definition
00503 0 00000 0 00000 3879 SIV4 TEMP. STORE F5G36390

References (2)

	02253	0 60100 0 00503	4016		STO	SIV4 STORE LOC. 0F 1ST PRED IN BB	F5G37760
	02257	0 40200 0 00503	4020		SUB	SIV4	F5G37800

␣␣SIV5 = 324

Definition
00504 0 00000 0 00000 3880 SIV5 STORE FOR INDEX OF TAU TAG IN SXD CASE F5G36400

References (2)

	02267	−0 63400 1 00504	4028		SXD	SIV5,1 NO, PRESERVE INDEX 1	F5G37880
	02304	−0 53400 1 00504	4041		LXD	SIV5,1	F5G38010

␣␣SIV6 = 325

Definition
00505 0 00000 0 00000 3881 SIV6 STOER FOR THE TAG F5G36410

References (2)

	02270	0 60100 0 00505	4029		STO	SIV6 PRESERVE THE TAG	F5G37890
	02277	0 50000 0 00505	4036		CLA	SIV6 142*-5+TAU-TAG IS	F5G37960

␣␣SJV1 = 326

Definition
00506 0 00000 0 00000 3882 SJV1 LXD CASE IN DECR. F5G36420

References (2)

	02341	0 60100 0 00506	4071		STO	SJV1	F5G38310
	02353	0 40200 0 00506	4081		SUB	SJV1 IS THIS CASE SAME AS CASE HEADUNG LIST N	F5G38410

␣␣SJV2 = 327

Definition
00507 0 00000 0 00000 3883 SJV2 RETURN INDEX F5G36430

References (4)

02336	−0 63400 4 00507	4068	SJ	SXD	SJV2,4	F5G38280
02355	−0 53400 4 00507	4083		LXD	SJV2,4 YES	F5G38430
02361	−0 53400 4 00507	4087		LXD	SJV2,4	F5G38470
02363	−0 53400 4 00507	4089	SJ3	LXD	SJV2,4	F5G38490

␣␣SJV3 = 328

Definition
00510 0 00000 0 00000 3884 SJV3 F5G36440

␣␣SKK1 = 266

Definition
00412 0 00000 0 00144 3814 SKK1 LCLST F5G35740

References (2)

	02372	0 53400 1 00412	4097		LXA	SKK1,1 YES	F5G38570
	04437	0 53400 1 00412	5187		LXA	SKK1,1 SET 1 TO LENGTH OF CS BLOCK	F5G49220

␣␣SKLX = 1410

Definition
02602 −0 50000 2 01100 4238 SKLX CAL INST−1,2 F5G39980
Reference
02567 0 02000 0 02602 4227 TRA SKLX NO F5G39870

␣␣SKLY = 1418

Definition
02612 −0 50000 0 00454 4246 SKLY CAL STAGN2 F5G40040
Reference
02610 0 02000 0 02612 4244 TRA SKLY YES. F5G40031

␣␣SKV1 = 429

Definition
00655 0 00144 0 00000 3886 SKV1 0,0,LCLST F5G36460

References (4)

02367	−0 53400 1 00655	4094	SK	LXD	SKV1,1	F5G38540
02373	−0 63400 1 00655	4098		SXD	SKV1,1 RESET THE INDEX	F5G38580
02401	−0 63400 1 00655	4104	SK1	SXD	SKV1,1 STORE INDEX OF NEXT WORD	F5G38640
04440	−0 53400 4 00655	5188		LXD	SKV1,4 INDEX OF NEXTCLST POSITION	F5G49230

␣␣SLK1 = 232

Definition
00350 3815 SLK1 SYN LTRA TRA IN BCD F5G35750

␣␣SLK2 = 267

Definition
00413 3821 SLK2 SYN SMK1 F5G35810
Reference
02405 0 40000 0 00413 4109 ADD SLK2 ADDRESS F5G38690

␣␣SLV1 = 430

Definition
3887 SKV1 COMES ALREADY INITIALIZED F5G36470

00656 0 00000 0 00000 3888 SLV1 RETURN INDEX F5G36480

References (3)

02413	−0 63400 4 00656	4115	SXD	SLV1,4 STORE RETURJ	F5G38750
02424	−0 53400 4 00656	4124	LXD	SLV1,4	F5G38840
02430	−0 63400 4 00656	4129	SXD	SLV1,4 OTHERWISE , STORE RETURN AND	F5G38890

␣␣SLV2 = 431

Definition
00657 0 00000 0 00000 3889 SLV2 LOCATION TO BE ATTACHED T0 TRA F5G36490

References (9)

02247	0 60100 0 00657	4012	STO	SLV2 STORE BB NO.	F5G37720
02261	0 40000 0 00657	4022	ADD	SLV2	F5G37820
02263	0 60100 0 00657	4024	STO	SLV2 STORE THE LOC. OF 1ST SXD	F5G37840
02271	0 50000 0 00657	4030	CLA	SLV2 PUT LOCATION WORD ON TAPE	F5G37900
02274	0 60100 0 00657	4033	STO	SLV2	F5G37930
02406	0 60100 0 00657	4110	STO	SLV2 OF	F5G38700
02412	−0 60200 0 00657	4114	ORS	SLV2 SLV2	F5G38740
02420	0 50000 0 00657	4120	CLA	SLV2	F5G38800
02434	0 60100 0 00657	4133	STO	SLV2 OF 1ST INST IN BB AND	F5G38930

␣␣SLV3 = 432

Definition
00660 0 00000 0 00000 3890 SLV3 + OR - MEANS ISNT OR IS HANGING TRA0 F5G36500

References (6)

02322	0 60100 0 00660	4055		STO	SLV3 A HANGING TRA TO 0 CASE	F5G38150
02426	0 50000 0 00660	4127	SL1	CLA	SLV3	F5G38870
02436	0 60100 0 00660	4135		STO	SLV3 SET INDICATOR TO SAY NO HANGING TRA	F5G38950
02516	0 60100 0 00660	4184		STO	SLV3 RECORD THAT THERE IS HANGING TRA 0	F5G39440
03567	0 60100 0 00660	4750		STO	SLV3	F5G44650
04137	0 60100 0 00660	4987	Z48	STO	SLV3 IS A HANGING TRA 0CASE	F5G47220

␣␣SM10 = 1325

Definition
02455 0 60100 0 00662 4151 SM10 STO SMV2 STORE THE TAG AWAY F5G39110
Reference
02453 −3 00000 1 02455 4149 SM1 TXL SM10,1,SET YES, IS ELEMENT IN SUB BOTTOM POS. F5G39090

␣␣SMK1 = 267

Definition
00413 +150000000000 3816 SMK1 OCT 150000000000 I.D. FOR LOCATION OF LXD F5G35760

References (3)

	00413	3821	SLK2	SYN	SMK1	F5G35810
	00413	3822	IDLXD	SYN	SMK1	F5G35820
02463	0 40000 0 00413	4157		ADD	SMK1	F5G39170

␣␣SMK2 = 268

Definition
00414 436724000000 3817 SMK2 BCD 1LXD000 LXD IN BCD F5G35770

References (3)

	00414	3818	LLXD	SYN	SMK2	F5G35780
02471	0 50000 0 00414	4163		CLA	SMK2	F5G39230
02572	0 50000 0 00414	4230		CLA	SMK2 COMPILE LXD	F5G39900

␣␣SMK3 = 227

Definition
00343 3772 SMK3 SYN LFTMSK F5G35330

␣␣SMK4 = 269

Definition
3819 FOR SMK3 SEE LFTMSK F5G35790

00415 +140000000000 3820 SMK4 OCT 140000000000 I.D. FOR TAU-TAG F5G35800

References (5)

	00415	3823	IDTAG	SYN	SMK4	F5G35830
02300	0 40000 0 00415	4037		ADD	SMK4 SYMBOLIC ADDRESS	F5G37970
02505	0 40000 0 00415	4175		ADD	SMK4 THE	F5G39350
02575	−0 50100 0 00415	4233		ORA	SMK4	F5G39930
02662	−0 50100 0 00415	4286		ORA	SMK4	F5G40240

␣␣SMV1 = 433

Definition
00661 0 00000 0 00000 3891 SMV1 RETURN INDEX F5G36510

References (2)

	02443	−0 63400 4 00661	4141		SXD	SMV1,4 STORE RETURN	F5G39010
	02517	−0 53400 4 00661	4185	SM9	LXD	SMV1,4	F5G39450

␣␣SMV2 = 434

Definition
00662 0 00000 0 00000 3892 SMV2 TAG TO BE COMPILED F5G36520

References (3)

02455	0 60100 0 00662	4151	SM10	STO	SMV2 STORE THE TAG AWAY	F5G39110
02475	0 50000 0 00662	4167		CLA	SMV2	F5G39270
02507	0 50000 0 00662	4177		CLA	SMV2 COMPILE THE TAG	F5G39370

␣␣SMV3 = 435

Definition
00663 0 00000 0 00000 3893 SMV3 STORE INDEX OF QUANTITY IN LIST F5G36530

References (2)

	02464	−0 63400 1 00663	4158		SXD	SMV3,1 STORE INDEX OF LIST QUANTITY	F5G39180
	02511	−0 53400 1 00663	4179		LXD	SMV3,1 IS THE ELEMENT IN SUB BOTTOM POSITION	F5G39390

␣␣SMV4 = 436

Definition
00664 0 00000 0 00000 3894 SMV4 LOCATION , TEMP. STORE F5G36540

References (2)

	02465	0 60100 0 00664	4159		STO	SMV4	F5G39190
	02467	0 50000 0 00664	4161		CLA	SMV4	F5G39210

␣␣STAG = 2739

Definition
05263 0 00000 0 00000 2902 STAG HTR − F5G28950

References (13)

00043	0 00000 0 05263	212	HTR	STAG A	F5G02130
01653	−0 60200 1 05263	1247	ORS	STAG,1	F5G12480
03154	−0 60200 1 05263	1977	ORS	STAG,1 STORE IN STAG.	F5G19780
03202	−0 60200 1 05263	1999	ORS	STAG,1	F5G20000
04545	−0 50000 1 05263	2742	CAL	STAG,1 AN LX	F5G27430
04557	−0 50000 1 05263	2752	CAL	STAG,1 IN	F5G27530
04575	−0 50000 1 05263	2766	CAL	STAG,1 AN	F5G27670
04621	−0 50000 1 05263	2786	CAL	STAG,1	F5G27870
00343	0 50000 1 05263	3400	CLA	STAG,1	F5G31590
00447	0 60100 2 05263	3468	STO	STAG,2 STAG WORD	F5G32270
00455	−0 50000 1 05263	3474	CAL	STAG,1 WORD	F5G32330
00546	0 60100 2 05263	3531	STO	STAG,2 STAG WORD	F5G32900
02541	0 50000 1 05263	4205	CLA	STAG,1	F5G39650

␣␣STP1 = 1755

Definition
03333 1 00004 2 03334 4589 STP1 TXI STP1+1,2,4 AND GO TO STAET BB F5G43270
Reference
03333 1 00004 2 03334 4589 STP1 TXI STP1+1,2,4 AND GO TO STAET BB F5G43270

␣␣SUBP = 1480

Definition
02710 0 40200 4 00374 4309 SUBP SUB LNTOP+1,4 COMPARE TO OP CODES OF POSSIBLE F5G40470
Reference
02712 2 00001 4 02710 4311 TIX SUBP,4,1 TRY NEXT POSSIBILITY F5G40490

␣␣SUCC = 7644

Definition
16734 3175 SUCC BSS SUCCL+1 F5G29300

References (19)

00054	0 00000 0 16734	222		HTR	SUCC A	F5G02230
02161	0 50000 1 16734	1466		CLA	SUCC,1	F5G14670
03570	−0 50000 1 16734	2245		CAL	SUCC,1	F5G22460
03607	0 50000 1 16734	2260	X113	CLA	SUCC,1 SET SIGN	F5G22610
03611	0 60100 1 16734	2262		STO	SUCC,1 NEGATIVE	F5G22630
04762	0 50200 1 16734	3296		CLS	SUCC,1	F5G30520
04767	0 60100 1 16734	3301	QS6	STO	SUCC,1	F5G30570
04762	0 50200 1 16734	3364		CLS	SUCC,1	F5G31220
04767	0 60100 1 16734	3369	QSU6	STO	SUCC,1	F5G31270
00375	−0 50000 1 16734	3614		CAL	SUCC,1	F5G33740
02764	−0 50000 1 16734	4355		CAL	SUCC,1	F5G40930
03070	0 50000 1 16734	4425		CLA	SUCC,1	F5G41630
03140	0 50000 1 16734	4466		CLA	SUCC,1	F5G42040
03154	0 50000 1 16734	4478		CLA	SUCC,1	F5G42160
03203	0 50000 1 16734	4501		CLA	SUCC,1	F5G42390
03220	0 50000 1 16734	4514		CLA	SUCC,1	F5G42520
03237	0 50000 1 16734	4529		CLA	SUCC,1	F5G42670
03270	0 50000 1 16734	4554		CLA	SUCC,1	F5G42920
03316	0 50000 1 16734	4576		CLA	SUCC,1 IF NECESSARY	F5G43140

␣␣SXAS = 597

Definition
01125 3921 SXAS BSS 4*NSXD THE LIST 0F SXD INST. F5G36810
Reference
04054 −0 60000 0 01125 4936 STQ SXAS THE ASS0XIATED F5G46710

␣␣SXD0 = 309

Definition
00465 0 00000 0 00000 3865 SXD0 LXD CASE IN DECR., PRED NO. IN ADDR. F5G36250

References (11)

02214	−0 60000 4 00471	3984	SH1	STQ	SXD0+4,4 SXD	F5G37440
02216	0 62100 0 00465	3986		STA	SXD0 STORE THE PRED NO.	F5G37460
02237	0 62200 0 00465	4003		STD	SXD0	F5G37630
02325	0 60100 0 00465	4058	SI4	STO	SXD0 STORE LXD CASE AS ARG FOR SJ	F5G38180
02337	0 50000 0 00465	4069		CLA	SXD0	F5G38290
04117	−0 53400 4 00465	4971	Z44	LXD	SXD0,4	F5G47060
04165	0 50000 0 00465	5011		CLA	SXD0	F5G47460
04206	0 50000 0 00465	5028		CLA	SXD0 SYN	F5G47630
04233	−0 50000 0 00465	5049	Z504	CAL	SXD0 ZERO LIST CASE	F5G47840
04244	0 50000 0 00465	5058		CLA	SXD0 LXD	F5G47930
04252	0 50000 0 00465	5065	Z500	CLA	SXD0	F5G48000

␣␣SXD1 = 310

Definition
00466 0 00000 0 00000 3866 SXD1 3 TAU TAGS WHICH MUST BE STORED F5G36260

References (6)

02231	0 60100 4 00471	3997		STO	SXD1+3,4 EXIT CONDITIONS	F5G37570
04102	0 50000 0 00466	4958		CLA	SXD1	F5G46930
04107	0 50000 4 00471	4963	Z41	CLA	SXD1+3,4 RECORD SXD CASE	F5G46980
04155	0 50000 0 00466	5003		CLA	SXD1 IS THE	F5G47380
04172	0 40200 0 00466	5016		SUB	SXD1	F5G47510
04254	0 50000 0 00466	5067		CLA	SXD1	F5G48020

␣␣SXD2 = 311

Definition
00467 0 00000 0 00000 3867 SXD2 FROM IR1,2,3 F5G36270

References (4)

04103	0 40000 0 00467	4959	ADD	SXD2	F5G46940
04156	0 40000 0 00467	5004	ADD	SXD2 SXD CASE	F5G47390
04175	0 40200 0 00467	5019	SUB	SXD2	F5G47540
04256	0 50000 0 00467	5069	CLA	SXD2	F5G48040

␣␣SXD3 = 312

Definition
00470 0 00000 0 00000 3868 SXD3 RESPT. F5G36280

References (4)

04104	0 40000 0 00470	4960	ADD	SXD3	F5G46950
04157	0 40000 0 00470	5005	ADD	SXD3 ZERO	F5G47400
04200	0 40200 0 00470	5022	SUB	SXD3 STORED	F5G47570
04260	0 50000 0 00470	5071	CLA	SXD3	F5G48060

␣␣SXST = 577

Definition
01101 −0 00000 0 00000 3914 SXST MZE - OR + MEANS NO SEQUENTIAL TRANSFER OR S. T. F5G36740

References (29)

02255	0 50000 1 01101	4018		CLA	SXST,1 LOC. OF THIS PRED -	F5G37780
02265	0 50000 1 01102	4026	SI2	CLA	SXST+1,1	F5G37860
02310	0 50000 1 01101	4045		CLA	SXST,1	F5G38050
02332	0 50000 1 01101	4063		CLA	SXST,1	F5G38230
03040	0 60100 0 01101	4400		STO	SXST T RECORD THERE IS SEQUDNTIAL TRANSFER	F5G41380
03043	0 60100 0 01101	4404		STO	SXST RECORD SEQUENTIAL TRANSFER	F5G41420
03263	0 60100 0 01101	4549		STO	SXST	F5G42870
03310	0 60100 0 01101	4570		STO	SXST	F5G43080
03554	0 50000 0 01101	4739		CLA	SXST NO	F5G44740
03557	0 60100 0 01101	4742		STO	SXST	F5G44770
04056	−0 60000 4 01125	4938	Z411	STQ	SXST+20,4	F5G46730
04060	0 50000 0 01101	4940		CLA	SXST	F5G46750
04110	0 60100 4 01105	4964		STO	SXST+4,4 IN POSITION ASSOCIATED	F5G46990
04146	0 50000 0 01101	4996		CLA	SXST YES	F5G47310
04162	0 50000 1 01101	5008	Z503	CLA	SXST,1 IS SUBSXD0	F5G47430
04171	0 50000 1 01102	5015		CLA	SXST+1,1 THIS SXD CASE	F5G47500
04174	0 50000 1 01103	5018		CLA	SXST+2,1 SAME AS	F5G47530
04177	0 50000 1 01104	5021		CLA	SXST+3,1 THE ONE ALREADY	F5G47560
04202	0 50000 1 01101	5024		CLA	SXST,1 YES, STORE INDICATION	F5G47590
04216	0 50000 1 01101	5036	Z54	CLA	SXST,1	F5G47710
04230	0 60100 1 01105	5046		STO	SXST+4,1 STORE END MARK FOR SYN CAEDS	F5G47810
04253	0 60100 1 01101	5066		STO	SXST,1	F5G48010
04255	0 60100 1 01102	5068		STO	SXST+1,1	F5G48030
04257	0 60100 1 01103	5070		STO	SXST+2,1	F5G48050
04261	0 60100 1 01104	5072		STO	SXST+3,1	F5G48070
04264	0 50000 1 01101	5076	Z61	CLA	SXST,1	F5G48110
04311	0 50000 1 01101	5098		CLA	SXST,1 SXDLIST	F5G48330
04340	0 50000 1 01101	5121		CLA	SXST,1	F5G48560
04411	0 60100 0 01101	5163		STO	SXST	F5G48980

␣␣TAPE = 3

Definition
00003 170 TAPE EQU 3 OUTPUT TAPE IS 3 F5G01740

References (5)

01161	0 76200 0 00223	913	S47	RTB	TAPE NO, SPACE FWD 1 REC.	F5G09140
01166	0 76400 0 00203	918	S42	BST	TAPE ADJUST TAPE POSITION	F5G09190
01200	0 76200 0 00223	928	S49	RTB	TAPE	F5G09290
01233	0 76400 0 00203	955	S402	BST	TAPE PREPARE TO READ AGAIN	F5G09560
01242	0 76200 0 00223	962		RTB	TAPE	F5G09630

␣␣TEST = 517

Definition
01005 −0 12000 0 01010 795 TEST TMI S25 THIS MIGHT BE A TPL S25. F5G07960
Reference
01003 0 63000 0 01005 793 STP TEST AND TAGS LEFT IN BB AFTER TIX, OR F5G07940

␣␣TMSK = 363

Definition
00553 0 00000 7 00000 3724 TMSK HTR 0,−1 F5G34840

References (3)

00445	−0 32000 0 00553	3654	ANA	TMSK	F5G34140
00476	−0 32000 0 00553	3679	ANA	TMSK COMBINED LXD CASE	F5G34390
00544	−0 32000 0 00553	3717	ANA	TMSK LOCATION SYMBOL	F5G34770

␣␣TPCT = 105

Definition

		288			NOTE ON THIS 150 STOP. THIS DRUM CHECKSUM STOP MAY BE CAUSED	F5G02890
		289			BY MACHINE ERROR.	F5G02900
		290			IF IX 2 CONTAINS TABLE IS AND CHECK	F5G02910
		291			77744 STAG 40	F5G02920
		292			77732 SUCC 51 ALL	F5G02930
		293			77721 PRED 63 OCTAL	F5G02940
		294			77707 BBB 75	F5G02950
		295			TO SEE IF THE CHECKED LOCATION CONTENTS ARE LESS	F5G02960
		296			THAN THE CONTENTS 0F 306 OCTAL. IF SO, SOURCE PROGRAM, RATH-	F5G02970
		297			ER THAN MACHINE ERROR IS LIKELY. THE ERROR C0ULD BE	F5G02980
		298			A. TRANSFER TO A NON-EXECUTABLE INSTRUCTION.	F5G02990
		299			B. UNREACHABLE EXECUTABLE INSTRUCTION IN PROGRAM.	F5G03000
		300			C. LAST STATEMENT OF A DO IS A TRANSFER.	F5G03010
		301			D. INCORRECT NUMBER OF ENTRIES IN A FREQUENCY STATEMENT.	F5G03020
00151	0 00000 0 00000	302	TPCT	HTR	−	F5G03030

References (6)

00144	−0 53400 4 00151	283	SE43	LXD	TPCT,4 REPEAT 5 TIMES	F5G02840
00146	−0 63400 4 00151	285	SE44	SXD	TPCT,4	F5G02860
00152	−0 63400 0 00151	303	SE40	SXD	TPCT,0 RESET TAPECOUNT	F5G03040
01231	−0 63400 0 00151	953		SXD	TPCT,0 RESETS REPEAT COUNT	F5G09540
01234	−0 53400 2 00151	956		LXD	TPCT,2 FIVE TIMES	F5G09570
01236	−0 63400 2 00151	958	S402A	SXD	TPCT,2	F5G09590

␣␣TR3S = 1491

Definition
02723 0 50000 2 01075 4320 TR3S CLA INST−4,2 IS THIS LAST INST IN BB F5G40580
Reference
02701 0 10000 0 02723 4302 TZE TR3S ENSING OTHER THAN CERTAINTY F5G40400

␣␣X100 = 1707

Definition
03253 −0 60000 1 00430 2040 X100 STQ IR1+3,1 ERASE THIS I.R. F5G20410
Reference
03251 −0 10000 0 03253 2038 TNZ X100 ENTR. REQU. BEEN DETERMINED F5G20390

␣␣X101 = 1957

Definition
03645 0 50000 0 00565 2290 X101 CLA XV1 STORE THE F5G22910

␣␣X102 = 1837

Definition
03455 0 10000 0 03457 2170 X102 TZE X59 IRN ACTIVE F5G21710

␣␣X103 = 1622

Definition
03126 0 34000 0 00403 1955 X103 CAS XK21 IS IT A DED F5G19560
Reference
03124 0 02000 0 03126 1953 TRA X103 NO F5G19540

␣␣X104 = 1716

Definition
03264 0 34000 0 00403 2049 X104 CAS XK21 IS IT A DED F5G20500
Reference
03262 0 02000 0 03264 2047 TRA X104 NO F5G20480

␣␣X105 = 1965

Definition
03655 0 50000 0 00612 2298 X105 CLA XV22 RECORD THAT PREVI0USLY F5G22990
Reference
03631 0 10000 0 03655 2278 TZE X105 HAS THIS REGION ALREADY BEEN RENUMBERED F5G22790

␣␣X107 = 1872

Definition
03520 0 77100 0 00022 2205 X107 ARS 18 F5G22060

References (2)

	03516	0 02000 0 03520	2203		TRA	X107	F5G22040
	03606	0 02000 0 03520	2259		TRA	X107	F5G22600

␣␣X108 = 1890

Definition
03542 0 50000 0 00512 2223 X108 CLA SBV2 ARRANGE TO TRY F5G22240

References (2)

	03540	0 02000 0 03542	2221		TRA	X108	F5G22220
	03553	0 02000 0 03542	2232		TRA	X108	F5G22330

␣␣X109 = 1883

Definition
03533 0 60200 0 00512 2216 X109 SLW SBV2 F5G22170

References (2)

	03545	0 02000 0 03533	2226		TRA	X109	F5G22270
	03547	0 02000 0 03533	2228		TRA	X109	F5G22290

␣␣X110 = 1896

Definition
03550 0 50000 1 15674 2229 X110 CLA PRED,1 SET SIGN F5G22300
Reference
03541 0 02000 0 03550 2222 TRA X110 YES F5G22230

␣␣X111 = 1917

Definition
03575 0 50000 0 00512 2250 X111 CLA SBV2 ARRANGE TO TRY NEXT SUCC. F5G22510

References (2)

	03573	0 02000 0 03575	2248		TRA	X111	F5G22490
	03612	0 02000 0 03575	2263		TRA	X111	F5G22640

␣␣X112 = 1910

Definition
03566 0 60200 0 00512 2243 X112 SLW SBV2 F5G22440

References (2)

	03600	0 02000 0 03566	2253		TRA	X112	F5G22540
	03602	0 02000 0 03566	2255		TRA	X112	F5G22560

␣␣X113 = 1927

Definition
03607 0 50000 1 16734 2260 X113 CLA SUCC,1 SET SIGN F5G22610
Reference
03574 0 02000 0 03607 2249 TRA X113 F5G22500

␣␣X114 = 1923

Definition
03603 0 50000 0 00550 2256 X114 CLA LPIND IS THIS F5G22570
Reference
03517 0 02000 0 03603 2204 TRA X114 YES. F5G22050

␣␣X115 = 1856

Definition
03500 2 00001 1 03473 2189 X115 TIX X116,1,1 COUNT TO 3 F5G21900
Reference
03475 0 02000 0 03500 2186 TRA X115 F5G21870

␣␣X116 = 1851

Definition
03473 0 50000 0 00336 2184 X116 CLA S5K1 F5G21850
Reference
03500 2 00001 1 03473 2189 X115 TIX X116,1,1 COUNT TO 3 F5G21900

␣␣X117 = 1679

Definition
03217 0 62100 0 00513 2012 X117 STA SBV3 NO. F5G20130
Reference
03215 0 02000 0 03217 2010 TRA X117 F5G20110

␣␣X118 = 1781

Definition
03365 0 50000 0 00444 2114 X118 CLA S3V5 OPAQUE REGION F5G21150
Reference
03362 0 02000 0 03365 2111 TRA X118 F5G21120

␣␣X119 = 1836

Definition
03454 0 50000 1 00561 2169 X119 CLA AC1+3,1 NO,IS F5G21700

References (2)

	03452	0 02000 0 03454	2167		TRA	X119	F5G21680
	04042	0 02000 0 03454	2415		TRA	X119	F5G24160

␣␣X120 = 1863

Definition
03507 0 34000 0 00324 2196 X120 CAS S3K2 IS IT A BB F5G21970
Reference
03505 0 02000 0 03507 2194 TRA X120 F5G21950

␣␣X121 = 1867

Definition
03513 0 62100 0 00513 2200 X121 STA SBV3 STORE EXIT BB NO. F5G22010
Reference
03511 0 02000 0 03513 2198 TRA X121 F5G21990

␣␣X122 = 1937

Definition
03621 −0 73400 4 00000 2270 X122 PDX 0,4 F5G22710
Reference
03617 0 02000 0 03621 2268 TRA X122 F5G22690

␣␣X123 = 2048

Definition
04000 0 62100 0 00513 2381 X123 STA SBV3 AND STORE IT F5G23020
Reference
03776 0 02000 0 04000 2379 TRA X123 F5G23800

␣␣X124 = 2212

Definition
04244 0 62100 0 00513 2547 X124 STA SBV3 F5G25480
Reference
04242 0 02000 0 04244 2545 TRA X124 F5G25460

␣␣X125 = 2303

Definition
04377 0 62100 0 00513 2638 X125 STA SBV3 STORE PRED. NO. F5G26390
Reference
04375 0 02000 0 04377 2636 TRA X125 F5G26370

␣␣X126 = 1753

Definition
03331 −0 32000 0 00326 2086 X126 ANA S3K4 IS THERE F5G20870
Reference
03327 0 04000 0 03331 2084 TLQ X126 A BB F5G20850

␣␣X127 = 1765

Definition
03345 2 00001 1 03342 2098 X127 TIX X128,1,1 COUNT TO 3 F5G20990
Reference
03343 0 10000 0 03345 2096 TZE X127 ACTIVE F5G20970

␣␣X128 = 1762

Definition
03342 0 50000 1 00561 2095 X128 CLA AC1+3,1 IS THIS IR F5G20960
Reference
03345 2 00001 1 03342 2098 X127 TIX X128,1,1 COUNT TO 3 F5G20990

␣␣X129 = 1766

Definition
03346 0 50000 0 00607 2099 X129 CLA XV19 GET F5G21000

References (2)

	03333	0 04000 0 03346	2088		TLQ	X129	F5G20890
	03340	−0 10000 0 03346	2093		TNZ	X129 GO TO N	F5G20940

␣␣X130 = 2141

Definition
04135 0 50000 1 00561 2474 X130 CLA AC1+3,1 YES,IS THIS IR ACTIVE F5G24750
Reference
04130 0 04000 0 04135 2469 TLQ X130 REAL F5G24700

␣␣X131 = 2287

Definition
04357 0 56000 2 00506 2622 X131 LDQ EX1+3,2 IS THE EXIT F5G26230
Reference
04235 0 02000 0 04357 2540 TRA X131 YES F5G25410

␣␣X132 = 2293

Definition
04365 0 50000 2 00511 2628 X132 CLA ACT1+3,2 IS THIS IR ACTIVE F5G26290
Reference
04361 0 04000 0 04365 2624 TLQ X132 F5G26250

␣␣X133 = 2290

Definition
04362 −0 53400 1 00514 2625 X133 LXD SBV4,1 NO F5G26260
Reference
04367 0 02000 0 04362 2630 TRA X133 YES F5G26310

␣␣X134 = 2203

Definition
04233 0 34000 4 00430 2538 X134 CAS IR1+3,4 DOES CONTENTS OF IR EQUAL CONTENTS OF EN F5G25390
Reference
04231 0 02000 0 04233 2536 TRA X134 F5G25370

␣␣X135 = 2251

Definition
04313 −0 53400 2 00602 2586 X135 LXD XV14,2 REPLACE IR F5G25870

References (3)

04311	0 10000 0 04313	2584	TZE	X135 ACTIVE	F5G25850
04364	0 02000 0 04313	2627	TRA	X135	F5G26280
04366	0 12000 0 04313	2629	TPL	X135 AT EXIT OF REGION	F5G26300

␣␣X136 = 2255

Definition
04317 0 50000 2 00511 2590 X136 CLA ACT1+3,2 IS IR F5G25910

␣␣X137 = 2340

Definition
04444 1 00000 0 04464 2675 X137 TXI X96,0,− F5G26760

References (2)

	04422	−0 63400 1 04444	2657	X97	SXD	X137,1	F5G26580
	04443	−0 53400 1 04444	2674		LXD	X137,1	F5G26750

␣␣X140 = 1974

Definition
03666 1 77777 2 03667 2307 X140 TXI X140+1,2,−1 F5G23080
Reference
03666 1 77777 2 03667 2307 X140 TXI X140+1,2,−1 F5G23080

␣␣X200 = 2134

Definition
04126 0 50000 4 00506 2467 X200 CLA EX1+3,4 IS CONTENTS OF IR F5G24680
Reference
04134 0 12000 0 04126 2473 TPL X200 IS IT ACTIVE AT EXIT F5G24740

␣␣X201 = 2174

Definition
04176 0 50000 0 00573 2509 X201 CLA XV7 STORE THE F5G25100
Reference
04157 0 04000 0 04176 2494 TLQ X201 F5G24950

␣␣X205 = 1940

Definition
03624 0 07400 4 00067 2273 X205 TSX SE1,4 F5G22740
Reference
03622 3 77776 4 03624 2271 TXH X205,4,−2 IS THE DECR. AN IMPOSSIBLE BB F5G22720

␣␣X206 = 1846

Definition
03466 0 50000 1 12540 2179 X206 CLA BBB+5,1 F5G21800
Reference
03464 0 02000 0 03466 2177 TRA X206 F5G21780

␣␣X207 = 1849

Definition
03471 0 62200 0 00566 2182 X207 STD XV2 F5G21830
Reference
03465 0 02000 0 03471 2178 TRA X207 F5G21790

␣␣X208 = 2034

Definition
03762 −0 53400 4 00440 2367 X208 LXD S3V4,4 YES, MARK ALL F5G23680
Reference
03754 −0 10000 0 03762 2361 TNZ X208 IS THIS SAME REG. AS BEGINS STRING F5G23620

␣␣X209 = 1801

Definition
03411 −0 50000 1 12534 2134 X209 CAL BBB+1,1 GET THE F5G21350
Reference
03440 0 02000 0 03411 2157 TRA X209 BB. F5G21580

␣␣X210 = 1806

Definition
03416 −0 50000 0 00575 2139 X210 CAL XV9 GET THE F5G21400
Reference
03427 2 00001 2 03416 2148 TIX X210,2,1 F5G21490

␣␣X211 = 1823

Definition
03437 0 07400 4 00067 2156 X211 TSX SE1,4 ARRANGE TO DO NEXT F5G21570
Reference
03435 0 02000 0 03437 2154 TRA X211 NO. F5G21550

␣␣X212 = 1825

Definition
03441 0 53400 1 00342 2158 X212 LXA S5K5,1 SET COUNT TO 3 F5G21590
Reference
03436 0 02000 0 03441 2155 TRA X212 YES, DONE F5G21560

␣␣X213 = 1796

Definition
03404 0 50000 0 00444 2129 X213 CLA S3V5 F5G21300
Reference
03375 1 00000 0 03404 2122 TXI X213,0,− F5G21230

␣␣X215 = 1986

Definition
03702 0 77100 0 00022 2319 X215 ARS 18 NO F5G23200
Reference
03716 1 00000 0 03702 2331 TXI X215,−,− F5G23320

␣␣X216 = 1980

Definition
03674 0 62100 1 12540 2313 X216 STA BBB+5,1 RECORD THE NEXT BB NO. F5G23140
Reference
03703 1 00000 0 03674 2320 X218 TXI X216,0,− F5G23210

␣␣X217 = 1984

Definition
03700 0 56000 0 00324 2317 X217 LDQ S3K2 F5G23180
Reference
03672 1 00000 0 03700 2311 X219 TXI X217,0,− SEE X217+2 F5G23120

␣␣X218 = 1987

Definition
03703 1 00000 0 03674 2320 X218 TXI X216,0,− F5G23210

References (2)

	03711	0 62200 0 03703	2326		STD	X218	F5G23270
	03714	0 50000 0 03703	2329		CLA	X218	F5G23300

␣␣X219 = 1978

Definition
03672 1 00000 0 03700 2311 X219 TXI X217,0,− SEE X217+2 F5G23120

References (2)

	03704	−0 63400 2 03672	2321	X220	SXD	X219,2	F5G23220
	03715	−0 53400 2 03672	2330		LXD	X219,2	F5G23310

␣␣X220 = 1988

Definition
03704 −0 63400 2 03672 2321 X220 SXD X219,2 F5G23220
Reference
03701 0 04000 0 03704 2318 TLQ X220 F5G23190

␣␣X221 = 1790

Definition
03376 0 07400 4 00067 2123 X221 TSX SE1,4 REGION F5G21240
Reference
03374 0 04000 0 03376 2121 TLQ X221 F5G21220

␣␣X222 = 1900

Definition
03554 0 50000 0 00513 2233 X222 CLA SBV3 GET INDEX F5G22340
Reference
03546 0 02000 0 03554 2227 TRA X222 F5G22280

␣␣X223 = 2275

Definition
04343 0 50000 4 00430 2610 X223 CLA IR1+3,4 IS CONTENTS OF IR REAL F5G26110
Reference
04227 0 02000 0 04343 2534 TRA X223 F5G25350

␣␣X224 = 2282

Definition
04352 2 00001 1 04347 2617 X224 TIX X225,1,1 COUNT TO 3 F5G26180
Reference
04350 0 02000 0 04352 2615 TRA X224 F5G26160

␣␣X225 = 2279

Definition
04347 0 34000 1 00506 2614 X225 CAS EX1+3,1 IS CONTENTS SAME AS EXIT CONDITIONS F5G26150
Reference
04352 2 00001 1 04347 2617 X224 TIX X225,1,1 COUNT TO 3 F5G26180

␣␣X226 = 2284

Definition
04354 0 50000 0 00333 2619 X226 CLA LK1 REPLACE IR BY E F5G26200
Reference
04351 0 02000 0 04354 2616 TRA X226 YES F5G26170

␣␣XK10 = 243

Definition
00363 457 XK10 SYN XK3 MASK TO EXTRACT 1ST IN BB FIT. F5G04580
Reference
03145 −0 32000 0 00363 1970 ANA XK10 IN A BB F5G19710

␣␣XK11 = 250

Definition
00372 +000001000000 458 XK11 OCT 1000000 CONST. TO GENERAGE LX BIT. F5G04590

References (3)

03152	−0 50000 0 00372	1975	CAL	XK11 GENERATE	F5G19760
04547	−0 32000 0 00372	2744	ANA	XK11 OF	F5G27450
04550	0 34000 0 00372	2745	CAS	XK11 THIS INSTR.	F5G27460

␣␣XK12 = 251

Definition
00373 0 00005 0 00000 459 XK12 HTR 0,0,5 4 CONSTS. USED TO TEST FOR ACTIVE F5G04600

References (2)

	02030	0 34000 0 00373	1370	SF1	CAS	XK12 NO,IS IT AN ACTIVE INSTR	F5G13710
	04537	0 34000 0 00373	2736	A21	CAS	XK12 IS IT AN ACTIVE INSTR.	F5G27370

␣␣XK13 = 252

Definition
00374 0 00004 0 00000 460 XK13 HTR 0,0,4 TNX F5G04610

␣␣XK14 = 253

Definition
00375 0 00007 0 00000 461 XK14 HTR 0,0,7 TIX F5G04620

␣␣XK15 = 254

Definition
00376 0 00002 0 00000 462 XK15 HTR 0,0,2 LXP F5G04630

References (6)

02743	0 34000 0 00376	1838		CAS	XK15 AN LXP INSTR.	F5G18390
03001	0 34000 0 00376	1868		CAS	XK15	F5G18690
03123	0 34000 0 00376	1952		CAS	XK15 LX PRIME	F5G19530
03261	0 34000 0 00376	2046		CAS	XK15 AN LXP	F5G20470
04531	0 34000 0 00376	2730	A1	CAS	XK15 IS IT AN LX PRIME	F5G27310
04740	0 50000 0 00376	2865	QP	CLA	XK15	F5G28580

␣␣XK16 = 255

Definition
00377 0 00000 4 00000 463 XK16 HTR 0,4 CONST. TO GENERATE LX BIT. F5G04640

References (4)

03236	−0 50000 0 00377	2027		CAL	XK16 BIT INTO	F5G20280
04032	−0 50000 0 00377	2407	X73	CAL	XK16 RECORD THAT AN	F5G24080
04304	−0 50000 0 00377	2579	X53	CAL	XK16 GENERATE	F5G25800
04440	−0 50000 0 00377	2671		CAL	XK16 RECORD	F5G26720

␣␣XK17 = 256

Definition
00400 1 00000 0 00000 464 XK17 PON CONST. TO SEPARATE TYPES F5G04650
Reference
03361 0 34000 0 00400 2110 CAS XK17 WHAT TYPE ENTRY IS THIS F5G21110

␣␣XK18 = 246

Definition
00366 465 XK18 SYN XK4 E IN LEFT HALF WORD. F5G04660
Reference
04202 −0 50000 0 00366 2513 X86 CAL XK18 PUT AN E F5G25140

␣␣XK19 = 257

Definition
00401 −377777000000 466 XK19 OCT −377777000000 MASK LEFT HALF WORD. F5G04670
Reference
04207 −0 32000 0 00401 2518 ANA XK19 IN F5G25190

␣␣XK20 = 258

Definition
00402 −377700777777 467 XK20 OCT −377700777777 CONST. TO DELETE PERM. NOS. F5G04680

References (2)

	03413	−0 32000 0 00402	2136		ANA	XK20 STORE WORD TO	F5G21370
	04060	−0 32000 0 00402	2429		ANA	XK20 GET ORIGINAL PERM. NOS.	F5G24300

␣␣XK21 = 259

Definition
00403 0 00003 0 00000 468 XK21 HTR 0,0,3 CONST. TO TEST FOR DED INST. F5G04690

References (6)

01000	0 34000 0 00403	790		CAS	XK21 IF SO, MAKE P=1, MAKING TEST=TMI S25	F5G07910
02746	0 34000 0 00403	1841	L18	CAS	XK21 NO,IS IT A DED INSTR.	F5G18420
03004	0 34000 0 00403	1871	1L19	CAS	XK21 IS IT AN DED	F5G18720
03126	0 34000 0 00403	1955	X103	CAS	XK21 IS IT A DED	F5G19560
03264	0 34000 0 00403	2049	X104	CAS	XK21 IS IT A DED	F5G20500
04534	0 34000 0 00403	2733	A20	CAS	XK21 IS IT A DED	F5G27340

␣␣XK22 = 260

Definition
00404 −377777077777 469 XK22 OCT −377777077777 CONST. TO DELETE PHIS. F5G04700

References (3)

03634	−0 50000 0 00404	2281	CAL	XK22 AND THE OLD PHI	F5G22820
03657	0 50000 0 00404	2300	CLA	XK22 WAS LAST	F5G23010
04331	−0 32000 0 00404	2600	ANA	XK22	F5G26010

␣␣XK23 = 261

Definition
00405 0 00000 1 00000 470 XK23 HTR 0,1 F5G04710

References (3)

02063	−0 32000 0 00405	1400	ANA	XK23	F5G14010
03476	−0 50000 1 00410	2187	CAL	XK23+3,1 YES, INITIALIZE IR	F5G21880
04337	−0 50000 4 00410	2606	CAL	XK23+3,4	F5G26070

␣␣XV10 = 382

Definition
00576 0 00000 0 00000 653 XV10 INDEX OF I.R. IN BB CONSIDERED. F5G06540

References (4)

04074	−0 63400 1 00576	2441		SXD	XV10,1	F5G24420
04111	−0 53400 1 00576	2454	X36	LXD	XV10,1 NO	F5G24550
04141	−0 53400 1 00576	2478		LXD	XV10,1 DOES THIS BB CONTAIN THE	F5G24790
04177	−0 53400 1 00576	2510		LXD	XV10,1 NEW ENTRANCE-	F5G25110

␣␣XV11 = 383

Definition
00577 0 00000 0 00000 654 XV11 F5G06550

References (9)

03740	−0 63400 1 00577	2349		SXD	XV11,1 THE	F5G23500
03746	−0 53400 1 00577	2355		LXD	XV11,1 HAS THERE	F5G23560
03757	−0 53400 1 00577	2364		LXD	XV11,1	F5G23650
03764	−0 53400 2 00577	2369		LXD	XV11,2 REGION ACTIVE	F5G23700
03766	−0 53400 1 00577	2371		LXD	XV11,1	F5G23720
03771	−0 63400 1 00577	2374	X67	SXD	XV11,1	F5G23750
04025	0 34000 0 00577	2402		CAS	XV11 IS THIS THE RIGHT I.R.	F5G24030
04035	−0 53400 4 00577	2410		LXD	XV11,4 RECORD	F5G24110
04041	−0 53400 1 00577	2414		LXD	XV11,1	F5G24150

␣␣XV12 = 384

Definition
00600 0 00000 0 00000 655 XV12 F5G06560

References (6)

03502	−0 63400 2 00600	2191		SXD	XV12,2	F5G21920
03613	−0 53400 2 00600	2264	X74	LXD	XV12,2	F5G22650
03665	−0 53400 2 00600	2306	X76	LXD	XV12,2	F5G23070
03667	−0 63400 2 00600	2308		SXD	XV12,2	F5G23090
03741	−0 63400 2 00600	2350		SXD	XV12,2 REGION	F5G23510
03747	−0 53400 2 00600	2356		LXD	XV12,2	F5G23570

␣␣XV13 = 385

Definition
00601 0 00000 0 00000 656 XV13 INDEX OF PARTICULAR BB X40 ON F5G06570

References (3)

04055	−0 63400 1 00601	2426	X40	SXD	XV13,1 GET INDEX OF FIRST BB.	F5G24270
04160	−0 53400 1 00601	2495		LXD	XV13,1	F5G24960
05651	−0 53400 4 00601	3148		LXD	XV13,4	F5G29030

␣␣XV14 = 386

Definition
00602 0 00000 0 00000 657 XV14 TEMP. STORE FOR 2 INDEXES F5G06580

References (8)

04220	−0 63400 2 00602	2527	X56	SXD	XV14,2	F5G25280
04253	−0 53400 2 00602	2554		LXD	XV14,2	F5G25550
04313	−0 53400 2 00602	2586	X135	LXD	XV14,2 REPLACE IR	F5G25870
04325	−0 53400 2 00602	2596	X54	LXD	XV14,2 COUNT TO	F5G25970
04432	−0 63400 4 00602	2665		SXD	XV14,4 GET	F5G26660
04436	−0 53400 4 00602	2669		LXD	XV14,4	F5G26700
04466	−0 63400 2 00602	2693		SXD	XV14,2 YES,	F5G26940
04471	−0 53400 2 00602	2696		LXD	XV14,2	F5G26970

␣␣XV15 = 387

Definition
00603 0 00000 0 00000 658 XV15 WHILE USING SUBROUTINE. F5G06590

References (4)

04433	−0 63400 2 00603	2666	SXD	XV15,2 INDEX	F5G26670
04437	−0 53400 2 00603	2670	LXD	XV15,2	F5G26710
04467	−0 63400 4 00603	2694	SXD	XV15,4	F5G26950
04472	−0 53400 4 00603	2697	LXD	XV15,4	F5G26980

␣␣XV16 = 388

Definition
00604 0 00000 0 00000 659 XV16 TEMP. STORE FOR PRED.=,X91-2+X90,X92 X97 ON F5G06600

References (3)

04404	0 60200 0 00604	2643	X91	SLW	XV16 STORE PRED. NO.	F5G26440
04413	0 50000 0 00604	2650	X90	CLA	XV16	F5G26510
04434	0 50000 0 00604	2667		CLA	XV16 OF	F5G26680

␣␣XV17 = 389

Definition
00605 0 00000 0 00000 660 XV17 TEMP. STORE FOR OLD REGION WD.,X74 F5G06610

References (3)

03630	0 60200 0 00605	2277	SLW	XV17	F5G22780
03635	−0 50100 0 00605	2282	ORA	XV17 BITS	F5G22830
03641	0 50000 0 00605	2286	CLA	XV17 GET INDEX OF	F5G22870

␣␣XV18 = 390

Definition
00606 0 00000 0 00000 661 XV18 IN ADDR.,X111,NO. OF SUCC. WE SEARCH FOR. F5G06620

References (3)

03521	0 62100 0 00606	2206	STA	XV18 STORE ENTRY BB NO.	F5G22070
03527	0 50000 0 00606	2212	CLA	XV18	F5G22130
03572	0 34000 0 00606	2247	CAS	XV18 IS THIS RIGHT SUCC.	F5G22480

␣␣XV19 = 391

Definition
00607 0 00000 0 00000 662 XV19 TEMP STORE FOR PREVIOUS LPLST QUANTITY F5G06630

References (5)

03325	0 60100 0 00607	2082		STO	XV19	F5G20830
03346	0 50000 0 00607	2099	X129	CLA	XV19 GET	F5G21000
04646	0 60100 0 00607	2807		STO	XV19	F5G27990
04704	0 60100 0 00607	2837		STO	XV19	F5G28290
04706	−0 50000 0 00607	2839	A31	CAL	XV19	F5G28310

␣␣XV20 = 392

Definition
00610 0 00000 0 00000 663 XV20 TEMP STORE IN DECR. ONLY F5G06640

References (3)

04730	−0 63400 1 00610	2857	A33	SXD	XV20,1 YES	F5G28490
04731	−0 53400 2 00610	2858		LXD	XV20,2	F5G28500
04734	−0 53400 1 00610	2861		LXD	XV20,1	F5G28530

␣␣XV21 = 393

Definition
00611 0 00000 0 00000 664 XV21 TEMP STORE FOR TAG NEAR X43 F5G06650

References (5)

04140	0 60100 0 00611	2477	STO	XV21	F5G24780
04144	0 34000 0 00611	2481	CAS	XV21	F5G24820
05646	0 40200 0 00611	3145	SUB	XV21	F5G29000
05654	0 40200 0 00611	3151	SUB	XV21	F5G29060
05660	0 40200 0 00611	3155	SUB	XV21	F5G29100

␣␣XV22 = 394

Definition
00612 0 00000 0 00000 665 XV22 NUMBER OF LAST BB FOR WHICH REGION NO. WAS ADDED F5G06660

References (4)

03643	0 62100 0 00612	2288	X75	STA	XV22 STOREBB NO.	F5G22890
03655	0 50000 0 00612	2298	X105	CLA	XV22 RECORD THAT PREVI0USLY	F5G22990
03663	0 62100 0 00612	2304		STA	XV22	F5G23050
03712	0 50000 0 00612	2327		CLA	XV22	F5G23280

␣␣XV23 = 395

Definition
00613 0 00000 0 00000 666 XV23 DECR ONLY , TEMP STORE FOR REGION INDEX F5G06670

References (3)

03371	0 62200 0 00613	2118		STD	XV23 THE	F5G21190
03401	0 40200 0 00613	2126		SUB	XV23 OF THE	F5G21270
03406	−0 53400 1 00613	2131	X63	LXD	XV23,1 GET	F5G21320

␣␣XV24 = 396

Definition
00614 0 00000 0 00000 667 XV24 0 OR NOT0 IF IS OR ISNT SAME AS 1ST REGION F5G06680

References (3)

03370	0 60100 0 00614	2117		STO	XV24	F5G21180
03402	0 60100 0 00614	2127		STO	XV24 STORE IND. OF SAMENESS OF 1ST REGION	F5G21280
03753	0 50000 0 00614	2360	X66	CLA	XV24	F5G23610

␣␣Z1K3 = 270

Definition
00416 −000000000000 3824 Z1K3 OCT −0 F5G35840

References (2)

		00416	3825	MZE	SYN	Z1K3	F5G35850
	03617	−0 50000 0 00416	4775		CAL	Z1K3 STORE BIT AS INDICATOR	F5G45100

␣␣Z1V2 = 437

Definition
00665 0 00000 0 00000 3895 Z1V2 NO. OF 1ST PRED. IN NEXT BB F5G36550

References (3)

03600	0 62100 0 00665	4760		STA	Z1V2 NEXT BB	F5G44950
03607	0 34000 0 00665	4767	Z15	CAS	Z1V2 IS THIS PRED IN SAME BB	F5G45020
04144	0 40200 0 00665	4994		SUB	Z1V2 IS THIS PRED IN SAME BB	F5G47290

␣␣Z1V3 = 438

Definition
00666 0 00000 0 00000 3896 Z1V3 NO. OF PRED BEING CONSIDERED F5G36560

References (11)

03604	0 62100 0 00666	4764		STA	Z1V3 1ST PRED IN	F5G44990
03606	0 50000 0 00666	4766		CLA	Z1V3	F5G45010
03622	0 50000 0 00666	4778		CLA	Z1V3	F5G45130
03624	0 62100 0 00666	4780		STA	Z1V3 PRED	F5G45150
04067	0 60100 0 00666	4947	Z49	STO	Z1V3	F5G46820
04075	−0 50000 0 00666	4953		CAL	Z1V3 NO, TRY NEXT ONE	F5G46880
04100	0 50000 0 00666	4956	Z410	CLA	Z1V3 GET THE PRED NO	F5G46910
04143	0 60100 0 00666	4993	Z53	STO	Z1V3	F5G47280
04151	0 40200 0 00666	4999		SUB	Z1V3 HAS PRED ALREDY BEEN CONSIDERED	F5G47340
04153	0 50000 0 00666	5001	Z51	CLA	Z1V3 NO	F5G47360
04213	0 50000 0 00666	5033	Z55	CLA	Z1V3 PREPARE TO DEAL WITH NEXT PRED	F5G47680

␣␣Z1V5 = 439

Definition
00667 0 00000 0 00000 3897 Z1V5 THE CASES F5G36570

References (3)

03576	−0 60000 0 00667	4758		STQ	Z1V5 INDICATOR WORD	F5G44930
03621	−0 60200 0 00667	4777		ORS	Z1V5 LXD CASE	F5G45120
03642	0 56000 0 00667	4796	Z25	LDQ	Z1V5 DID	F5G45310

␣␣Z1V8 = 440

Definition
00670 0 00000 0 00000 3898 Z1V8 THE LOC. OF 1ST PRED IN BB, USED IN Z4 F5G36580

References (3)

03605	0 62100 0 00670	4765	STA	Z1V8 THIS BB	F5G45000
04066	0 50000 0 00670	4946	CLA	Z1V8 INITIALIZE 1ST PRED NO THIS BB	F5G46810
04142	0 50000 0 00670	4992	CLA	Z1V8 RESET 1 ST PRED IN BB	F5G47270

␣␣Z2K1 = 271

Definition
00417 0 77776 0 00000 3826 Z2K1 0,0,−2 F5G35860

References (3)

02444	0 50000 2 00422	4142		CLA	Z2K1+3,2 COMPUTE THE	F5G39020
03631	0 50000 1 00422	4787		CLA	Z2K1+3,1 BOTT0M POSITIONS	F5G45220
04275	0 50000 2 00422	5086	Z72	CLA	Z2K1+3,2	F5G48210

␣␣Z2K2 = 274

Definition
00422 0 00007 0 00003 3829 Z2K2 HTR 3,0,7 NO. OF LISTS, NO. OF CASES F5G35890

References (3)

03627	0 53400 1 00422	4785	LXA	Z2K2,1	F5G45200
03641	−0 53400 1 00422	4795	LXD	Z2K2,1 SET TO BEGINNING OF CASE LIST	F5G45300
03651	0 53400 2 00422	4803	LXA	Z2K2,2 INITIALIZE TO 1ST LIST	F5G45380

␣␣Z2K3 = 282

Definition
00432 +000032212110 3837 Z2K3 OCT 32212110 CONST. TO DETERMINE NO. 1 S IN 3 BITS F5G35970
Reference
03666 0 50000 0 00432 4816 CLA Z2K3 DIFFERENCE F5G45510

␣␣Z2K4 = 283

Definition
00433 +000030000000 3838 Z2K4 DEC 3B14 F5G35980
Reference
03664 0 20000 0 00433 4814 MPY Z2K4 IN THE F5G45490

␣␣Z2K5 = 284

Definition
00434 0 00000 0 00007 3839 Z2K5 HTR 7 F5G35990

References (6)

02403	−0 32000 0 00434	4107	SL	ANA	Z2K5 FORM	F5G38670
03647	0 50000 0 00434	4801		CLA	Z2K5 YES, SET NO OF ONES IN	F5G45360
03670	−0 32000 0 00434	4818		ANA	Z2K5	F5G45530
03712	0 50000 0 00434	4837	Z3	CLA	Z2K5 IS THE	F5G45720
04033	0 50000 0 00434	4918		CLA	Z2K5	F5G46530
04044	0 50000 0 00434	4927		CLA	Z2K5	F5G46620

␣␣Z2V1 = 441

Definition
00671 0 00000 0 00000 3899 Z2V1 IN DECREMENTS, THE INDEXES F5G36590

References (9)

02347	0 50000 2 00674	4077		CLA	Z2V1+3,2 NO	F5G38370
03633	0 60100 1 00674	4789		STO	Z2V1+3,1 INDICATORS TO SAY COMPILED	F5G45240
03653	0 50000 2 00674	4805		CLA	Z2V1+3,2	F5G45400
03700	0 50000 2 00674	4826		CLA	Z2V1+3,2 STIRE	F5G45610
03706	0 60100 2 00674	4832		STO	Z2V1+3,2 POSITION IN THAT LIST	F5G45670
04003	−0 63400 0 00671	4894	Z307	SXD	Z2V1,0 CREATE THE LIST	F5G46290
04125	0 50000 2 00674	4977	Z45	CLA	Z2V1+3,2 GET INDEX	F5G47120
04242	−0 50000 2 00674	5056	Z507	CAL	Z2V1+3,2 IS	F5G47910
04344	0 50000 2 00674	5125	Z74	CLA	Z2V1+3,2 COMPILE THE LXD LIST	F5G48600

␣␣Z2V2 = 444

Definition
00674 0 00000 0 00000 3902 Z2V2 IN ADDR., NO. OF 1S IN DIFFERENCE F5G36620

References (3)

03650	0 60100 0 00674	4802	STO	Z2V2 DIFFERENCE TO HIGH NUMBER	F5G45370
03671	0 34000 0 00674	4819	CAS	Z2V2 IS THE NUMBER 0F ONES IN THE	F5G45540
03674	0 60100 0 00674	4822	STO	Z2V2 , YES, STORE NEW MIN	F5G45570

␣␣Z2V3 = 445

Definition
00675 0 00000 0 00000 3903 Z2V3 IN DECR., INDEX OF LIST GIVING MIN. DIFFERENC F5G36630

References (2)

	03675	−0 63400 2 00675	4823		SXD	Z2V3,2 STORE INDEX OF LIST OF GIVING NEW MIN	F5G45580
	03677	−0 53400 2 00675	4825		LXD	Z2V3,2 UES, GET INDEX OF L1ST WIIH MIN DIFF	F5G45600

␣␣Z300 = 2016

Definition
03740 0 50000 0 00704 4859 Z300 CLA LIST2+2 DO BOTTOM ENTRIES F5G45940
Reference
03770 0 10000 0 03740 4883 TZE Z300 INTERSECTION F5G46180

␣␣Z301 = 2022

Definition
03746 0 34000 0 00710 4865 Z301 CAS LIST3+2 IS INTERSECTION EQUAL TO BOTTOM OF LIST 3 F5G46000
Reference
03744 0 02000 0 03746 4863 TRA Z301 F5G45980

␣␣Z302 = 2025

Definition
03751 0 60100 0 00711 4868 Z302 STO LIST3+3 STORE INTER 2 AND 3 IN SUB 3 POS. F5G46030
Reference
03747 0 02000 0 03751 4866 TRA Z302 F5G46010

␣␣Z303 = 2029

Definition
03755 −0 76000 0 00003 4872 Z303 SSM ENTER -(INTER 2 AND 3 ) F5G46070
Reference
03745 0 02000 0 03755 4864 TRA Z303 YES F5G45990

␣␣Z304 = 2059

Definition
04013 −0 76000 0 00003 4902 Z304 SSM ENTER - INTER 2 AND 3 F5G46370
Reference
03750 0 02000 0 04013 4867 TRA Z304 YES F5G46020

␣␣Z305 = 2060

Definition
04014 0 60100 0 00705 4903 Z305 STO LIST2+3 INSUB2 POS. F5G46300

␣␣Z306 = 2061

Definition
04015 −0 53400 2 00324 4904 Z306 LXD LD3,2 SET COUNT TO 3 F5G46390

References (9)

03731	0 02000 0 04015	4852	TRA	Z306	F5G45870
03734	0 02000 0 04015	4855	TRA	Z306	F5G45900
03737	0 02000 0 04015	4858	TRA	Z306	F5G45930
03742	0 10000 0 04015	4861	TZE	Z306 NONZERO INTERSECTION	F5G45960
03754	0 02000 0 04015	4871	TRA	Z306	F5G46060
03757	0 02000 0 04015	4874	TRA	Z306	F5G46090
03762	0 02000 0 04015	4877	TRA	Z306	F5G46120
03765	0 02000 0 04015	4880	TRA	Z306	F5G46150
04002	0 02000 0 04015	4893	TRA	Z306	F5G46280

␣␣Z307 = 2051

Definition
04003 −0 63400 0 00671 4894 Z307 SXD Z2V1,0 CREATE THE LIST F5G46290
Reference
03714 0 10000 0 04003 4839 TZE Z307 LIST1 A CASE 7 F5G45740

␣␣Z308 = 2073

Definition
04031 1 77774 1 04032 4916 Z308 TXI Z308+1,1,−4 PREPARE FOR NEXT LIST F5G46510

References (4)

04020	0 10000 0 04031	4907		TZE	Z308 IS THE BOTTOM ENTRY ZERO	F5G46420
04023	0 10000 0 04031	4910		TZE	Z308	F5G46450
04026	−0 10000 0 04031	4913		TNZ	Z308 ENTRY ZERO	F5G46480
04031	1 77774 1 04032	4916	Z308	TXI	Z308+1,1,−4 PREPARE FOR NEXT LIST	F5G46510

␣␣Z309 = 2063

Definition
04017 0 50000 1 00700 4906 Z309 CLA LIST1+2,1 F5G46410
Reference
04032 2 00001 2 04017 4917 TIX Z309,2,1 COUNT TO 3 F5G46520

␣␣Z410 = 2112

Definition
04100 0 50000 0 00666 4956 Z410 CLA Z1V3 GET THE PRED NO F5G46910
Reference
04074 0 10000 0 04100 4952 TZE Z410 F5G46870

␣␣Z411 = 2094

Definition
04056 −0 60000 4 01125 4938 Z411 STQ SXST+20,4 F5G46730
Reference
04057 2 00001 4 04056 4939 TIX Z411,4,1 F5G46740

␣␣Z4K1 = 285

Definition
00435 0 00000 0 77777 3840 Z4K1 −1 F5G36000

␣␣Z4K2 = 286

Definition
00436 0 00000 0 00000 3841 Z4K2 0 F5G36010

␣␣Z4V1 = 461

Definition
00715 0 00000 0 00000 3908 Z4V1 TEMP. STORE , LXD CASE IN ADDR. F5G36680

References (4)

04123	0 60100 0 00715	4975	STO	Z4V1	F5G47100
04130	0 40200 0 00715	4980	SUB	Z4V1 CASE THE SAME AS	F5G47150
04133	0 50000 0 00715	4983	CLA	Z4V1 COMPILE A	F5G47180
04334	0 50000 2 00715	5117	CLA	Z4V1,2	F5G48520

␣␣Z500 = 2218

Definition
5064 SUBROUTINE FOR ENTERING SXD CASE IN SXD LIST F5G47990

04252 0 50000 0 00465 5065 Z500 CLA SXD0 F5G48000

References (3)

04226	0 07400 4 04252	5044	TSX	Z500,4 ENTER THE SXD CASE IN THE LIST	F5G47790
04236	0 07400 4 04252	5052	TSX	Z500,4 YES, ENTER SXD CASE IN	F5G47870
04250	0 07400 4 04252	5062	TSX	Z500,4 YES	F5G47970

␣␣Z502 = 2202

Definition
04232 1 77774 1 04162 5048 Z502 TXI Z503,1,−4 EXAMINE NEXT SXD CASE F5G47830

References (4)

04217	0 12000 0 04232	5037	TPL	Z502 IS THIS SXD POS. EMPTY	F5G47720
04221	−3 00000 1 04232	5039	TXL	Z502,1,0 IS THIS ST CASE	F5G47740
04235	−0 10000 0 04232	5051	TNZ	Z502	F5G47860
04247	−0 10000 0 04232	5061	TNZ	Z502	F5G47960

␣␣Z503 = 2162

Definition
04162 0 50000 1 01101 5008 Z503 CLA SXST,1 IS SUBSXD0 F5G47430
Reference
04232 1 77774 1 04162 5048 Z502 TXI Z503,1,−4 EXAMINE NEXT SXD CASE F5G47830

␣␣Z504 = 2203

Definition
04233 −0 50000 0 00465 5049 Z504 CAL SXD0 ZERO LIST CASE F5G47840
Reference
04222 3 77773 1 04233 5040 TXH Z504,1,−4−1 NO, IS THIS 0 LIST CASE F5G47750

␣␣Z505 = 2208

Definition
04240 2 00001 2 04241 5054 Z505 TIX Z505+1,2,1 GENERATE INDEX OF LIST F5G47890

References (2)

	04225	3 77757 1 04240	5043		TXH	Z505,1,−16−1 3RD	F5G47780
	04240	2 00001 2 04241	5054	Z505	TIX	Z505+1,2,1 GENERATE INDEX OF LIST	F5G47890

␣␣Z506 = 2209

Definition
04241 2 00001 2 04242 5055 Z506 TIX Z506+1,2,1 F5G47900

References (2)

	04224	3 77763 1 04241	5042		TXH	Z506,1,−12−1 2ED	F5G47770
	04241	2 00001 2 04242	5055	Z506	TIX	Z506+1,2,1	F5G47900

␣␣Z507 = 2210

Definition
04242 −0 50000 2 00674 5056 Z507 CAL Z2V1+3,2 IS F5G47910
Reference
04223 3 77767 1 04242 5041 TXH Z507,1,−8−1 NO 1ST F5G47760

␣␣Z5V1 = 462

Definition
00716 0 00000 0 00000 3909 Z5V1 INDEX IN SYN TABLE F5G36690

References (4)

04141	0 60100 0 00716	4991	STO	Z5V1	F5G47260
04203	−0 53400 2 00716	5025	LXD	Z5V1,2	F5G47600
04212	−0 63400 2 00716	5032	SXD	Z5V1,2	F5G47670
04365	−0 53400 2 00716	5143	LXD	Z5V1,2 SET TO START OF SYN LIST	F5G48780

␣␣Z6V1 = 2233

Definition
04271 3 00000 0 00000 5081 Z6V1 TXH 0,0,SET (2) THIS RETURN CANT OCCURR F5G48160

References (2)

	04266	−0 63400 1 04271	5078		SXD	Z6V1,1 NO	F5G48130
	04272	−0 53400 1 04271	5082		LXD	Z6V1,1 (3) TRA ALREADY CONPILED	F5G48170

␣␣Z7K1 = 288

Definition
00440 0 77770 0 00000 3843 Z7K1 0,0,−8 F5G36030

References (2)

	04307	0 50000 2 00443	5096	Z76	CLA	Z7K1+3,2 YES	F5G48310
	04336	0 50000 2 00443	5119		CLA	Z7K1+3,2	F5G48540

␣␣Z7V1 = 463

Definition
00717 0 00000 0 00000 3910 Z7V1 INDEX OF LIST F5G36700

References (3)

04312	−0 63400 2 00717	5099		SXD	Z7V1,2	F5G48340
04317	−0 53400 2 00717	5104	Z71	LXD	Z7V1,2	F5G48390
04333	−0 53400 2 00717	5116	Z77	LXD	Z7V1,2	F5G46510

␣␣Z7V2 = 464

Definition
00720 0 00000 0 00000 3911 Z7V2 + OR - MEANS 1ST OR 2ED TIME THRU F5G36710

References (4)

04305	0 50000 0 00720	5094		CLA	Z7V2	F5G48290
04321	0 50200 0 00720	5106		CLS	Z7V2 IS THIS 1ST TIME THRU	F5G48410
04322	0 60100 0 00720	5107		STO	Z7V2	F5G48420
04350	0 50000 0 00720	5129	Z75	CLA	Z7V2 IS THIS 1ST TIME THRU	F5G48640

␣␣ZERO = 204

Definition
00314 +000000000000 405 ZERO OCT 0 F5G04060

References (49)

00120	0 50000 0 00314	263	SE35	CLA	ZERO	F5G02640
00175	0 50000 0 00314	324		CLA	ZERO FORM	F5G03250
00272	0 50000 0 00314	387		CLA	ZERO CLEAR SUM CHECK.	F5G03880
01010	0 56000 0 00314	798	S25	LDQ	ZERO RECORD IRN FOUND OR ELIM	F5G07990
01654	0 50000 0 00314	1248	SB6	CLA	ZERO SET IR	F5G12490
01726	0 50000 0 00314	1302		CLA	ZERO RECORD I.R. NOT	F5G13030
02076	0 56000 0 00314	1413		LDQ	ZERO SET HIGHEST	F5G14140
02137	0 56000 0 00314	1448		LDQ	ZERO SET HIGHEST FREQH	F5G14490
02177	0 50000 0 00314	1480	F	CLA	ZERO SET INDICATOR TO SAY	F5G14810
02327	0 50000 0 00314	1568		CLA	ZERO SET INITIAL MAX	F5G15690
02426	0 56000 0 00314	1631	F89	LDQ	ZERO NO, SET INITIAL	F5G16320
02657	0 56000 0 00314	1785	F83	LDQ	ZERO STORE INITIAL	F5G17860
02664	0 56000 0 00314	1790		LDQ	ZERO	F5G17910
02760	−0 53400 2 00314	1851		LXD	ZERO,2	F5G18520
03066	0 50000 0 00314	1923	X21	CLA	ZERO SET ACTIVE INDICATORS	F5G19240
03072	0 50000 0 00314	1927	X32	CLA	ZERO SET LX INDICATORS	F5G19280
03254	0 50000 0 00314	2041		CLA	ZERO RECORD THAT THIS	F5G20420
03637	0 50000 0 00314	2284		CLA	ZERO CLEAR OLD	F5G22850
04167	0 50000 0 00314	2502	X82	CLA	ZERO NO,	F5G25030
04503	0 50000 0 00314	2708	A3	CLA	ZERO ARE	F5G27090
04632	0 50000 0 00314	2795		CLA	ZERO	F5G27941
05656	0 50000 0 00314	3153		CLA	ZERO	F5G29080
15677	0 50000 0 00314	3185		CLA	ZERO	F5G29410
00341	0 50000 0 00314	3398		CLA	ZERO	F5G31570
00450	0 50000 0 00314	3469		CLA	ZERO	F5G32280
00333	0 53400 1 00314	3580		LXA	ZERO,1	F5G33400
00362	0 50000 0 00314	3603		CLA	ZERO CLEAR THE COMBINED SXDD CASE	F5G33630
00403	0 50000 0 00314	3620		CLA	ZERO	F5G33800
00521	0 53400 1 00314	3698		LXA	ZERO,1	F5G34580
00533	0 53400 2 00314	3708		LXA	ZERO,2	F5G34680
02213	0 56000 0 00314	3983		LDQ	ZERO THE	F5G37430
02273	0 50000 0 00314	4032		CLA	ZERO AND RESET TO 0	F5G37920
02343	−0 53400 4 00314	4073		LXD	ZERO,4 NO, SET COUNT TO 3, N TO 1	F5G38330
02414	0 50000 0 00314	4116	SL2	CLA	ZERO PUT 0 LOCATION	F5G38760
02422	0 50000 0 00314	4122		CLA	ZERO	F5G38820
02435	0 50000 0 00314	4134		CLA	ZERO STORE IN SYNBOLIS ADDR WORD	F5G38940
02570	0 50000 0 00314	4228		CLA	ZERO YES	F5G39880
02654	0 50000 0 00314	4280		CLA	ZERO YES, COMPILE AN SXD, ZERO LOCATION	F5G40180
03012	0 56000 0 00314	4378		LDQ	ZERO REPLACE LOCATION BY 0 AND	F5G41160
03405	0 50000 0 00314	4633		CLA	ZERO	F5G43710
03407	0 50000 0 00314	4635		CLA	ZERO	F5G43730
03450	0 50000 0 00314	4668	CI7D	CLA	ZERO CLMPILE THE LXD WITH GARBAGE	F5G44030
03575	0 56000 0 00314	4757	Z1	LDQ	ZERO INITIALIZE THE EXISTENCE	F5G44920
03626	0 56000 0 00314	4784	Z2	LDQ	ZERO	F5G45190
03652	0 56000 0 00314	4804	Z23	LDQ	ZERO IS P004	F5G45390
04016	0 53400 1 00314	4905		LXA	ZERO,1 SET TO INSPECT 1ST LIST	F5G46400
04112	0 53400 1 00314	4966		LXA	ZERO,1 COMPILE THE SXD	F5G47010
04161	0 53400 1 00314	5007		LXA	ZERO,1 NO, PREPARE T SCAN SXD LIST	F5G47420
04404	0 50000 0 00314	5158		CLA	ZERO	F5G48930

␣13TNX = 1587

Definition
03063 −2 00144 2 03065 4420 13TNX TNX GOV1,2,ZINST IS BLOCK OF INST ALL USED F5G41580
Reference
03113 3 00000 4 03063 4444 TXH 13TNX,4,0 IS THIS LAST TRA OF VECTOR F5G41820

␣16CLA = 1708

Definition
03254 0 50000 2 01077 4542 16CLA CLA INST−2,2 DOES THIS EXIT GO TO NEXT BB F5G42800
Reference
03252 0 10000 0 03254 4540 TZE 16CLA F5G42780

␣2AMSK = 363

Definition
00553 0 00000 0 77777 3536 2AMSK −1 F5G32950

References (2)

	00356	−0 32000 0 00553	3411		ANA	2AMSK	F5G31700
	00401	−0 32000 0 00553	3430		ANA	2AMSK	F5G31890

␣2FNDS = 1367

Definition
02527 −0 50000 2 01076 4195 2FNDS CAL INST−3,2 IS THIS INST. TAGGED F5G39550
Reference
02525 −2 00144 2 02527 4193 FNDAS TNX 2FNDS,2,ZINST IS BLOCK OF INST. ALL USED F5G39530

␣ACIND = 337

Definition
00521 0 00000 0 00000 571 ACIND + OR - MEANS 2ED OR ACTIVE PASS F5G05720

References (3)

01672	0 50000 0 00521	1274	CLA	ACIND YES	F5G12750
03076	0 60100 0 00521	1931	STO	ACIND SET IND. TO SAY THIS IS 2ED LXING PASS	F5G19320
04501	−0 60000 0 00521	2706	STQ	ACIND SET IND. TO SAY THIS IS ACTIVE PASS	F5G27070

␣ACTPE = 2

Definition
00002 173 ACTPE EQU 2 ASSIGN CONSTANTS ON TAPE 2 F5G01770

References (7)

00320	0 76200 0 00222	3569	START	RTB	ACTPE LOCATE THE END OF FILE BEFORE ASSIGN CONSTANT	F5G33290
00325	0 76400 0 00202	3574	ERR	BST	ACTPE BACKSPACE TAPE TO TRY AGAIN	F5G33340
00331	0 76200 0 00222	3578	AAC2	RTB	ACTPE	F5G33360
00342	0 76200 0 00222	3587		RTB	ACTPE	F5G33470
00343	0 76200 0 00222	3588		RTB	ACTPE	F5G33480
00344	0 76200 0 00222	3589		RTB	ACTPE	F5G33490
00520	0 76600 0 00222	3697	AC16	WTB	ACTPE WRITE ASSIGN CONSTANTS BACK ON TAPE	F5G34570

␣ACV10 = 377

Definition
00571 0 00000 0 00000 3738 ACV10 THE COMBINED LXD CASE F5G34980

References (5)

00404	0 60100 0 00571	3621		STO	ACV10 PRESET COMBINED LXO CASE TO 0	F5G33810
00440	−0 60200 0 00571	3649		ORS	ACV10	F5G34090
00444	−0 50000 0 00571	3653	AC8	CAL	ACV10 IS THE COMBINED LXD CASE ZERO	F5G34130
00475	0 50000 0 00571	3678		CLA	ACV10 REPLACE LXD CASE BY THE	F5G34380
00543	−0 50000 0 00571	3716	AC24	CAL	ACV10 REPLACE ASSIGN CONST. BY NEW	F5G34760

␣ACV11 = 378

Definition
00572 0 00000 0 00000 3739 ACV11 TEMP. STORE FOR PRED TABLE INDEX AT AC5 F5G34990

References (4)

00430	−0 63400 1 00572	3641	SXD	ACV11,1 A GO TO N	F5G34010
00436	−0 53400 2 00572	3647	LXD	ACV11,2 YES, OR THE LXD XCASE INTO THE	F5G34070
00465	−0 63400 1 00572	3670	SXD	ACV11,1 IS THE PREDECESSOR OF THIS ONE	F5G34300
00474	−0 53400 2 00572	3677	LXD	ACV11,2 IT IS A GO TO N	F5G34370

␣ACV12 = 379

Definition
00573 0 00000 0 00000 3740 ACV12 EXTRA WORD FROM ASSIGN CONSTANT RECORD F5G35000

References (3)

00321	0 70000 0 00573	3570	CPY	ACV12	F5G33300
00332	0 70000 0 00573	3579	CPY	ACV12 COPY THE EXTRA WORD	F5G33390
00523	0 70000 0 00573	3700	CPY	ACV12	F5G34600

␣ACV13 = 380

Definition
00574 0 00000 0 00000 3741 ACV13 TEMP. STORE FOR LOCATION OF 1ST INST. IN BB F5G35010

␣ADDMK = 223

Definition
00337 0 00000 0 77777 3767 ADDMK −1 F5G35280

References (20)

02127	−0 32000 0 00337	3928		ANA	ADDMK STORE THE SUCC. NO.	F5G36880
02135	−0 32000 0 00337	3934		ANA	ADDMK	F5G36940
02142	−0 32000 0 00337	3939		ANA	ADDMK IS THIS THE CORRECT	F5G36990
02252	−0 32000 0 00337	4015		ANA	ADDMK	F5G37750
02256	−0 32000 0 00337	4019		ANA	ADDMK LOC. OF 1ST PRED IN BB	F5G37790
02600	−0 32000 0 00337	4236		ANA	ADDMK	F5G39960
02620	−0 32000 0 00337	4252		ANA	ADDMK	F5G40046
02632	−0 32000 0 00337	4262		ANA	ADDMK IF SO,	F5G40056
02665	−0 32000 0 00337	4289		ANA	ADDMK	F5G40270
03345	−0 32000 0 00337	4601		ANA	ADDMK	F5G43390
03421	−0 32000 0 00337	4645		ANA	ADDMK	F5G43840
03441	−0 32000 0 00337	4661		ANA	ADDMK	F5G43960
03464	−0 32000 0 00337	4680		ANA	ADDMK	F5G44150
03556	0 50000 0 00337	4741		CLA	ADDMK	F5G44760
04072	−0 32000 0 00337	4950		ANA	ADDMK IS THIS THE SEQUENTIAL	F5G46850
04150	−0 32000 0 00337	4998		ANA	ADDMK YES, EXTRACT ADDRESS	F5G47330
04204	−0 32000 0 00337	5026		ANA	ADDMK SYN,2 CARD	F5G47610
04360	−0 32000 0 00337	5138		ANA	ADDMK	F5G48730
04400	−0 32000 0 00337	5154		ANA	ADDMK	F5G48890
04421	0 53400 3 00337	5173	EFRTB	LXA	ADDMK,3 READ IN NEXT RECORD	F5G49080

␣ASCON = 423

Definition
00647 3742 ASCON BES PTL3 SPACE FOR PATCHES F5G35020

References (5)

00334	0 70000 1 00647	3581	AAC1	CPY	ASCON,1	F5G33410
00525	0 70000 1 00647	3702	AC17	CPY	ASCON,1	F5G34620
00535	0 34000 2 00647	3710	AC23	CAS	ASCON,2 IS THIS ASSIGN CONST. EQUAL TO THE	F5G34700
00550	0 60200 2 00647	3721		SLW	ASCON,2	F5G34810
00001	0 00000 0 00647	5222		HTR	ASCON	F5G49390

␣BBOX1 = 296

Definition
00450 0 00000 0 00000 3852 BBOX1 ANOTHER OF SAME F5G36120

References (20)

03056	−0 63400 2 00450	4415		SXD	BBOX1,2	F5G41530
03062	−0 53400 2 00450	4419		LXD	BBOX1,2	F5G41570
03065	−0 63400 2 00450	4422	GOV1	SXD	BBOX1,2	F5G41600
03072	−0 53400 2 00450	4427		LXD	BBOX1,2	F5G41650
03127	−0 63400 2 00450	4457		SXD	BBOX1,2	F5G41950
03142	−0 53400 2 00450	4468		LXD	BBOX1,2	F5G42060
03151	−0 63400 2 00450	4475		SXD	BBOX1,2 NO	F5G42130
03156	−0 53400 2 00450	4480		LXD	BBOX1,2	F5G42180
03173	−0 63400 2 00450	4493	CNDTR	SXD	BBOX1,2 STORE BBNO. AS ARGUMENT	F5G42310
03205	−0 53400 2 00450	4503		LXD	BBOX1,2	F5G42410
03214	−0 63400 2 00450	4510		SXD	BBOX1,2	F5G42480
03222	−0 53400 2 00450	4516		LXD	BBOX1,2	F5G42540
03226	−0 63400 2 00450	4520	IF3CS	SXD	BBOX1,2 THIS IS A TZE INST I. E. AN IF	F5G42580
03241	−0 53400 2 00450	4531		LXD	BBOX1,2	F5G42690
03265	−0 63400 2 00450	4551	IF2	SXD	BBOX1,2 COMPILE THE TPL	F5G42890
03272	−0 53400 2 00450	4556		LXD	BBOX1,2 REPLACE	F5G42940
03312	−0 63400 2 00450	4572	IF4	SXD	BBOX1,2 CONPILE THE TRA	F5G43100
03320	−0 53400 2 00450	4578		LXD	BBOX1,2 SYMBOLIC	FSG43160
03544	−0 63400 2 00450	4731	BEGBB	SXD	BBOX1,2 STORE INDEX OF POSITION ON ONST TABOE	F5G44660
04407	−0 53400 2 00450	5161	Z83	LXD	BBOX1,2 GET INDEX OF COMPILED INDT	F5G48960

␣BEGBB = 1892

Definition
4730 INITIALIZE FOR START OF BB F5G44650

03544 −0 63400 2 00450 4731 BEGBB SXD BBOX1,2 STORE INDEX OF POSITION ON ONST TABOE F5G44660

References (10)

02771	1 00004 2 03544	4360	TXI	BEGBB,2,4 BEGINNING OF BB, INDEX TO NEXT INSTR	F5G40980
03036	1 00004 2 03544	4398	TXI	BEGBB,2,4	F5G41360
03045	1 00004 2 03544	4406	TXI	BEGBB,2,4	F5G41440
03114	0 02000 0 03544	4445	TRA	BEGBB YES	F5G41830
03161	1 00004 2 03544	4483	TXI	BEGBB,2,4	F5G42210
03225	1 00004 2 03544	4519	TXI	BEGBB,2,4	F5G42570
03264	1 00010 2 03544	4550	TXI	BEGBB,2,8	F5G42880
03311	1 00004 2 03544	4571	TXI	BEGBB,2,4	F5G43090
03323	1 00004 2 03544	4581	TXI	BEGBB,2,4	F5G43190
03335	1 00004 2 03544	4591	TXI	BEGBB,2,4	F5G43290

␣BITMK = 367

Definition
00557 0 00004 4 00000 3540 BITMK 0,4,4 F5G32990
Reference
00424 −0 32000 0 00557 3449 ANA BITMK AND SXD F5G32080

␣BLIST = 429

Definition
00655 0 00000 0 00000 3560 BLIST F5G33190

References (4)

00321	0 70000 0 00655	3382	BL13	CPY	BLIST	F5G31410
00330	0 70000 1 00655	3389	BL1	CPY	BLIST,1 COPY BB LIST INTO CS	F5G31480
00363	0 50000 2 00655	3416		CLA	BLIST,2 REPLACE LAST WORD OF BBB ENTRY	F5G31750
00001	0 00000 0 00655	5219		HTR	BLIST	F5G49387

␣BLV01 = 381

Definition
00575 0 00000 0 00000 3552 BLV01 CURRENT PRED. NO. F5G33110

References (2)

	00402	0 60100 0 00575	3431	BL9	STO	BLV01	F5G31900
	00432	0 50000 0 00575	3455		CLA	BLV01 ARRANGE TO CONSIDER	F5G32140

␣BLV03 = 382

Definition
00576 0 00000 0 00000 3553 BLV03 NO. OF STAG WORD, INITIALLY ZERO F5G33120

References (3)

00452	0 50000 0 00576	3471	CLA	BLV03 GET	F5G32300
00461	0 50000 0 00576	3478	CLA	BLV03 INCREASE THE	F5G32370
00463	0 60100 0 00576	3480	STO	BLV03	F5G32390

␣BLV04 = 383

Definition
00577 0 00000 0 00000 3554 BLV04 COUNTER TO 9, INITIALLY ZERO F5G33130

References (2)

	00442	−0 53400 2 00577	3463		LXD	BLV04,2 YES	F5G32220
	00466	−0 63400 2 00577	3483	BL02	SXD	BLV04,2 STORE COUNTER	F5G32420

␣BLV05 = 384

Definition
00600 0 00000 0 00000 3555 BLV05 C0UNT OF NO. OF TAGS IN BB F5G33140

References (4)

00377	−0 63400 2 00600	3428		SXD	BLV05,2 STORE COUNT OF NO. OF TAGS	F5G31870
00440	−0 53400 1 00600	3461	BL01	LXD	BLV05,1	F5G32200
00444	−0 63400 1 00600	3465		SXD	BLV05,1 YES, STORE COUNT OF NO. OF TAGS	F5G32240
00465	−0 53400 1 00600	3482		LXD	BLV05,1 RESTORE 1	F5G32410

␣BLV06 = 385

Definition
00601 0 00000 0 00000 3556 BLV06 STAG WORD F5G33150

References (3)

00456	0 60200 0 00601	3475	SLW	BLV06 STORE STAG WORD	F5G32340
00467	−0 50000 0 00601	3484	CAL	BLV06	F5G32430
00471	0 60200 0 00601	3486	SLW	BLV06	F5G32450

␣BLV07 = 386

Definition
00602 0 00000 0 00000 3557 BLV07 NEW, PERMUTED , STAG WORD F5G33160

References (6)

00344	0 60100 0 00602	3401	STO	BLV07	F5G31600
00446	0 50000 0 00602	3467	CLA	BLV07 OLD PERMUTED	F5G32260
00451	0 60100 0 00602	3470	STO	BLV07	F5G32290
00460	0 60200 0 00602	3477	SLW	BLV07 INITIALIZE NEW STAG WORD	F5G32360
00502	−0 60200 0 00602	3495	ORS	BLV07 FORM NEW TAG WORD	F5G32540
00544	0 50000 0 00602	3529	CLA	BLV07 STORE	F5G32880

␣BLV08 = 387

Definition
00603 0 00000 0 00000 3558 BLV08 INDEX OF OLD STAG WORD F5G33170

References (3)

00445	−0 53400 2 00603	3466	LXD	BLV08,2 STORE	F5G32250
00454	−0 63400 1 00603	3473	SXD	BLV08,1 STAG	F5G32320
00545	−0 53400 2 00603	3530	LXD	BLV08,2 OLD	F5G32890

␣BLV09 = 207

Definition
00317 0 00000 0 77777 3380 BLV09 HTR −1 BB NO. OF LAST GO TO N F5G31390

References (3)

00511	0 50000 0 00317	3502	CLA	BLV09 YES, STORE BB NO.	F5G32610
00515	0 60100 0 00317	3506	STO	BLV09 BB NO.	F5G32650
00000	0 00320 0 00317	5218	HTR	BLV09,0,BL12 CONTROL CARD, PART 2.	F5G49386

␣CI7C1 = 1818

Definition
03432 −0 50000 2 01074 4654 CI7C1 CAL INST−5,2 IS FOLLOWING INSTR AN SXD. F5G43885
Reference
03427 0 02000 0 03432 4651 TRA CI7C1 NO SUCH. F5G43882

␣CKLOC = 1472

Definition
4300 NOW THE END OF BB IS CHECKED FOR F5G40380

02700 0 50000 2 01101 4301 CKLOC CLA INST,2 IF NO LOCATION SYMBOL , THIS CANT BE F5G40390

References (2)

	02675	0 02000 0 02700	4297		TRA	CKLOC GO TO CHECK FOR ENDINGS	F5G40350
	03461	0 02000 0 02700	4677		TRA	CKLOC	F5G44120

␣CMTAG = 3022

Definition
05716 3167 CMTAG BSS CMTL F5G29220

References (2)

	00332	0 00000 0 05716	422	S4K3	HTR	CMTAG	F5G04230
	00001	0 00000 0 05715	5204		HTR	CMTAG−1	F5G49372

␣CMTS1 = 1785

Definition
03371 0 07400 4 02367 4621 CMTS1 TSX SK,4 F5G43590

␣CMTSX = 1784

Definition
03370 0 50000 2 01075 4620 CMTSX CLA INST−4,2 COMPILE THE TSX INST F5G43580
Reference
03411 0 02000 0 03370 4637 TRA CMTSX F5G43750

␣CNDTR = 1659

Definition
03173 −0 63400 2 00450 4493 CNDTR SXD BBOX1,2 STORE BBNO. AS ARGUMENT F5G42310
Reference
03170 0 02000 0 03173 4490 TRA CNDTR NO, IS CONDITIONAL TRANSFER F5G42280

␣CPIND = 305

Definition
00461 −0 00000 0 00000 3861 CPIND MZE + OR - MEANS COMPILE/DONT COMPILE F5G36210

References (7)

02172	0 50000 0 00461	3965	SCMI	CLA	CPIND SHOULD INST. BE COMPILED	F5G37250
02207	0 60100 0 00461	3978		STO	CPIND RECORD INST SHOULD BE COMPILED	F5G37380
02617	0 60200 0 00461	4251		SLW	CPIND RECORD DONT COMPILE.	F5G40045
02655	0 60100 0 00461	4281		STO	CPIND RECORD THAT THIS INST. SHOULDNT BE CONPILED	F5G40190
02677	0 60100 0 00461	4299		STO	CPIND RECODD LATER COMPILING NECESSARY	F5G40370
03460	0 60100 0 00461	4676	CI7E	STO	CPIND SURPRESS LATER COMPILING INST SET +	F5G44110
03463	0 60200 0 00461	4679		SLW	CPIND RECORD INST. NOT TO BE COMPILED	F5G44140

␣D1BCK = 1866

Definition
03512 0 76600 0 00333 4704 D1BCK IOD TEST FOR TAPE ERROR F5G44390
Reference
03507 −2 00001 1 03512 4701 TNX D1BCK,1,1 END OF RECORD IS IT END OF LAST RECORD F5G44360

␣D1CLA = 1855

Definition
03477 0 50000 4 00735 4693 D1CLA CLA NDINS,4 OF BLOCK TO BEGINNING F5G44280
Reference
03501 2 00001 4 03477 4695 TIX D1CLA,4,1 IS BLOCK SHIFTED F5G44300

␣D1CPY = 1860

Definition
03504 0 70000 4 01065 4698 D1CPY CPY INST−12,4 COPY BLOCK OF INST F5G44330

References (2)

	03505	1 00001 4 03504	4699		TXI	D1CPY,4,1 SET FOR NEXT WORD	F5G44340
	03511	0 02000 0 03504	4703		TRA	D1CPY	F5G44380

␣D1RDS = 1858

Definition
03502 0 76200 0 00224 4696 D1RDS RTB INSTTP SELECT INST TAPE F5G44310
Reference
03537 0 02000 0 03502 4725 TRA D1RDS TAPE BACKSPACED TRY AGAIN F5G44600

␣D2BST = 1884

Definition
03534 0 76400 0 00204 4722 D2BST BST INSTTP BACKSPACE OVER RECORDS JUST READ F5G44570
Reference
03536 −2 00001 1 03534 4724 D2TIX TNX D2BST,1,RECNO F5G44590

␣D2END = 1870

Definition
03516 −0 75400 4 00000 4708 D2END PXD 0,4 REACHED END OF INSTR F5G44430
Reference
03506 0 02000 0 03516 4700 TRA D2END END OF FILE F5G44350

␣D2TIX = 1886

Definition
03536 −2 00001 1 03534 4724 D2TIX TNX D2BST,1,RECNO F5G44590
Reference
03535 1 00001 1 03536 4723 TXI D2TIX,1,1 F5G44580

␣DECMK = 221

Definition
00335 0 77777 0 00000 3765 DECMK 0,0,−1 F5G35260

References (10)

02340	−0 32000 0 00335	4070	ANA	DECMK	F5G38300
02410	−0 32000 0 00335	4112	ANA	DECMK	F5G38720
02457	−0 32000 0 00335	4153	ANA	DECMK THE	F5G39130
02707	−0 32000 0 00335	4308	ANA	DECMK LOOK AT OP CODE	F5G40460
02745	−0 32000 0 00335	4340	ANA	DECMK FOR TYPE OF ENDING	F5G40780
03122	−0 32000 0 00335	4451	ANA	DECMK NO, SEE IF ADDR IS 360	F5G41890
04163	−0 32000 0 00335	5009	ANA	DECMK	F5G47440
04166	−0 32000 0 00335	5012	ANA	DECMK	F5G47470
04234	−0 32000 0 00335	5050	ANA	DECMK IS THE LXD CASE 0	F5G47850
04371	−0 32000 0 00335	5147	ANA	DECMK COMPILE THE SYN CARD	F5G48820

␣DLSXD = 1793

Definition
03401 0 50000 2 01101 4629 DLSXD CLA INST,2 F5G43670
Reference
03351 0 12000 0 03401 4605 TPL DLSXD F5G43430

␣EFCPY = 2323

Definition
04423 0 70000 1 04516 5175 EFCPY CPY RELSR,1 F5G49100
Reference
04424 1 77777 1 04423 5176 TXI EFCPY,1,−1 F5G49110

␣EFERR = 2345

Definition
04451 0 76400 0 00204 5197 EFERR BST INSTTP F5G49320
Reference
04430 0 02000 0 04451 5180 TRA EFERR F5G49150

␣EFREW = 2334

Definition
04436 0 77200 0 00204 5186 EFREW REW INSTTP REWIND THE TAPE F5G49210
Reference
04425 0 02000 0 04436 5177 TRA EFREW END OF FILE , END OF INST. F5G49120

␣EFRTB = 2321

Definition
04421 0 53400 3 00337 5173 EFRTB LXA ADDMK,3 READ IN NEXT RECORD F5G49080

References (2)

	04432	−3 00000 2 04421	5182	EFTXL	TXL	EFRTB,2,SET COMPILE THE INSTRUCTIONS	F5G49170
	04452	2 00001 4 04421	5198		TIX	EFRTB,4,1	F5G49330

␣EFTXL = 2330

Definition
04432 −3 00000 2 04421 5182 EFTXL TXL EFRTB,2,SET COMPILE THE INSTRUCTIONS F5G49170

References (2)

	04431	−0 63400 1 04432	5181		SXD	EFTXL,1 STORE END TEST	F5G49160
	04435	1 77777 2 04432	5185		TXI	EFTXL,2,−1	F5G49200

␣EN2MK = 366

Definition
00556 3 77777 7 77777 3539 EN2MK PTH −1,−1,−1 PUT IN LOCATION OF DUMMEY BB F5G32980
Reference
00542 0 50000 0 00556 3527 CLA EN2MK F5G32860

␣ENDBB = 1507

Definition
02743 −0 53400 4 00325 4338 ENDBB LXD LD4,4 THIS INST ENDS A BASIC F5G40760
Reference
02704 0 10000 0 02743 4305 TZE ENDBB YES, LOOK FOR TYPE OF ENDING F5G40430

␣ENDMK = 222

Definition
00336 3 77777 7 77777 3766 ENDMK PTH −1,−1,−1 F5G35270
Reference
03523 0 50000 0 00336 4713 CLA ENDMK F5G44480

␣ERRBX = 294

Definition
00446 0 00000 0 00000 3850 ERRBX ERROR INDICATOR F5G36100

References (3)

03474	0 60100 0 00446	4690		STO	ERRBX	F5G44250
03530	0 50000 0 00446	4718	INERR	CLA	ERRBX ERROR IN READING IS THIS 1ST TRY	F5G44530
03533	0 60100 0 00446	4721		STO	ERRBX	F5G44560

␣FNDAS = 1365

Definition

		4191			THE METHODS OF BRINGNNG IN BLOCKS OF COMPILED INST. AND	F5G39510
		4192			CHECKING FOR ENDINGS IS THE SAME AS IN PASS 2 OF FLOW ANAL.	F5G39520
02525	−2 00144 2 02527	4193	FNDAS	TNX	2FNDS,2,ZINST IS BLOCK OF INST. ALL USED	F5G39530

References (6)

02722	1 00004 2 02525	4319		TXI	FNDAS,2,4 IF IT NEEDS TO BE	F5G40570
03400	1 00010 2 02525	4628	CI7B	TXI	FNDAS,2,8 LOOK AT NEXT INST LXF	F5G43660
03447	1 00010 2 02525	4667		TXI	FNDAS,2,8 NO--DELETE LX, SX.	F5G44020
03520	0 62200 0 02525	4710		STD	FNDAS INTO MAIN ROUTINE	F5G44450
03522	0 60100 0 02526	4712		STO	FNDAS+1 ROUTINE	F5G44470
04412	0 02000 0 02525	5164		TRA	FNDAS	F5G48990

␣FSTLT = 256

Definition
00400 −370000000000 3801 FSTLT OCT −370000000000 F5G35610
Reference
02714 −0 32000 0 00400 4313 6ANA ANA FSTLT F5G40510

␣FV101 = 356

Definition
00544 0 00000 0 00000 590 FV101 HIGHEST FREQ. IN BB (PRED. TABLE ENTRY) F5G05910

References (11)

02077	−0 60000 0 00544	1414		STQ	FV101 FREQ. TO 0.	F5G14150
02121	0 34000 0 00544	1432		CAS	FV101 IS THIS FREQ. GREATER	F5G14330
02125	0 60100 0 00544	1436	F92	STO	FV101 STORE NEW MAX.	F5G14370
02140	−0 60000 0 00544	1449		STQ	FV101 TO 0.	F5G14500
02162	0 34000 0 00544	1467		CAS	FV101 IS THIS FREQ. GREATER	F5G14680
02166	0 60100 0 00544	1471	F93	STO	FV101 STORE NEW MAX.	F5G14720
02205	0 50000 0 00544	1486		CLA	FV101 IS IT GREATER THAN	F5G14870
02336	0 50000 0 00544	1575		CLA	FV101 IS IT MORE FREQ. THAN	F5G15760
02435	0 50000 0 00544	1638		CLA	FV101 IS IT MORE FREQ. THAN	F5G16390
02544	0 50000 0 00544	1709		CLA	FV101 STORE THE	F5G17100
02637	0 50000 0 00544	1768		CLA	FV101 DOES B.B. HAVE	F5G17690

␣FV102 = 357

Definition
00545 0 00000 0 00000 591 FV102 BB NO. BEING CONSIDERED. (ADDR.) F5G05920

References (7)

02100	0 60100 0 00545	1415	STO	FV102 STORE BB NO+	F5G14160
02106	−0 50000 0 00545	1421	CAL	FV102 GET AND STORE	F5G14220
02141	0 60100 0 00545	1450	STO	FV102 STORE BB NO.	F5G14510
02147	−0 50000 0 00545	1456	CAL	FV102 GET AND STORE	F5G14570
02213	0 50000 0 00545	1492	CLA	FV102 AND BB NO.	F5G14930
02344	0 50000 0 00545	1581	CLA	FV102 AND BB NO.	F5G15820
02443	0 50000 0 00545	1644	CLA	FV102 AND BB NO.	F5G16450

␣FV103 = 358

Definition
00546 0 00000 0 00000 592 FV103 PRED. NO. (0TH WORD FROM BB) (ADDR.) F5G05930

References (5)

02127	0 60100 0 00546	1438	STO	FV103 PRED. NO.	F5G14390
02170	0 60100 0 00546	1473	STO	FV103 SUCC. NO.	F5G14740
02215	0 50000 0 00546	1494	CLA	FV103 AND PRED. NO.	F5G14950
02346	0 50000 0 00546	1583	CLA	FV103 PRED. NO.	F5G15840
02445	0 50000 0 00546	1646	CLA	FV103 SUCC. NO+	F5G16470

␣FV104 = 359

Definition
00547 0 00000 0 00000 593 FV104 WORD HAVING REGION. NO. F5G05940

References (7)

02103	0 60100 0 00547	1418		STO	FV104 NO. WORD.	F5G14190
02144	0 60100 0 00547	1453		STO	FV104	F5G14540
02217	0 50000 0 00547	1496		CLA	FV104 AND REGION NO. WORD.	F5G14970
02350	0 50000 0 00547	1585		CLA	FV104 REGION NO. WORD.	F5G15860
02352	0 50000 0 00547	1587	F20	CLA	FV104 ARRANGE TO CONSIDER THE	F5G15880
02447	0 50000 0 00547	1648		CLA	FV104 REGION NO. WORD	F5G16490
02451	0 50000 0 00547	1650	F36	CLA	FV104 ARRANGE TO CONSIDER THE	F5G16510

␣GOTON = 1530

Definition
02772 −0 63400 2 00447 4361 GOTON SXD BBOX,2 F5G40990
Reference
02754 −0 10000 0 02772 4347 TNZ GOTON IF TRANSFER IT IS A GO TO N F5G40850

␣GOTOV = 1574

Definition
03046 0 07400 4 02172 4407 GOTOV TSX SCMI,4 COMPILE INST IF NECESSARY F5G41450
Reference
02727 0 02000 0 03046 4325 TRA GOTOV TRA IS OP CODE F5G40630

␣HTRD2 = 1888

Definition
03540 0 07400 4 00004 4726 HTRD2 TSX 4,4 ERROR ON 5TH TRY DIAGNOSTIC F5G44610
Reference
03531 0 10000 0 03540 4719 TZE HTRD2 TO READ IN F5G44540

␣IDLXD = 267

Definition
00413 3822 IDLXD SYN SMK1 F5G35820
Reference
02164 0 40000 0 00413 3957 ADD IDLXD AS 1024* LXD CASE PLUS BB NO. PLUS F5G37170

␣IDSXD = 264

Definition
00410 3813 IDSXD SYN SIK2 F5G35730

References (2)

	02156	0 40000 0 00410	3951		ADD	IDSXD	F5G37110
	04363	0 40200 0 00410	5141		SUB	IDSXD	F5G48760

␣IDTAG = 269

Definition
00415 3823 IDTAG SYN SMK4 F5G35830
Reference
03024 −0 50100 0 00415 4388 ORA IDTAG F5G41260

␣IF2CS = 1657

Definition
03171 0 07400 4 02172 4491 IF2CS TSX SCMI,4 THIS IS DCT OR RTT F5G42290

References (2)

	02731	0 02000 0 03171	4327		TRA	IF2CS DCT	F5G40650
	02732	0 02000 0 03171	4328		TRA	IF2CS RTT	F5G40660

␣IF2PS = 1613

Definition
03115 0 50000 2 01076 4446 IF2PS CLA INST−3,2 THIS IS PSE LOOK AT ADDRESS TO F5G41840
Reference
02730 0 02000 0 03115 4326 TRA IF2PS PSE F5G40640

␣IF3CS = 1686

Definition
03226 −0 63400 2 00450 4520 IF3CS SXD BBOX1,2 THIS IS A TZE INST I. E. AN IF F5G42580
Reference
02734 0 02000 0 03226 4330 TRA IF3CS TZE F5G40680

␣IFHPR = 1707

Definition
03253 0 07400 4 00004 4541 IFHPR TSX 4,4 IF NOT, DIAGNOSTIC F5G42790
Reference
03303 −0 10000 0 03253 4565 TNZ IFHPR IF NOT , STOP F5G43030

␣INERR = 1880

Definition
03530 0 50000 0 00446 4718 INERR CLA ERRBX ERROR IN READING IS THIS 1ST TRY F5G44530
Reference
03514 0 02000 0 03530 4706 TRA INERR ERROR F5G44410

␣INTAG = 291

Definition
00443 0 00000 0 00000 507 INTAG TAG + INSTR. TYPE (ENTRY IN TAG LIST) F5G05080

References (3)

01124	0 60100 0 00443	884		STO	INTAG AND	F5G08850
01130	−0 32000 0 00443	888		ANA	INTAG	F5G08890
03144	−0 50000 0 00443	1969	X5	CAL	INTAG IS THIS 1ST INSTR.	F5G19700

␣LCLST = 100

Definition
00144 176 LCLST EQU 100 LENGTH OF OUTPUT BLOCK, COMPILED INSTR F5G01800

References (4)

00412	0 00000 0 00144	3814	SKK1		LCLST	F5G35740
	00655	3885	CLST	BES	LCLST THE NEW LIST OF COMPILED INST.	F5G36450
00655	0 00144 0 00000	3886	SKV1		0,0,LCLST	F5G36460
04442	3 00143 4 04447	5190		TXH	LSWEF,4,LCLST−1 IS BLOCK EMPTY	F5G49250

␣LCOUT = 243

Definition
00363 0 02000 0 00000 3788 LCOUT TRA − TRANSFER TO EXIT ROUTINE F5G35480
Reference
03521 0 50000 0 00363 4711 CLA LCOUT PUT ADDR 0F FINAL EXIT INTO MAIN F5G44460

␣LIST1 = 446

Definition
00676 3904 LIST1 BSS 4 F5G36640

References (39)

02351	0 50000 1 00676	4079		CLA	LIST1,1	F5G38390
02450	0 50000 1 00676	4146	SM6	CLA	LIST1,1	F5G39060
02454	−0 40000 1 00677	4150		SBM	LIST1+1,1 NO	F5G39100
02461	0 50000 1 00676	4155		CLA	LIST1,1	F5G39150
03637	0 60100 1 00712	4793	Z28	STO	LIST1+12,1 LXD LISTS	F5G45280
03655	0 50000 4 00676	4807		CLA	LIST1,4 IS THE TOP	F5G45420
03657	−0 40000 4 00676	4809		SBM	LIST1,4 CONTAINED IN THIS	F5G45440
03662	0 40200 4 00676	4812		SUB	LIST1,4 THE NO.	F5G45470
03704	0 60100 4 00676	4830		STO	LIST1,4	F5G45650
03713	−0 40000 0 00700	4838		SBM	LIST1+2 BOTTOM ENTRY OF	F5G45730
03715	0 50000 0 00700	4840		CLA	LIST1+2 NO, DO THE BOTTOMS	F5G45750
03720	0 34000 0 00700	4843		CAS	LIST1+2 YES, DOES 1NTERSECTION EQUAL 1	F5G45780
03726	0 60100 0 00701	4849	Z32	STO	LIST1+3 STORE INTERSECTION IN SUB1	F5G45840
03736	0 60100 0 00701	4857		STO	LIST1+3 INSUV1 POS.	F5G45920
03764	0 60100 0 00701	4879		STO	LIST1+3 IN SUB 1 POS.	F5G46140
03766	0 50000 0 00700	4881	Z35	CLA	LIST1+2 DO BOTTOM ENTRIES IN	F5G46160
03771	0 34000 0 00700	4884		CAS	LIST1+2 YES, IS IT EQUAL TO BOT. 1	F5G46190
04001	0 60100 0 00701	4892		STO	LIST1+3 SUB1 POS.	F5G46270
04005	0 60100 0 00676	4896		STO	LIST1	F5G46310
04007	0 60100 0 00677	4898		STO	LIST1+1	F5G46330
04011	0 60100 0 00700	4900		STO	LIST1+2	F5G46350
04017	0 50000 1 00700	4906	Z309	CLA	LIST1+2,1	F5G46410
04022	−0 32000 1 00700	4909		ANA	LIST1+2,1 DOES IT HAVE TWO ONES	F5G46440
04025	0 50000 1 00701	4912		CLA	LIST1+3,1 IS THE SUB BOTTOM	F5G46470
04030	0 60100 1 00701	4915		STO	LIST1+3,1	F5G46500
04034	−0 40000 0 00677	4919		SBM	LIST1+1	F5G46540
04036	0 50000 0 00700	4921		CLA	LIST1+2	F5G46560
04040	−0 32000 0 00700	4923		ANA	LIST1+2	F5G46580
04042	0 50000 0 00700	4925		CLA	LIST1+2	F5G46600
04043	0 60100 0 00701	4926		STO	LIST1+3	F5G46610
04045	0 40200 0 00700	4928		SUB	LIST1+2	F5G46630
04046	0 60100 0 00700	4929		STO	LIST1+2	F5G46640
04050	0 32000 0 00700	4931		ANS	LIST1+2	F5G46660
04051	−0 50000 0 00701	4932		CAL	LIST1+3	F5G46670
04052	−0 60200 0 00700	4933		ORS	LIST1+2	F5G46680
04127	0 50000 1 00676	4979		CLA	LIST1,1 IS THE LXD CASE OF THIS SXD	F5G47140
04246	0 40200 4 00676	5060		SUB	LIST1,4 SAME	F5G47950
04277	0 50000 1 00676	5088		CLA	LIST1,1	F5G48230
04302	0 50000 1 00677	5091		CLA	LIST1+1,1 PERHAPS, IS IT A FOR SURE	F5G48260

␣LIST2 = 450

Definition
00702 3905 LIST2 BSS 4 F5G36650

References (8)

03716	−0 32000 0 00704	4841		ANA	LIST2+2 OF LISTS 1 AND 2 HAVE	F5G45760
03723	0 34000 0 00704	4846	Z31	CAS	LIST2+2 IS IT EQUAL TO BOTTOM OF 2	F5G45810
03730	0 60100 0 00705	4851		STO	LIST2+3 SUB2 POS.	F5G45860
03740	0 50000 0 00704	4859	Z300	CLA	LIST2+2 DO BOTTOM ENTRIES	F5G45940
03743	0 34000 0 00704	4862		CAS	LIST2+2 YES, IS INTRE 2 AND 3	F5G45970
03753	0 60100 0 00705	4870		STO	LIST2+3 SUB 2 POS.	F5G46050
03761	0 60100 0 00705	4876		STO	LIST2+3 IN SUB 2 POS.	F5G46110
04014	0 60100 0 00705	4903	Z305	STO	LIST2+3 INSUB2 POS.	F5G46300

␣LIST3 = 454

Definition
00706 3906 LIST3 BSS 4 F5G36660

References (8)

03733	0 60100 0 00711	4854		STO	LIST3+3 IN SUB3 POS.	F5G45890
03741	−0 32000 0 00710	4860		ANA	LIST3+2 OF 2 AND 3 HAVE	F5G45950
03746	0 34000 0 00710	4865	Z301	CAS	LIST3+2 IS INTERSECTION EQUAL TO BOTTOM OF LIST 3	F5G46000
03751	0 60100 0 00711	4868	Z302	STO	LIST3+3 STORE INTER 2 AND 3 IN SUB 3 POS.	F5G46030
03756	0 60100 0 00711	4873		STO	LIST3+3 IN SUB 3 POS.	F5G46080
03767	−0 32000 0 00710	4882		ANA	LIST3+2 1 AND 3 HAVE NONZERO	F5G46170
03774	0 34000 0 00710	4887	Z36	CAS	LIST3+2 TO THE BOTTOM ENTRY IN 3	F5G46220
03777	0 60100 0 00711	4890	Z37	STO	LIST3+3 ENTER INTER 1 AND 3 IN SUB	F5G46250

␣LLIND = 461

Definition
00715 3907 LLIND BES 3 + OR - MEANS LIST NOT TO BE OR TOBE COMPILED F5G36670

References (4)

02440	0 50000 2 00715	4138	SM	CLA	LLIND,2 IMMEDIATELY RETURN IF LIST IS	F5G38980
02442	0 60200 2 00715	4140		SLW	LLIND,2 RECORD LIST ALREADY COMPILED	F5G39000
03630	−0 60000 1 00715	4786	Z21	STQ	LLIND,1 SET THE 3 INDEXDS TO THE SUB	F5G45210
03710	0 60100 2 00715	4834		STO	LLIND,2 LIST IS TO BE COMPILED	F5G45690

␣LNSXD = 287

Definition
00437 0 00000 0 01000 3842 LNSXD NSXD*4 F5G36020

␣LNTOP = 251

Definition
00373 +031316000000 3796 LNTOP OCT 31316000000 TSX-HPR F5G35560
Reference
02710 0 40200 4 00374 4309 SUBP SUB LNTOP+1,4 COMPARE TO OP CODES OF POSSIBLE F5G40470

␣LPIND = 360

Definition
00550 0 00000 0 00000 594 LPIND + OR - IF IT ISNT 0F IS A LOOP F5G05950

References (7)

00763	0 56000 0 00550	777	S101	LDQ	LPIND IS THIS	F5G07780
02200	0 60100 0 00550	1481		STO	LPIND THIS ISNT A LOOP.	F5G14820
02314	−0 60000 0 00550	1557		STQ	LPIND LOOP.	F5G15580
03206	0 50000 0 00550	2003		CLA	LPIND	F5G20040
03603	0 50000 0 00550	2256	X114	CLA	LPIND IS THIS	F5G22570
04370	0 50000 0 00550	2631	X88	CLA	LPIND	F5G26320
16015	0 60100 0 00550	3263		STO	LPIND	F5G30180

␣LPLST = 2529

Definition
2897 STORAGE ASSIGNMENT (TABLES) F5G28900

04741 2898 LPLST BSS S3P1 SPACE FOR LOOP LIST TABLE F5G28910

References (70)

00355	0 04741 0 00000	444	SCK1	HTR	0,0,LPLST	F5G04450
01035	0 50000 1 05035	829	S306	CLA	LPLST+S3P1,1 GET LOOP LIST QUANTITY	F5G08300
01573	0 50000 1 05035	1198		CLA	LPLST+S3P1,1 GET + STORE	F5G11990
01601	0 50000 1 05036	1204		CLA	LPLST+S3P1+1,1	F5G12050
01604	0 50000 0 04741	1207		CLA	LPLST YES,SUCCESSOR IS 1ST ENTRY.	F5G12080
01675	0 50000 2 05035	1277		CLA	LPLST+S3P1,2	F5G12780
01707	0 50000 2 05035	1287		CLA	LPLST+S3P1,2	F5G12880
02245	0 60100 0 05033	1518	F9	STO	LPLST+S3P1−2	F5G15190
02250	0 62200 0 05033	1521		STD	LPLST+S3P1−2	F5G15220
02265	0 50000 1 05035	1534	F12	CLA	LPLST+S3P1,1	F5G15350
02307	0 62100 1 05036	1552		STA	LPLST+S3P1+1,1 IN TR. REG. QUANTITY	F5G15530
02323	0 60100 1 05035	1564		STO	LPLST+S3P1,1 REGION MARKER	F5G15650
02325	0 62100 1 05035	1566		STA	LPLST+S3P1,1	F5G15670
02365	0 62200 1 05035	1598		STD	LPLST+S3P1,1	F5G15990
02376	0 50000 0 04740	1607		CLA	LPLST−1	F5G16080
02405	0 62200 0 04741	1614		STD	LPLST SYMBOL IN DECR. PART OF 1STSLPLST	F5G16150
02410	0 50000 2 05035	1617	F26	CLA	LPLST+S3P1,2 MOVE THIS	F5G16180
02411	0 60100 1 05035	1618		STO	LPLST+S3P1,1 ENTRY UP.	F5G16190
02415	0 60100 0 04740	1622	F17	STO	LPLST−1 CASE OF LOOP,STORE PRED. 0F 1ST ELEMENT.	F5G16230
02417	0 60100 1 05036	1624		STO	LPLST+S3P1+1,1 LOOP LIST QUANTITY.	F5G16250
02465	0 62100 1 05035	1662		STA	LPLST+S3P1,1	F5G16630
02503	0 60100 1 05035	1676		STO	LPLST+S3P1,1 MARKER	F5G16770
02506	0 62200 1 05035	1679		STD	LPLST+S3P1,1 BB NO. IN DECR.	F5G16800
02510	0 50000 2 05035	1681	F38	CLA	LPLST+S3P1,2	F5G16820
02531	0 50000 2 05035	1698	F41	CLA	LPLST+S3P1,2 PUT EXIT BB NO.	F5G16990
02533	0 62100 1 05035	1700		STA	LPLST+S3P1,1 IN THIS LATEST ONE.	F5G17010
02537	0 60100 0 05034	1704		STO	LPLST+S3P1−1 LOOP LIST SENTINEL.	F5G17050
02541	0 50000 2 05035	1706	F63	CLA	LPLST+S3P1,2	F5G17070
02551	0 60100 1 05036	1714		STO	LPLST+S3P1+1,1 END LOOP LIST SENTINEL.	F5G17150
02560	0 60100 1 05035	1721		STO	LPLST+S3P1,1	F5G17220
02563	0 50000 2 05035	1724	F51	CLA	LPLST+S3P1,2	F5G17250
02576	0 60100 1 05035	1735		STO	LPLST+S3P1,1 REGION MARKER	F5G17360
02601	0 62200 1 05035	1738		STD	LPLST+S3P1,1 NO.	F5G17390
02605	0 60100 2 05035	1742		STO	LPLST+S3P1,2 REGION MARKR	F5G17430
02607	0 62100 2 05035	1744		STA	LPLST+S3P1,2 EXIT BB	F5G17450
02620	0 50000 1 05035	1753	F61	CLA	LPLST+S3P1,1	F5G17540
02634	0 60100 1 05035	1765		STO	LPLST+S3P1,1	F5G17660
02707	0 50000 0 04741	1809		CLA	LPLST IS 1ST	F5G18100
02761	0 50000 2 04741	1852	ROT2	CLA	LPLST,2	F5G18530
02765	0 60100 2 04740	1856	ROT4	STO	LPLST−1,2	F5G18570
02770	0 50000 0 04740	1859		CLA	LPLST−1	F5G18600
02771	0 60100 2 04740	1860		STO	LPLST−1,2	F5G18610
03212	0 50000 1 05033	2007		CLA	LPLST+S3P1−2,1 AND	F5G20080
03220	0 50000 1 05034	2013		CLA	LPLST+S3P1−1,1	F5G20140
03242	−0 60200 4 05034	2031		ORS	LPLST+S3P1−1,4	F5G20320
03324	0 50000 1 05033	2081		CLA	LPLST+S3P1−2,1 OF PREVIOUS QUANTITY	F5G20820
03372	0 50000 0 04741	2119		CLA	LPLST SAME	F5G21200
03461	0 50000 0 04741	2174	X89	CLA	LPLST	F5G21750
03503	0 50000 2 05035	2192	X79	CLA	LPLST+S3P1,2	F5G21930
03514	0 50000 2 05036	2201		CLA	LPLST+S3P1+1,2	F5G22020
03605	0 50000 0 04741	2258		CLA	LPLST YES	F5G22590
03614	0 50000 2 05035	2265		CLA	LPLST+S3P1,2	F5G22660
03670	0 50000 2 05035	2309	X77	CLA	LPLST+S3P1,2	F5G23100
03737	0 50000 4 05034	2348		CLA	LPLST+S3P1−1,4 GET	F5G23490
03755	0 50000 0 04741	2362		CLA	LPLST YES	F5G23630
03763	0 50000 4 05034	2368		CLA	LPLST+S3P1−1,4 BBS IN OPAQUE	F5G23690
03773	0 50000 1 05033	2376		CLA	LPLST+S3P1−2,1 PRED+ NO	F5G23770
04001	0 50000 1 05034	2382		CLA	LPLST+S3P1−1,1 GET INDEX OF	F5G23830
04237	0 50000 1 05033	2542		CLA	LPLST+S3P1−2,1 STORE PRED.	F5G25430
04245	0 50000 1 05034	2548		CLA	LPLST+S3P1−1,1 GET	F5G25490
04372	0 50000 0 04740	2633		CLA	LPLST−1 YES	F5G26340
04400	0 50000 0 04741	2639		CLA	LPLST	F5G26400
04645	0 50000 1 05033	2806		CLA	LPLST+S3P1−2,1 GET PREVIOUS LPLST QUANTITY	F5G27980
16014	−0 10000 0 04740	3262		TNZ	LPLST−1	F5G30170
16016	0 60100 0 04740	3264		STO	LPLST−1	F5G30190
16017	0 60100 0 04741	3265		STO	LPLST	F5G30200
16021	0 60100 0 04742	3267		STO	LPLST+1	F5G30220
	04740	3277		ORG	LPLST−1	F5G30330
	04740	3311		ORG	LPLST−1	F5G30660
	04740	3345		ORG	LPLST−1	F5G31030

␣LSTBB = 2315

Definition

		5165			WRITE TH E LAST BLOCK OF C.I. T. ON TAPE	F5G49000
		5166			AFTER PUTTING RELATIVE CONSTANT ROUTINES AT END	F5G49010
04413	0 76200 0 00224	5167	LSTBB	RTB	INSTTP AN END OF	F5G49020

References (2)

	03553	0 10000 0 04413	4738		TZE	LSTBB YES, GL GO WRITE PARTIAL BLOLK	F5G44730
	04416	0 02000 0 04413	5170		TRA	LSTBB READ END FILE	F5G49050

␣LSTXL = 2340

Definition
04444 −3 00000 1 04447 5192 LSTXL TXL LSWEF,1,− IT ON TAPE F5G49270

References (2)

	04441	−0 63400 4 04444	5189		SXD	LSTXL,4	F5G49240
	04446	1 77777 1 04444	5194		TXI	LSTXL,1,−1	F5G49290

␣LSWEF = 2343

Definition
04447 0 77000 0 00203 5195 LSWEF WEF OTAPE WRITE AN END FILE F5G49300

References (2)

	04442	3 00143 4 04447	5190		TXH	LSWEF,4,LCLST−1 IS BLOCK EMPTY	F5G49250
	04444	−3 00000 1 04447	5192	LSTXL	TXL	LSWEF,1,− IT ON TAPE	F5G49270

␣LTROP = 255

Definition
00377 +031400000000 3800 LTROP OCT 31400000000 TTR-HPR F5G35600
Reference
02746 0 40200 4 00400 4341 6SUB SUB LTROP+1,4 F5G40790

␣MSECS = 1621

Definition
03125 4455 MSECS SYN PSTCS OR AN MSE INST F5G41930
Reference
02733 0 02000 0 03125 4329 TRA MSECS MSE F5G40670

␣MSIZE = 8192

Definition

	2			DAVID STERNLIGHT I.B.M. WORLD HEADQUARTERS 5 N0V 58.	F5G00020
	3			INTRODUCTION	F5G00030
	4			TNE GENERAL PHILOSOPHY OF SECTI0N 5 IS TO REDUCE A PROGRAM	F5G00040
	5			USING AS MANY INDEX REGISTERS AS NEEDED TO ONE USING 3 INDEX	F5G00050
	6			REGISTERS IN AS EFFICIENT A MEANS AS POSSIBLE, CALLING ON	F5G00060
	7			INDEX CELLS WHICH ARE STORAGE LOCATIONS, TO RETAIN DISPLACED	F5G00070
	8			INFORMATION WHEN THE CONTENTS OF AN INDEX REGISTER MUST BE	F5G00080
	9			REPLACED. THUS THE INDEX CELLS CORRESPOND TO ORIGINAL INDEX	F5G00090
	10			REGISTERS USED IN THE FORTRAN OBJECT PROGRAM BEFORE SECTION5.	F5G00100
	11			THE MAIN PROBLEMS SECTION 5 HANDLES ARE THOSE OF KEEPING	F5G00110
	12			INDEX CELLS UP TO DATE, AND EFFICIENTLY SEEING TO IT THAT THE	F5G00120
	13			3 INDEX REGISTERS CONTAIN THE PROPER INFORMATION AT ALL	F5G00130
	14			TIMES FOR THE CORRECT EXECUTION 0F TAGGED INSTRUCTIONS.	F5G00140
	15			GENERALLY, SECTION 5 COMPILES SX,S WHENEVER AN INDEX CELL	F5G00150
	16			MUST BE UPDATED SO THAT IF AN INDEX QUANTITY IS NEEDED AND	F5G00160
	17			NOT PRESENT IN AN INDEX REGISTER, AN LX CAN BE USED WITHOUT	F5G00170
	18			CONCERN ABOUT WHAT IS WIPED OUT. THE SKILLFUL PLACEMENT OF	F5G00180
	19			THESE SX,S IS ONE OF THE MAJOR JOBS OF SECTION 5.	F5G00190
	20			THE PROGRAM IS ANALYZED USING THE CONCEPT OF BASIC BLOCKS,	F5G00200
	21			PROGRAM UNITS HAVING A SINGLE ENTRY AND EXIT POINT, AS DEFIN-	F5G00210
	22			ED BY SECTION 4. THE LINKS BETWEEN BASIC BLOCKS ARE LABELED	F5G00220
	23			BY FREQUENCY IN SECTION 4, BY ACTUAL PROGRAM SIMULATION.	F5G00230
	24			SECTION 5 ANALYSES THE OBJECT PROGRAM BY STARTING WITH THE	F5G00240
	25			HIGHEST FREQUENCY LINK BETWEEN BB,S AND EXPANDING OUTWARD	F5G00250
	26			ALONG PREDECESSOR AND SUCCESSOR BASIC BLOCKS. THE AREA FORM-	F5G00260
	27			ED IN THIS MANNER IS A PORT1ON OF THE OBJECT PROGRAM AND IS	F5G00270
	28			CALLED A LOOPLIST. THIS IS TREATED TO REDUCE THE NUMBER OF	F5G00280
	29			INDEX REGISTERS TO 3, IS THEN CALLED A REGION, AND CAN ENTER	F5G00290
	30			FUTURE LOOPLISTS. THE LOOPLIST PROCESS IS CONTINUED,	F5G00300
	31			CONSTANTLY EXPANDING THE TREATED AREA OF THE OBJECT PROGRAM	F5G00310
	32			BY THE INCLUSION OF ALREADY TREATED REGIONS IN THE CURRENT	F5G00320
	33			LOOPLIST WHERE APPROPRIATE TO THE FLOW OF THE PROGRAM. THESE	F5G00330
	34			REGIONS BECOME A PART OF THIS LATEST LOOPLIST,S REGION AT THE	F5G00340
	35			END OF THE LOOPLIST TREATMENT, FORMING A NEW, SINGLE REGION.	F5G00350
	36			FINALLY THE ENTIRE PR0GRAM HAS BEEN TREATED. A FURTHER PRIN-	F5G00360
	37			CIPLE USED BY SECTION 5 IS TO COMPILE THE UPDATING SX,S AS	F5G00370
	38			LATE AS POSSIBLE TO TRADE OBJECT PROGRAM SPACE FOR TIME,	F5G00380
	39			SINCE THE LATER THE SX IS COMPILED, THE LOWER THE FREQUENCY	F5G00390
	40			OF TRANSFERS BETWEEN BLOCKS, HENCE THE FEWER THE EXECUTIONS	F5G00400
	41			OF THE SX.	F5G00410
	42			LPLST IS FORMED IN CORES BY SECTION 5 PART 1. IT SUMMARIZES	F5G00420
	43			EACH NEW REGION TO BE TREATED. PREFIX CODES ARE 2=OPAQUE	F5G00430
	44			REGION, 1=TRANSPARENT REGION (AT LEAST ONE INDEX REGISTER	F5G00440
	45			FREE) AND PREFIX CODE 0=BASIC BLOCKS. THE BB NUMBER	F5G00450
	46			IS CONTAINED IN THE DECREMENT OR ADDRESS. 77777 INDICATES	F5G00460
	47			LPLST ENTRY IS AT END OF REGION OR LPLST EXIT IS AT BEGINNING	F5G00470
	48			OF REGION, SPECIFIED BY BB NUMBER. 000000 INDICATES NOTHING	F5G00480
	49			INTERVENING BETWEEN THAT POINT AND THE NEXT DECREMENT OR	F5G00490
	50			ADDRESS. A WORD OF FULL SEVENS, CALLED SENTINEL, TERMINATES	F5G00500
	51			EPLST. THUS A NEW REGION TO BE TREATED MIGHT HAVE A LPLST	F5G00510
	52			BEFORE TREATMENT LIKE	F5G00520
	53			277777 000014	F5G00530
	54			000023 000000	F5G00540
	55			100026 000033	F5G00550
	56			200003 777777	F5G00560
	57			777777 777777.	F5G00570
	58			TNIS MEANS ENTRY IN OPAQUE REGION ENDING IN BB 14, THEN COMES	F5G00580
	59			BB23, THEN IMMEDIATELY FOLLOWS A TRANSPARENT REGION FROM	F5G00590
	60			BB 26 TO BB 33, THEN AN OPAQUE REGION ENTERING AT BB 3,	F5G00600
	61			TERMINATING THIS LPLST. WHEN TREATED, THIS ENT1RE LPLST	F5G00610
	62			BECOMES A NEW, SINGLE REGION, ENCOMPASSING THE OLD REGIONS	F5G00620
	63			AND BB,S IN IT, WHICH WILL DISAPPEAR.	F5G00630
	64			REG TABLE, IN CORES, HAS 1 WORD PER EXISTING REGION. PREFIX	F5G00640
	65			INDICATES EXISTENCE IN REGI0N OF LX,S TO THE IR,S ,	F5G00650
	66			DECREMENT=FIRST BB NO. IN REGION, TAG BITS=EMPTINESS	F5G00660
	67			THROUGHOUT REGION OF IR,S.	F5G00670
	68			INPUT TABLES INCLUDE PRED, SUCC, BBB, ALL ON DRUM.	F5G00680
	69			SUCC IS FIRST DRUM TABLE. IT IS PREPARED BY SECTION 4,	F5G00690
	70			ORDERED ON BB NUMBER. IT IS PING PONGED BETWEEN DRUM AND	F5G00700
	71			CORES BY THE SE6 ROUTINE.	F5G00710
	72			THE WORD FORMAT IS SIGN BIT MADE NEGATIVE BY X89 WHEN A LINK	F5G00720
	73			IS TREATED. BITS 1-14=FREQUENCY OF LINK, ADDRESS=NO. OF	F5G00730
	74			SUCCESSOR BASIC BLOCK.	F5G00740
	75			PRED IS THE SECOND DRUM TABLE. IT IS PREPARED BY SECTION 4.	F5G00750
	76			PRED IS ORDERED ON BB NUMBER AND PING PONGED BETWEEN DRUM AND	F5G00760
	77			CORES BY THE SE5 ROUTINE.	F5G00770
	78			WORD FORMAT IS SIGN BIT NEGATIVE WHEN LINK TREATED.	F5G00780
	79			BITS 1-14=FREQUENCY OF LINK. BITS 15-17 CALL FOR LX,S TO	F5G00790
	80			THE 3 INDEX REGISTERS AND BITS 18-20 CALL FOR SX,S TO APPRO-	F5G00800
	81			PRIATE INDEX CELLS. THESE SX,S WILL LATER BE COMPILED	F5G00810
	82			BETWEEN BASIC BLOCKS BY PART 4 OF SECTION 5. THE ADDRESS	F5G00820
	83			CONTAINS THE NUMBER OF THE PREDECESSOR BASIC BLOCK.	F5G00830
	84			BBB IS THE THIRD DRUM TABLE, AND IS PREPARED BY SECTION 4.	F5G00840
	85			THERE IS A 6 WORD ENTRY FOR EACH BB, AND A FINAL DUMMY ENTRY.	F5G00850
	86			THE SE AND SE1 ROUTINES PING PONG BBB BETWEEN DRUM AND CORES.	F5G00860
	87			WORD FORMAT FROM SECTION 4. FIRST WORD DECR=STARTING POIN,	F5G00870
	88			IN SUCC, ADDRESS=STARTING POINT IN PRED OF ENTRIES	F5G00880
	89			REFERRING TO THIS BASIC BLOCK. FIRST WORD PREFIX CONTAINS	F5G00890
	90			CODE DESCRIBING TYPE OF ENDING BB HAS. CODING IS....	F5G00900
	91			000=DO WITH AN IF, 001=MSE, 010=PROBABILITY BRANCH	F5G00910
	92			011=CERTAINTY BRANCH, 100=DO WITHOUT AN IF, 101=GO TO N,	F5G00920
	93			110=STOP. SECOND WORD, BITS 12-17=PERMUTATION NUMBERS,	F5G00930
	94			INITIALIZED TO 33 BY SECTION 4. ADDRESS=ORDINAL NUMBER OF	F5G00940
	95			FIRST TAGLIST ENTRY BELONGING TO THIS BB. REMAINING WORDS	F5G00950
	96			INITIALIZED TO ZEROES BY SECTION 4.	F5G00960
	97			IN SECTION 5 PART 1, FURTHER ENTRIES ARE MADE. SECOND WORD	F5G00970
	98			BITS S-2 INDICATE IR ACTIVITY IN THIS BB. PERMUTATION NOS.	F5G00980
	99			MAY UNDERGO CHANGE. WORDS 3-5 RECORD ENTRY AND EXIT CONDS.	F5G00990
	100			FOR THE 3 INDEX REGISTERS IN THE DECREMENT AND ADDRESS.	F5G01000
	101			WORD 6 DECR=REGION NUMBER BB CURRENTLY BELONGS TO.	F5G01010
	102			ADDRESS=NUMBER OF NEXT BB IN REGION.	F5G01020
	103			STAG IS THE FOURTH DRUM TABLE. INITIALIZED TO ZEROES AT SEC.	F5G01030
	104			5 PART 1 START. ONE 4 BIT ENTRY FOR EACH TAGLIST INSTRUCTION	F5G01040
	105			IS MADE IN SECTION 5 PART 1 AND READ IN PART 4. BITS S-8	F5G01050
	106			CALL FOR AN SX PRECEDING THE TAGLIST INSTRUCTION, BITS 9-17	F5G01060
	107			FOR AN LX FOLLOWING. BITS 18-35 IN PAIRS SPECIFY THE INDEX	F5G01070
	108			REGISTER TAGLIST INSTRUCTION IS TO USE. THUS PRED RECORDS	F5G01080
	109			INTER BB LX,S AND SX,S AN0 STAG RECORDS INTRA-BB LX,S AND	F5G01090
	110			SX,S. STAG IS HANOLED BY THE SE4 ROUTINE.	F5G01100
	111			CMTAG, THE CORE BUFFER FOR TAGLIST, HAS THE SAME WORD	F5G01110
	112			FORMAT, THAT IS, THE DECREMENT CONTAINS THE INSTRUCTI0N	F5G01120
	113			CLASS, CODED FROM 0 TO 6, AND THE ADDRESS CONTAINS THE	F5G01130
	114			SYMBOLIC ADDRESS, AS FOLLOWS, BITS 24-26 CONTAIN TAU 1,2,	F5G01140
	115			OR 3, AND BITS 27-35 CONTAIN THE NUMBER OF THE ENTRY IN THAT	F5G01150
	116			TAU TABLE. NOTE THAT IN THE OUTPUT, THE SYMBOLIC ADDRESS OF	F5G01160
	117			INDEX CELLS IS, TAU 1=G, TAU 2=10, TAU 3=1G, AND THIS	F5G01170
	118			SYMBOL IS FOLLOWED BY THE NUMBER OF THE ENTRY. THUS A	F5G01180
	119			TAGLIST ENTRY IN THE ADDRESS OF 003005 BECOMES 1G5, THAT IS,	F5G01190
	120			TAU 3, ENTRY 5. THE INSTRUCTION CLASSES AS FOLLOWS, IN DECR	F5G01200
	121			L=LXA,LXD,PAX,PDX. 2=LXP. 3=DED. 4 IS UNUSED BUT AVAIL.	F5G01210
	122			FOR TNX. 5=ACTIVE INSTR LIKE TIX AND TXI. 6=PASSIVE INSTR.	F5G01220
	123			A PASSIVE INSTR IS A TAGGED INSTR THAT DOES NOT CHANGE THE	F5G01230
	124			OONTENTS 0F THE INDEX REGISTER. 7=UNUSED BUT AVAIL. FOR TIX.	F5G01240
	125			WHEN 7 IS USED FOR A TIX, IT REPRESENTS A TIX USED AS A	F5G01250
	126			TRANSFER, NOT AN ACTIVE TIX. ACTIVE 1NSTRUCTIONS MAY	F5G01260
	127			BE RECOGNIZED BY THEIR ADDRESSES, WHICH ARE OF THE FORM *+Q	F5G01270
	128			WHERE Q IS SOME CONSTANT.	F5G01280
	129			CORE INFORMATION TRANSFERRED BETWEEN SECTION 4 AND SECTION 5	F5G01290
	130			IS IN THE LAST 4 CORE LOCATIONS, CALLED KEYS.	F5G01300
	131			GIVING DRUM TABLE LENGTHS. TAPE TABLES USED FOR INPUT	F5G01310
	132			INCLUDE TAGLIST AND CIT. INTERMEDIATE TABLES INCLUDE THE	F5G01320
	133			ABOVE AND STAG, LPLST, CMTAG, AND REG. CMTAG IS A CORE	F5G01330
	134			BUFFER FOR TAGLIST. THE DRUM TABLES ALSO APPEAR IN CORE	F5G01340
	135			IN BUFFER LOADS WHEN THE SOURCE PROGRAM EXCEEDS A CERTAIN	F5G01350
	136			COMBINATION 0F THE FACTORS OF LENGTH AND COMPLEXITY OF	F5G01360
	137			TRANSFER STRUCTURE. OUTPUT TABLES INCLUDE CIT ON TAPE.	F5G01370
	138			TAGLIST, ON TAPE 3, IS HANDLED BY THE S4 SUBROUTINE. IT IS A	F5G01380
	139			SEQUENTIAL LIST OF ALL TAGGED OBJECT PR0GRAM INSTRUCTIONS	F5G01390
	140			RESULTING FROM SECTION 3. EACH ENTRY IS ONE WORD. THE	F5G01400
	141			PREFIX DESCRIBES THE TYPE OF INSTRUCTION AND THE ADDRESS	F5G01410
	142			CONTAINS SYMBOLIC INDEX REGISTER,S NAME.	F5G01420
	143			BY USING LARGER MACHINE SIZE THAN 4K, THE PROGRAM	F5G01430
	144			TABLE SPACE IN CORE CAN BE INCREASED, PROVIDING FASTER	F5G01440
	145			COMPILING AND REDUCING THE AMOUNT OF DRUM PING PONGING.	F5G01450
	146			IN ADDITION, SENSE SWITCH 4, WHEN 0OWN, PROVIDES UP TO	F5G01460
	147			20 PER CENT FASTER COMPILING ON LARGER SOURCE PROGRAMS, AT	F5G01470
	148			A NEGLIGIBLE LOSS, IN MOST CASES, IN OBJECT PROGRAM	F5G01480
	149			EFFICIENCY. THIS SENSE SWITCH HAS NO EFFECT ON SHORTER	F5G01490
	150			PROGRAMS.	F5G01500
	151			IN ORDER TO INCREASE TABLE SPACE AS DESCRIBED ABOVE,	F5G01510
	152			SECTION IV OF FORTRAN, THE FLOW PASS OF TAG ANALYSIS, MUST	F5G01520
	153			BE ADJUSTED AS TO LENGTHS OF DRUM TABLE BUFFER LOADS PASSED	F5G01530
	154			ON TO SECTION V, AND THE POSITION OF INFORMATION AT THE END	F5G01540
	155			OF CORES , HERE SAID TO BE IN KEYS, MUST BE CHANGED.	F5G01550
	156			IN SECTION V, MSIZE AS WELL AS OTHER ITEMS SPECIFIED IN	F5G01560
	157			THE FOLLOWING PARAMETER LIST MUST BE CHANGED.	F5G01570
	158			8-1-6-2 PARAMETER LIST	F5G01580
20000	159	MSIZE	EQU	8192 8-1-6-2 MEMORY SIZE	F5G01590

References (3)

17774	164	KEYS	SYN	MSIZE−4 CONSTANTS TO RELATE PROGRAM TO TABLES	F5G01680
12510	2900	SPACE	EQU	MSIZE−5−REG STORAGE SPACE LEFT	F5G28930
02100	3171	SPAC1	EQU	MSIZE−4−PRED	F5G29260

␣NDINS = 477

Definition
00735 3912 NDINS BES 12 BLOCK FOR 3 EXTRA COMPILED INST. F5G36720
Reference
03477 0 50000 4 00735 4693 D1CLA CLA NDINS,4 OF BLOCK TO BEGINNING F5G44280

␣NOEND = 1489

Definition
02721 0 07400 4 02172 4318 NOEND TSX SCMI,4 NOT AN END OD BB COMPILE INST F5G40560

References (7)

02726	0 02000 0 02721	4323		TRA	NOEND NO	F5G40610
02736	0 02000 0 02721	4332	TRTIN	TRA	NOEND TSX	F5G40700
03124	−0 10000 0 02721	4453		TNZ	NOEND NO, THIS ISNT BB END	F5G41910
03165	0 02000 0 02721	4487		TRA	NOEND YES	F5G42250
03167	0 10000 0 02721	4489		TZE	NOEND YES	F5G42270
03326	−0 10000 0 02721	4584		TNZ	NOEND	F5G43220
03331	−0 10000 0 02721	4587		TNZ	NOEND	F5G43250

␣NTMSK = 364

Definition
00554 −377770777777 3725 NTMSK OCT 777770777777 F5G34050
Reference
00425 −0 50000 0 00554 3638 CAL NTMSK F5G33980

␣OTAPE = 3

Definition
00003 171 OTAPE EQU 3 OUTPUT TAPE IS 3 F5G01750

References (4)

02374	0 76600 0 00223	4099		WTB	OTAPE WRITE THE BLOCK ON	F5G38590
03542	0 77200 0 00203	4728		REW	OTAPE	F5G44630
04443	0 76600 0 00223	5191		WTB	OTAPE NO, WRITE	F5G49260
04447	0 77000 0 00203	5195	LSWEF	WEF	OTAPE WRITE AN END FILE	F5G49300

␣OUTBX = 293

Definition
00445 0 00000 0 00000 3849 OUTBX TEMP. STORAGE OF RETURN INDEXES F5G36090

References (2)

	03472	−0 63400 4 00445	4688	RDINS	SXD	OUTBX,4 SAVE RETURN INDEX	F5G44230
	03525	−0 53400 4 00445	4715	D1XX	LXD	OUTBX,4 NO ERROR, RESTORE INDEX REGISTERS	F5G44500

␣P003A = 1572

Definition
03044 0 34000 4 00506 1903 P003A CAS EX1+3,4 F5G19040
Reference
03047 2 00001 4 03044 1906 P003B TIX P003A,4,1 F5G19070

␣P003B = 1575

Definition
03047 2 00001 4 03044 1906 P003B TIX P003A,4,1 F5G19070
Reference
03045 0 02000 0 03047 1904 TRA P003B F5G19050

␣PASS2 = 1889

Definition
03541 −0 53400 2 00331 4727 PASS2 LXD LD12,2 F5G44620
Reference
00000 0 03541 0 00317 5224 HTR L3,0,PASS2 CONTROL CARD, PART 4. F5G49392

␣PAUSE = 1570

Definition
03042 −0 75400 0 00000 4402 PAUSE PXD 0,0 F5G41400

References (2)

	02741	0 02000 0 03042	4336		TRA	PAUSE HPR	F5G40740
		03042	4403	SEQTR	SYN	PAUSE	F5G41410

␣PFXMK = 259

Definition
00403 −300000000000 3804 PFXMK OCT −300000000000 F5G35640
Reference
02753 −0 32000 0 00403 4346 ANA PFXMK IS IN PROGRAM UNCONDITITONAL TRANSFER F5G40840

␣PREDL = 543

Definition
01037 3172 PREDL EQU SPAC1/2−1 F5G29270

References (3)

00062	0 01037 0 00000	229		HTR	0,0,PREDL N(S)	F5G02300
	15674	3173		BSS	PREDL+1	F5G29280
	01037	3174	SUCCL	SYN	PREDL	F5G29290

␣PREDP = 48

Definition
00060 0 00000 0 00000 227 PREDP HTR 0 N(0) F5G02280

References (4)

04745	−0 53400 4 00063	2870	LXD	PREDP+3,4	F5G28630
15706	0 60100 0 00065	3192	STO	PREDP+5	F5G29470
15721	0 62200 0 00063	3203	STD	PREDP+3 LOCATION OF LAST PRED	F5G29580
04742	−0 53400 4 00063	3314	LXD	PREDP+3,4	F5G30710

␣PSTCS = 1621

Definition
03125 0 07400 4 02172 4454 PSTCS TSX SCMI,4 THIS IS A PSE TEST INST F5G41920

References (2)

	03120	0 10000 0 03125	4449		TZE	PSTCS YES, IT IS A TEST	F5G41870
		03125	4455	MSECS	SYN	PSTCS OR AN MSE INST	F5G41930

␣RDINS = 1850

Definition

		4686			THIS ROUTINE READS ANOTHER BLOCK OF COMPILED INST INTO CS	F5G44210
		4687			AND SHIFTS THE EXTRA INST TO THE BEGINNING OF BLOCK	F5G44220
03472	−0 63400 4 00445	4688	RDINS	SXD	OUTBX,4 SAVE RETURN INDEX	F5G44230

References (2)

	02526	0 07400 4 03472	4194		TSX	RDINS,4 YES, READ IN NEXT BLOCK	F5G39540
	03064	0 07400 4 03472	4421		TSX	RDINS,4 T READ NEXT BLOCK	F5G41590

␣RECNO = 1

Definition
00001 174 RECNO EQU 1 NO OF CIT RECORDS IN AT ONE TIME F5G01780

References (4)

	00144	175	ZINST	EQU	RECNO*100 LENGTH OF INST TABLE	F5G01790
00362	0 00000 0 00001	3787	RECSC	HTR	RECNO ADDR, NO. OF RECS. BROUGHT IN , C.I.T.	F5G35470
	01101	3913	INST	BES	RECNO*100 THE BLOCK FOR THE COMPILED INSTR	F5G36730
03536	−2 00001 1 03534	4724	D2TIX	TNX	D2BST,1,RECNO	F5G44590

␣RECSC = 242

Definition
00362 0 00000 0 00001 3787 RECSC HTR RECNO ADDR, NO. OF RECS. BROUGHT IN , C.I.T. F5G35470
Reference
03503 0 53400 1 00362 4697 LXA RECSC,1 YES, SET INDEX FOR NO. OF RECORDS F5G44320

␣RELSR = 2382

Definition
04516 0 00000 0 00000 5201 RELSR START OF REL. CONST. ROUTINES F5G49360

References (3)

04423	0 70000 1 04516	5175	EFCPY	CPY	RELSR,1	F5G49100
04433	0 50000 2 04516	5183		CLA	RELSR,2	F5G49180
00001	0 00000 0 04516	5225		HTR	RELSR	F5G49393

␣S402A = 670

Definition
01236 −0 63400 2 00151 958 S402A SXD TPCT,2 F5G09590
Reference
01235 1 00001 2 01236 957 TXI S402A,2,1 F5G09580

␣S402B = 673

Definition
01241 −0 53400 2 01210 961 S402B LXD S407,2 RESET INDEX F5G09620
Reference
01237 −3 00004 2 01241 959 TXL S402B,2,4 GO ON F5G09600

␣SADV1 = 313

Definition
00471 0 00000 0 00000 3869 SADV1 RETURN INDEX F5G36290

References (2)

	02126	−0 63400 4 00471	3927	SAD	SXD	SADV1,4 STORE RETURN	F5G36870
	02166	−0 53400 4 00471	3959	SAD5	LXD	SADV1,4	F5G37190

␣SADV2 = 314

Definition
00472 0 00000 0 00000 3870 SADV2 LOCATION OF 1ST INST IN SUCCESSOR BB F5G36300

References (2)

	02133	0 60100 0 00472	3932		STO	SADV2	F5G36920
	02170	−0 50000 0 00472	3961	SAD4	CAL	SADV2	F5G37210

␣SADV3 = 315

Definition
00473 0 00000 0 00000 3871 SADV3 NO. OF CURRENT PRED F5G36310

References (3)

02137	0 60200 0 00473	3936	SAD1	SLW	SADV3	F5G36960
02145	−0 50000 0 00473	3942		CAL	SADV3 NO, TRY NEXT RETURN	F5G37020
02153	0 50000 0 00473	3948		CLA	SADV3 N0, FORM THE SYMBOLIC ADDR.	F5G37080

␣SADV4 = 316

Definition
00474 0 00000 0 00000 3872 SADV4 NO. OF 1ST PRED IN SUCCESSOR BB F5G36320

References (2)

	02136	0 60200 0 00474	3935		SLW	SADV4	F5G36950
	02154	0 40200 0 00474	3949		SUB	SADV4 AS ID FOR SXD PLUS NO. OF PRED WITHIN	F5G37090

␣SADV5 = 317

Definition
00475 0 00000 0 00000 3873 SADV5 THE SUCCESSOR BB NO. F5G36330

References (2)

	02130	0 60100 0 00475	3929		STO	SADV5	F5G36890
	02165	0 40000 0 00475	3958	SAD6	ADD	SADV5 I. D. FOR AN LXD	F5G37180

␣SCMI1 = 1158

Definition
02206 −0 76000 0 00003 3977 SCMI1 SSM F5G37370
Reference
02173 0 12000 0 02206 3966 TPL SCMI1 F5G37260

␣SEQTR = 1570

Definition
03042 4403 SEQTR SYN PAUSE F5G41410

References (2)

	02725	0 10000 0 03042	4322		TZE	SEQTR YES	F5G40600
	02751	0 02000 0 03042	4344		TRA	SEQTR	F5G40820

␣SPAC1 = 1088

Definition
02100 3171 SPAC1 EQU MSIZE−4−PRED F5G29260
Reference
01037 3172 PREDL EQU SPAC1/2−1 F5G29270

␣SPACE = 5448

Definition
12510 2900 SPACE EQU MSIZE−5−REG STORAGE SPACE LEFT F5G28930

References (2)

		04615	3166	CMTL	SYN	9SPACE/20/1515	F5G29210
		00420	3168	BBBL	SYN	6*SPACE/20/6	F5G29230

␣STAGL = 240

Definition
00360 2901 STAGL SYN STL F5G28940
Reference
00037 0 00360 0 00000 208 HTR 0,0,STAGL N(S) F5G02090

␣STAGP = 29

Definition
205 PARAMETERS FOR STAG TABLE F5G02060

00035 0 00000 0 00000 206 STAGP HTR 0 N(0) F5G02070

References (13)

15704	0 60100 0 00042	3190		STO	STAGP+5 DRUM ADDR. OF STAG	F5G29450
15751	0 60100 0 00040	3227		STO	STAGP+3 OF ENTRIES IN STAG	F5G29820
15753	0 22100 0 00037	3229		DVP	STAGP+2 THE	F5G29840
15761	0 40000 0 00040	3235		ADD	STAGP+3 STAG	F5G29900
15763	0 40000 0 00042	3237		ADD	STAGP+5 TABLE.	F5G29920
15766	0 50000 0 00036	3240	I6	CLA	STAGP+1	F5G29950
15767	0 34000 0 00040	3241		CAS	STAGP+3 ARE WE THRU STORING 0 S	F5G29960
15772	0 60100 0 00035	3244	I4	STO	STAGP SET N(0) TO OLD N(1)	F5G29990
15773	0 40000 0 00037	3245		ADD	STAGP+2 SET N(1) T0 MIN (OLD N(1)+N.,	F5G30000
15774	0 56000 0 00040	3246		LDQ	STAGP+3 N(L)	F5G30010
15775	−0 60000 0 00036	3247		STQ	STAGP+1	F5G30020
15777	0 60100 0 00036	3249		STO	STAGP+1	F5G30040
16007	0 00000 0 77744	3257	IK2		1−STAGP	F5G30120

␣START = 208

Definition
00320 0 76200 0 00222 3569 START RTB ACTPE LOCATE THE END OF FILE BEFORE ASSIGN CONSTANT F5G33290

References (3)

00322	0 02000 0 00320	3571	TRA	START	F5G33310
00324	0 02000 0 00320	3573	TRA	START	F5G33330
00000	0 00320 0 00320	5221	HTR	START,0,START CONTROL CARD, PART 3.	F5G49389

␣STGWD = 302

Definition
00456 −000000000001 3858 STGWD DEC −1 NO. OF STAG ENTRY BEING CONSIDERED F5G36180

References (2)

	02535	0 50000 0 00456	4201		CLA	STGWD INCREASE THE NO. OF CURRENT STAG WORD	F5G39610
	02537	0 60100 0 00456	4203		STO	STGWD	F5G39630

␣STMSK = 224

Definition
00340 +000000777770 3768 STMSK OCT 777770 F5G35290

References (2)

	02530	−0 32000 0 00340	4196		ANA	STMSK	F5G39560
	03564	0 40200 0 00340	4747		SUB	STMSK STORE + OR - IF IR4	F5G44820

␣STPCS = 1754

Definition
03332 0 07400 4 02172 4588 STPCS TSX SCMI,4 COMPILE THE TWO INXT F5G43260

␣SUCCL = 543

Definition
01037 3174 SUCCL SYN PREDL F5G29290

References (2)

	00050	0 01037 0 00000	218		HTR	0,0,SUCCL N(S)	F5G02190
		16734	3175	SUCC	BSS	SUCCL+1	F5G29300

␣SUCCP = 38

Definition
00046 0 00000 0 00000 216 SUCCP HTR 0 N(0) F5G02170

References (3)

15717	0 62200 0 00051	3201	STD	SUCCP+3 LOCATION OF LAST SUCC	F5G29560
04742	−0 53400 4 00051	3280	LXD	SUCCP+3,4	F5G30360
04742	−0 53400 4 00051	3348	LXD	SUCCP+3,4	F5G31060

␣SUCNO = 308

Definition
00464 0 00000 0 00000 3864 SUCNO I0. OF A SUCCESSOR, GOV ROUTINE F5G36240

References (11)

03061	0 60200 0 00464	4418	SLW	SUCNO STORE NO OF 1ST SUCCESSOR	F5G41560
03066	−0 50000 0 00464	4423	CAL	SUCNO	F5G41610
03105	−0 50000 0 00464	4438	CAL	SUCNO	F5G41760
03107	0 60200 0 00464	4440	SLW	SUCNO	F5G41780
03135	0 60100 0 00464	4463	STO	SUCNO GETNUMBER OF 1ST SUCCESSOR	F5G42010
03152	0 50000 0 00464	4476	CLA	SUCNO	F5G42140
03201	0 60100 0 00464	4499	STO	SUCNO	F5G42370
03215	0 50000 0 00464	4511	CLA	SUCNO	F5G42490
03234	0 60100 0 00464	4526	STO	SUCNO	F5G42640
03266	0 50000 0 00464	4552	CLA	SUCNO	F5G42900
03313	0 50000 0 00464	4573	CLA	SUCNO	F5G43110

␣SXAS0 = 581

Definition
3916 THE SXD INST. ASSOCIATED WITH SEQUENTIAL TRANSFER F5G36760

01105 3917 SXAS0 BSS 4 ASSOCIATED WITH 0 LXD CASE F5G36770

References (2)

	02364	0 50000 0 01105	4090		CLA	SXAS0	F5G38500
	04324	0 50000 0 01105	5109		CLA	SXAS0 IS THERE A 0 ASSOCIATED SXD CASE	F5G46440

␣SXAS1 = 585

Definition
01111 3918 SXAS1 BSS 4 WITH 1ST LXD LIST F5G36780
Reference
02345 0 50000 4 01111 4075 SJ2 CLA SXAS1,4 F5G38350

␣SXAS2 = 589

Definition
01115 3919 SXAS2 BSS 4 2ED LIST F5G36790

␣SXAS3 = 593

Definition
01121 3920 SXAS3 BSS 4 3RD F5G36800

␣T4SYM = 237

Definition
00355 0 00004 0 00004 3782 T4SYM PZE 4,0,4 TAG 4 AND RELATIVE PART 4 F5G35420

References (2)

	03366	0 50000 0 00355	4618		CLA	T4SYM	F5G43560
	03456	0 50000 0 00355	4674		CLA	T4SYM	F5G44090

␣TAGMK = 226

Definition
00342 0 00000 7 77777 3770 TAGMK −1,−1 F5G35310

References (3)

02230	−0 32000 0 00342	3996	ANA	TAGMK EXTRACT THE	F5G37560
02551	−0 32000 0 00342	4213	ANA	TAGMK EXTRACT THE TAG	F5G39730
03023	−0 32000 0 00342	4387	ANA	TAGMK	F5G41250

␣TMP10 = 303

Definition
00457 0 00000 0 00000 3859 TMP10 TEMP. STORE , LASTS ONLY 10 INSTRS. F5G36190

References (37)

02174	−0 63400 4 00457	3967		SXD	TMP10,4 YES, COMP1LE THE INST	F5G37270
02205	−0 53400 4 00457	3976		LXD	TMP10,4	F5G37360
02604	0 60200 0 00457	4240		SLW	TMP10	F5G40000
02605	0 50000 0 00457	4241		CLA	TMP10	F5G40010
02625	0 60200 0 00457	4257		SLW	TMP10 AN LXD	F5G40051
02626	0 50000 0 00457	4258		CLA	TMP10	F5G40052
02715	0 60200 0 00457	4314		SLW	TMP10	F5G40520
02716	0 50000 0 00457	4315		CLA	TMP10	F5G40530
03004	0 60200 0 00457	4371		SLW	TMP10	F5G41090
03007	−0 32000 0 00457	4375		ANA	TMP10	F5G41130
03026	−0 50000 0 00457	4390		CAL	TMP10	F5G41280
03073	0 60200 0 00457	4428		SLW	TMP10 STORE SYMBOLIC ADDR.	F5G41660
03101	0 50000 0 00457	4434	GOV2	CLA	TMP10 NO	F5G41720
03247	0 60200 0 00457	4537		SLW	TMP10	F5G42750
03250	0 50000 0 00457	4538		CLA	TMP10	F5G42760
03300	0 60200 0 00457	4562		SLW	TMP10	F5G43000
03301	0 50000 0 00457	4563		CLA	TMP10	F5G43010
03340	0 60200 0 00457	4596		SLW	TMP10	F5G43340
03341	0 50000 0 00457	4597		CLA	TMP10	F5G43350
03354	0 60200 0 00457	4608		SLW	TMP10	F5G43460
03355	0 50000 0 00457	4609		CLA	TMP10	F5G43470
03414	0 60200 0 00457	4640		SLW	TMP10	F5G43790
03415	0 50000 0 00457	4641		CLA	TMP10	F5G43800
03434	0 60200 0 00457	4656		SLW	TMP10	F5G43910
03435	0 50000 0 00457	4657		CLA	TMP10	F5G43920
04024	0 60100 0 00457	4911		STO	TMP10 YES	F5G46460
04027	0 50000 0 00457	4914		CLA	TMP10 YES	F5G46490
04065	0 60100 0 00457	4945		STO	TMP10 PUT NO OF PREV. BB IN TMP10	F5G46800
04073	0 40200 0 00457	4951		SUB	TMP10 TRANSFERS PRED ENTRY	F5G46860
04164	0 60100 0 00457	5010		STO	TMP10	F5G47450
04167	0 40200 0 00457	5013		SUB	TMP10	F5G47480
04355	0 60100 0 00457	5135		STO	TMP10 STORE	F5G48700
04362	0 40200 0 00457	5140		SUB	TMP10	F5G48750
04364	0 60100 0 00457	5142		STO	TMP10	F5G48770
04373	0 40200 0 00457	5149		SUB	TMP10	F5G48840
04402	0 40200 0 00457	5156		SUB	TMP10	F5G48910
04414	0 70000 0 00457	5168		CPY	TMP10 FILE SEPARATES RELATIVE CONST. ROUTINES	F5G49030

␣TRAC3 = 1517

Definition
02755 −0 63400 2 00447 4348 TRAC3 SXD BBOX,2 THIS IS GO TO ALPHA F5G40860

References (2)

	02742	0 02000 0 02755	4337	TRTTR	TRA	TRAC3 TTR	F5G40750
	03041	0 02000 0 02755	4401		TRA	TRAC3 OTHERWISE DO EXACTLY AS FOR TRA TRANSFER	F5G41390

␣TRACS = 1514

Definition
02752 −0 50000 2 01077 4345 TRACS CAL INST−2,2 OP CODE IS TRA SEE IF ADDRESS F5G40830
Reference
02737 0 02000 0 02752 4334 TRA TRACS TRAIS OP CODE F5G40720

␣TRTIN = 1502

Definition
02736 0 02000 0 02721 4332 TRTIN TRA NOEND TSX F5G40700
Reference
02711 0 10000 4 02737 4310 TZE TRTIN+1,4 ENDINGS TRANSFER WHEN FOUND F5G40480

␣TRTTR = 1506

Definition
02742 0 02000 0 02755 4337 TRTTR TRA TRAC3 TTR F5G40750
Reference
02747 0 10000 4 02743 4342 TZE TRTTR+1,4 TRANSFER IF IOUND F5G40800

␣TTYP1 = 1654

Definition
03166 0 40200 0 00402 4488 TTYP1 SUB PCC F5G42260
Reference
03164 0 02000 0 03166 4486 TRA TTYP1 F5G42240

␣TTYPE = 1650

Definition
03162 0 50000 2 01077 4484 TTYPE CLA INST−2,2 IS THIS TRANSFER TO NEXT INST. F5G42220
Reference
02720 0 10000 0 03162 4317 TZE TTYPE IS A CONDITIONAL TRANSFER F5G40550

␣VSTAG = 241

Definition
00361 0 00000 0 00000 3786 VSTAG PZE 0 F5G35460

References (4)

02302	0 50000 2 00361	4039		CLA	VSTAG,2	F5G37990
02556	−0 50000 4 00361	4218		CAL	VSTAG,4 CONVERT S-TAG TO 1,2, OR 4	F5G39780
03006	0 50000 2 00361	4374	GON3	CLA	VSTAG,2 DOES THIS THIS IR NEED SXD	F5G41120
03027	−0 32000 2 00361	4391		ANA	VSTAG,2	F5G41290

␣XX16X = 261

Definition
00405 +000160000000 3806 XX16X OCT 160000000 F5G35660
Reference
03117 0 40200 0 00405 4448 SUB XX16X F5G41860

␣XX360 = 262

Definition
00406 +000360000000 3807 XX360 OCT 360000000 F5G35670
Reference
03123 0 40200 0 00406 4452 SUB XX360 F5G41900

␣XXPSX = 260

Definition
00404 +000770000000 3805 XXPSX OCT 770000000 CONSTANTS TO TEST PSE ADDR. F5G35650
Reference
03116 −0 32000 0 00404 4447 ANA XXPSX SEE IF IT IS 164-6 F5G41850

␣ZINST = 100

Definition
00144 175 ZINST EQU RECNO*100 LENGTH OF INST TABLE F5G01790

References (4)

02525	−2 00144 2 02527	4193	FNDAS	TNX	2FNDS,2,ZINST IS BLOCK OF INST. ALL USED	F5G39530
03063	−2 00144 2 03065	4420	13TNX	TNX	GOV1,2,ZINST IS BLOCK OF INST ALL USED	F5G41580
03515	3 00143 4 03525	4707		TXH	D1XX,4,ZINST−1 IF 3RD FULL REC. NOT END OF FILE	F5G44420
03543	1 00145 2 03544	4729	1TXI	TXI	1TXI+1,2,ZINST+1	F5G44640

BEGBBY = 1904

Definition
03560 0 50000 0 00443 4743 BEGBBY CLA BBNO F5G44780
Reference
03555 −0 12000 0 03560 4740 TMI BEGBBY F5G44750

INSTTP = 4

Definition

	165			ORDER OF DRUM TABLES IS SUCC STARTING AT ZERO, FOLLOWED BY	F5G01690
	166			PRED, BBB, AND STAG, WHICH IS FILLED IN BY SECTION V.	F5G01700
	167			THE ORDER OF INFORMATION IN KEYS IS ... KEYS=NUMBER OF BBS,	F5G01710
	168			KEYS+1=START OF PRED, KEYS+2=START OF BBB, AND KEYS+3=STAG.	F5G01720
00004	169	INSTTP	EQU	4 COMPILED INST ON TAPE 4	F5G01730

References (8)

16012	0 77200 0 00204	3260		REW	INSTTP REWIND THE COMPILED INST TAPE	F5G30150
03502	0 76200 0 00224	4696	D1RDS	RTB	INSTTP SELECT INST TAPE	F5G44310
03510	0 76200 0 00224	4702		RTB	INSTTP NO, READ NEXT RECORD	F5G44370
03534	0 76400 0 00204	4722	D2BST	BST	INSTTP BACKSPACE OVER RECORDS JUST READ	F5G44570
04413	0 76200 0 00224	5167	LSTBB	RTB	INSTTP AN END OF	F5G49020
04422	0 76200 0 00224	5174		RTB	INSTTP OF RELATIVE CONSTANT SUBROUTINES	F5G49090
04436	0 77200 0 00204	5186	EFREW	REW	INSTTP REWIND THE TAPE	F5G49210
04451	0 76400 0 00204	5197	EFERR	BST	INSTTP	F5G49320

LFTMSK = 227

Definition
00343 −3 77777 0 00000 3771 LFTMSK MTH 0,0,−1 F5G35320

References (9)

	00343	3772	SMK3	SYN	LFTMSK	F5G35330
02603	−0 32000 0 00343	4239		ANA	LFTMSK	F5G39990
02624	−0 32000 0 00343	4256		ANA	LFTMSK	F5G40050
03246	−0 32000 0 00343	4536		ANA	LFTMSK IF IT IS TPL	F5G42740
03277	−0 32000 0 00343	4561		ANA	LFTMSK	F5G42990
03337	−0 32000 0 00343	4595		ANA	LFTMSK	F5G43330
03353	−0 32000 0 00343	4607		ANA	LFTMSK	F5G43450
03413	−0 32000 0 00343	4639		ANA	LFTMSK	F5G43780
03433	−0 32000 0 00343	4655		ANA	LFTMSK	F5G43900

NXTLOC = 292

Definition
00444 0 00000 0 00000 3848 NXTLOC LOCATUON OF 1ST INST OF THE BB F5G36080

References (10)

02703	0 40200 0 00444	4304	SUB	NXTLOC	F5G40420
02724	0 40200 0 00444	4321	SUB	NXTLOC	F5G40590
03077	0 40200 0 00444	4432	SUB	NXTLOC 1ST INST IN NEXT BB, IS IT	F5G41700
03147	0 40200 0 00444	4473	SUB	NXTLOC	F5G42110
03212	0 40200 0 00444	4508	SUB	NXTLOC	F5G42460
03255	0 40200 0 00444	4543	SUB	NXTLOC	F5G42810
03260	0 40200 0 00444	4546	SUB	NXTLOC	F5G42840
03305	0 40200 0 00444	4567	SUB	NXTLOC SEQUENTIAL TRANSFER	F5G43050
03445	0 40200 0 00444	4665	SUB	NXTLOC OF NEXT BB.	F5G44000
03574	0 60100 0 00444	4755	STO	NXTLOC	F5G44900

STAGN1 = 299

Definition
00453 0 00000 0 00000 3855 STAGN1 WORD FROM STAG SHIFTED LEFT MULTIPLE OF 1 F5G36150

References (4)

02544	0 60100 0 00453	4208		STO	STAGN1 THE STAG WORD	F5G39680
02553	−0 50000 0 00453	4215		CAL	STAGN1	F5G39750
02667	−0 50000 0 00453	4291	CI6	CAL	STAGN1 NO SXD REQUIRED.	F5G40290
02671	0 60200 0 00453	4293		SLW	STAGN1	F5G40310

STAGN2 = 300

Definition
00454 0 00000 0 00000 3856 STAGN2 SAME WORD SHIFTED BY ONES F5G36160

References (6)

02542	0 60100 0 00454	4206		STO	STAGN2 GET AND STORE	F5G39660
02564	−0 50000 0 00454	4224	CI5A	CAL	STAGN2	F5G39840
02612	−0 50000 0 00454	4246	SKLY	CAL	STAGN2	F5G40040
02642	0 50000 0 00454	4270	CI2	CLA	STAGN2	F5G40080
02672	−0 50000 0 00454	4294		CAL	STAGN2	F5G40320
02674	0 60200 0 00454	4296		SLW	STAGN2	F5G40340

STPCSZ = 1748

Definition
03324 0 50000 2 01074 4582 STPCSZ CLA INST−5,2 F5G43200
Reference
02735 0 02000 0 03324 4331 TRA STPCSZ HPR F5G40690

			1817			FIRST LXING PASS.	F5G18180
	02717	−0 63400 0 02763	1818	L	SXD	ROT3,0	F5G18190

			1117			THE S9 SUBROUTINE LOADS EN1,2,3.	F5G11180
	01466	−0 63400 4 00476	1118	S9	SXD	S9V2,4 STORE RETURN INDEX.	F5G11190

			3980			DETERMINE AN SXD CASE SUBROUTINE	F5G37400
	02211	−0 63400 4 00476	3981	SH	SXD	SHV1,4 STORE RETURN	F5G37410

			4006			COMPILE AN SXD CASE SUBROUTINE	F5G37660
	02242	−0 63400 4 00501	4007	SI	SXD	SIV2,4 STORE RETURN	F5G37670

			4067			DETERMINE IF THE SXD CASE IS ASSOCIATED WITH AN LXD LIST	F5G38270
	02336	−0 63400 4 00507	4068	SJ	SXD	SJV2,4	F5G38280

			4093			PUT WORD OF COMPILED INST ON TAPE	F5G38530
	02367	−0 53400 1 00655	4094	SK	LXD	SKV1,1	F5G38540

			4106			SUBROUTINE FOR COMPILING TRA TO LXD CASE	F5G38660
	02403	−0 32000 0 00434	4107	SL	ANA	Z2K5 FORM	F5G38670

			4137			COMPILE AN LXD LIST	F5G38970
	02440	0 50000 2 00715	4138	SM	CLA	LLIND,2 IMMEDIATELY RETURN IF LIST IS	F5G38980

			4756			DETERMINE WHICH LXD CASES EXIST , RESULT IN Z1V5	F5G44910
	03575	0 56000 0 00314	4757	Z1	LDQ	ZERO INITIALIZE THE EXISTENCE	F5G44920

			4836			EXPAND TNE LXD LISTS	F5G45710
	03712	0 50000 0 00434	4837	Z3	CLA	Z2K5 IS THE	F5G45720

			4934			DETECT AND COMPILE ANY SEQUENTIAL TRANSFER	F5G46690
	04053	0 56000 0 00416	4935	Z4	LDQ	MZE PUT MINUS ZEROS IN	F5G46700

			4989			FORM THE SXD LIST AND THE SYN CARD LIST	F5G47240
	04140	0 50000 0 00316	4990	Z5	CLA	ONED SET INDEX IN SYN TABLE	F5G47250

			5074			COMPILE THE SXD LIST	F5G48090
	04263	0 53400 1 00333	5075	Z6	LXA	LM20,1 SET TO START OF SXD LIST	F5G48100

			5084			COMPILE TNE LXD LISTS AND ASSOCIATED SXD S	F5G48190
	04274	−0 53400 2 00324	5085	Z7	LXD	LD3,2 SET TO BEGIN SCAN OF LISTS	F5G48200

			5132			COMPILE ANY SYN CARDS	F5G48670
	04353	−0 50000 0 00443	5133	Z8	CAL	BBNO FORM	F5G48680

			1784			OF THE NEW REGION WORD	F5G17850
	02657	0 56000 0 00314	1785	F83	LDQ	ZERO STORE INITIAL	F5G17860

			519			VARIABLES FOR MATCHING SUBROUTINE S5	F5G05200
	00455	0 00000 0 00000	520	IR4		TEMP. STORAGE FOR C (IR1)	F5G05210

			423			THE L CONSTANTS MUST BE AHEAD OF THOSE FOR S5	F5G04240
	00333	+000000777776	424	LK1	OCT	777776 E,HASH SYMBOL	F5G04250

			633			THE LX1,2,3 CELLS CONTAIN THE ENTRANCE REQUIREMENTS FOR A BB.	F5G06340
	00562	0 00000 0 00000	634	LX1		3 ENTRANCE REQUIREMENTS OF A BB	F5G06350

			234			PARAMETERS FOR BBB TABLE	F5G02350
	00067	0 76700 0 00022	235	SE1	ALS	18 BB NO. IN ADDR.	F5G02360

			223			PARAMETERS FOR PRED. TABLE	F5G02240
	00055	0 76700 0 00022	224	SE5	ALS	18	F5G02250

			213			PARAMETERS FOR SUCC. TABLE	F5G02140
	00044	−0 32000 0 00303	214	SE6	ANA	SEK4	F5G02150

			4126			SUBROUTINE FOR PUTTING HANGING TRA 0 0N TAPE	F5G38860
	02426	0 50000 0 00660	4127	SL1	CLA	SLV3	F5G38870

			558			THE ACT 1,2,3 CELLS CONTAIN ACTIVITY OF AN ALREADY TREATED BB	F5G05590
	00506	0 00000 0 00000	559	ACT1		3 ACTIVE	F5G05600

			3846			THE DEFINITION OF TEMP. AND VARIABLE STORAGE LOCATIONS	F5G36060
	00443	−0 00001 0 00000	3847	BBNO	MZE	0,0,1 DECR., CURRENT BB NO. BEING SCANNED	F5G36070

			163			FIXED PARAMETER LIST, INDEP. OF CORESIZE	F5G01670
		17774	164	KEYS	SYN	MSIZE−4 CONSTANTS TO RELATE PROGRAM TO TABLES	F5G01680

			776			OF SOME KIND.	F5G07770
	00763	0 56000 0 00550	777	S101	LDQ	LPIND IS THIS	F5G07780

			408			CONSTANTS USED IN S1	F5G04090
	00317	0 00006 0 00000	409	S1K2	HTR	0,0,6 CONSTANT WHICH LOOKS LIKE PASS. REF.	F5G04100

			500			VARIABLES OF S3 SUBROUTINE	F5G05010
	00435	0 00000 0 00000	501	S3V1		LOCATION OF 1ST TAG IN BB	F5G05020

			419			CONSTANTS OF S4	F5G04200
	00330	0 00000 0 04615	420	S4K1		CMTL	F5G04210