␣␣␣CNL = 168

1. Definition

   			40			DECREMENT.	F6I00361
   	00250	−0 53400 2 00301	41	CNL	LXD	LNC,2 SET COUNTER FOR 20-WORD RECORD	F6I00370

2. Reference

   TD

   00302

   1 00000 0 00250

   70

   DCX

   TXI

   CNL

   F6I00630

␣␣␣CNV = 199

1. Definition

   00307

   0 50000 0 00425

   75

   CNV

   CLA

   TEN LOCATION.

   F6I00680

2. Reference

   00314

   1 00001 4 00307

   80

   TXI

   CNV,4,1

   F6I00730

␣␣␣CNW = 169

1. Definition

   00251

   −0 50000 0 00422

   42

   CNW

   CAL

   BLANKS STORE BLANKS IN FIRST WORD OF 4-WORD ENTRY

   F6I00380

2. Reference

   00277

   2 00004 2 00251

   66

   TIX

   CNW,2,4 MORE ENTRIES + STILL ROOM IN 20-WORD BLOCK, GO

   F6I00600

␣␣␣DCR = 195

1. Definition

   00303

   −0 63400 4 00302

   71

   DCR

   SXD

   DCX,4

   F6I00640

2. References (2)

   	00254	0 07400 4 00303	45		TSX	DCR,4 GO TO CONVERT EXTERNAL FORMULA NO. TO BCD IMAGE	F6I00410
   	00260	0 07400 4 00303	50		TSX	DCR,4 IMAGE OF ITS DEC. REPRESENTATION AND STORE IT	F6I00450

␣␣␣DCX = 194

1. Definition

   TD

   00302

   1 00000 0 00250

   70

   DCX

   TXI

   CNL

   F6I00630

2. References (2)

   	00303	−0 63400 4 00302	71	DCR	SXD	DCX,4	F6I00640
   	00322	−0 53400 4 00302	86		LXD	DCX,4	F6I00790

␣␣␣DEC = 207

1. Definition

   00317

   0 76700 0 00006

   83

   DEC

   ALS

   6

   F6I00760

2. Reference

   00321

   2 00001 4 00317

   85

   TIX

   DEC,4,1

   F6I00780

␣␣␣DIG = 346

1. Definition

   00532

   161

   DIG

   BES

   6

   F6I01180

2. References (3)

   	00313	0 60200 4 00532	79		SLW	DIG,4 STORE REMAINDERS.	F6I00720
   	00315	−0 60000 4 00532	81	FIN	STQ	DIG,4	F6I00740
   	00320	−0 50100 4 00532	84		ORA	DIG,4	F6I00770

␣␣␣FIN = 205

1. Definition

   00315

   −0 60000 4 00532

   81

   FIN

   STQ

   DIG,4

   F6I00740

2. Reference

   00310

   0 04000 0 00315

   76

   TLQ

   FIN

   F6I00690

␣␣␣LIN = 339

1. Definition

   00523

   160

   LIN

   BSS

   1

   F6I01170

2. References (6)

   	00252	0 60200 2 00524	43		SLW	LIN+1,2	F6I00390
   	00255	0 60200 2 00525	46		SLW	LIN+2,2 OF ITS DECIMAL REPRESENTATION AND STORE IT IN	F6I00420
   	00261	0 60200 2 00526	51		SLW	LIN+3,2 IN 3RD WORD OF ENTRY.	F6I00460
   	00275	0 60200 2 00527	63		SLW	LIN+4,2	F6I00580
   	00301	0 00024 0 00524	69	LNC		LIN+1,,20	F6I00620
   	00351	0 00030 0 00530	109	LNE		LIN+5,,24	F6I01020

␣␣␣LNC = 193

1. Definition

   00301

   0 00024 0 00524

   69

   LNC

   LIN+1,,20

   F6I00620

2. Reference

   00250

   −0 53400 2 00301

   41

   CNL

   LXD

   LNC,2 SET COUNTER FOR 20-WORD RECORD

   F6I00370

␣␣␣LND = 230

1. Definition

   00346

   0 00000 0 00000

   106

   LND

   AND

   F6I00990

2. References (4)

   	00337	0 60100 0 00346	99		STO	LND FINAL RECORD.	F6I00920
   	00341	0 62100 0 00346	101		STA	LND	F6I00940
   	00343	0 40200 0 00346	103		SUB	LND	F6I00960
   	00344	0 60100 0 00346	104		STO	LND	F6I00970

␣␣␣LNE = 233

1. Definition

   00351

   0 00030 0 00530

   109

   LNE

   LIN+5,,24

   F6I01020

2. Reference

   00342

   0 50000 0 00351

   102

   CLA

   LNE

   F6I00950

␣␣␣LOC = 278

1. Definition

   00426

   +000000000000

   115

   LOC

   DEC

   0

   F6I01080

2. References (5)

   	00262	0 53400 4 00426	52		LXA	LOC,4 SET XR4 TO CURRENT INTERNAL FORMULA NUMBER.	F6I00470
   	00265	0 62100 0 00426	55		STA	LOC LOC NOW CONTAINS LOCATION OF CURRENT INTERNAL	F6I00500
   	00266	0 50000 0 00426	56		CLA	LOC FORMULA NUMBER.	F6I00510
   	00304	0 62100 0 00426	72		STA	LOC TO CONVERT ADDRESS	F6I00650
   	00306	0 56000 0 00426	74		LDQ	LOC IMAGE OF DECIMAL	F6I00670

␣␣␣OCT = 186

1. Definition

   00272

   0 76700 0 00003

   60

   OCT

   ALS

   3 STORE IT IN THE

   F6I00550

2. References (2)

   	00271	−0 14000 0 00272	59		TNO	OCT REPRESENTATION, AND	F6I00540
   	00274	−0 14000 0 00272	62		TNO	OCT	F6I00570

␣␣␣SUM = 347

1. Definition

   00533

   163

   SUM

   BSS

   1

   F6I01200

2. References (3)

   	00216	−0 70000 0 00533	14		CAD	SUM	F6I00110
   	00233	0 70000 0 00533	27		CPY	SUM	F6I00240
   	00235	−0 70000 0 00533	29		CAD	SUM	F6I00260

␣␣␣SYM = 346

1. Definition

   00532

   162

   SYM

   BSS

   1

   F6I01190

␣␣␣TEN = 277

1. Definition

   00425

   +000000000012

   114

   TEN

   DEC

   10

   F6I01070

2. References (2)

   	00307	0 50000 0 00425	75	CNV	CLA	TEN LOCATION.	F6I00680
   	00312	0 22100 0 00425	78		DVP	TEN DIVIDE BY TEN AND	F6I00710

␣␣␣WLL = 222

1. Definition

   00336

   −0 75400 2 00000

   98

   WLL

   PXD

   0,2 TO GET WORD COUNTERS FOR WRITING

   F6I00910

2. Reference

   00276

   −2 00001 1 00336

   64

   TNX

   WLL,1,1 TRANSFER WHEN ALL EIFN ENTRIES HAVE BEEN

   F6I00590

␣␣ENDS = 231

1. Definition

   00347

   0 76200 0 00221

   107

   ENDS

   RTB

   1 GO TO LOADER.

   F6I01000

2. Reference

   D

   00224

   −3 00000 1 00347

   20

   TXL

   ENDS,1 ANY FORMULA NOS. NO, GO TO ENDS.

   F6I00170

␣␣FIFL = 179

1. Definition

   U

   00263

   0 50000 4

   53

   FIFL

   CLA

   IFN,4

   F6I00480

2. Reference

   00247

   0 62100 0 00263

   39

   STA

   FIFL LOCATION OF DEA TABLE WHICH HAS IFN TABLE IN

   F6I00360

␣␣POOP = 218

1. Definition

   00332

   0 70000 2 00332

   94

   POOP

   CPY

   *,2

   F6I00870

2. References (2)

   	00330	0 62100 0 00332	92		STA	POOP	F6I00850
   	00333	2 00001 2 00332	95		TIX	POOP,2,1	F6I00880

␣6BITS = 276

1. Definition

   00424

   +000000000077

   113

   6BITS

   OCT

   77

   F6I01060

␣BLANK = 275

1. Definition

   00423

   000000000060

   112

   BLANK

   BCD

   100000␣

   F6I01050

2. Reference

   00270

   −0 50000 0 00423

   58

   CAL

   BLANK TO THE BCD IMAGE OF ITS OCTAL

   F6I00530

␣CEIFN = 153

1. Definition

   00231

   −0 70000 2 02112

   25

   CEIFN

   CAD

   TEIFN,2 NUMBERS INTO TEIFN-WD CT,..., TEIFN-1

   F6I00220

2. Reference

   00232

   2 00001 2 00231

   26

   TIX

   CEIFN,2,1

   F6I00230

␣CHEAD = 320

1. Definition

   A

   00500

   158

   CHEAD

   BSS

   F6I01150

2. Reference

   00245

   0 00024 0 00500

   37

   CHEAD,,20

   F6I00340

␣EIFNA = 138

1. Definition

   T

   00212

   −0 75400 0 00002

   10

   EIFNA

   PXD

   2

   F6I00070

2. Reference

   00213

   0 46000 0 00212

   11

   LDA

   EIFNA

   F6I00080

␣EIFTA = 151

1. Definition

   T

   00227

   −0 75400 0 00004

   23

   EIFTA

   PXD

   4 READ INTERNAL-

   F6I00200

2. Reference

   00230

   0 46000 0 00227

   24

   LDA

   EIFTA EXTERNAL FORMULA

   F6I00210

␣LEIFN = 147

1. Definition

   00223

   −0 53400 3 02112

   19

   LEIFN

   LXD

   TEIFN,3 SET XR1+XR2=WD CT OF EIFN TABLE.

   F6I00160

2. Reference

   00220

   0 10000 0 00223

   16

   TZE

   LEIFN WORD COUNT OKAY.

   F6I00130

␣LIB30 = 150

1. Definition

   00226

   0 76200 0 00304

   22

   LIB30

   RDR

   4

   F6I00190

2. Reference

   00240

   2 00001 4 00226

   32

   TIX

   LIB30,4,1

   F6I00290

␣LOC15 = 279

1. Definition

   00427

   0 00000 0 00017

   116

   LOC15

   HTR

   15

   F6I01090

2. References (2)

   	00210	0 53400 4 00427	8		LXA	LOC15,4 SET DRUM READ ERROR COUNTER.	F6I00050
   	00225	0 53400 4 00427	21		LXA	LOC15,4 YES, SET READ ERROR COUNTER	F6I00180

␣PEIFN = 162

1. Definition

   00242

   0 07400 4 00324

   34

   PEIFN

   TSX

   SPACE,4 COPY TITLE AND HEADING ON TAPE 2,

   F6I00310

2. Reference

   00237

   0 10000 0 00242

   31

   TZE

   PEIFN TRANSFER IF OKAY.

   F6I00280

␣REIFN = 137

1. Definition

   00211

   0 76200 0 00304

   9

   REIFN

   RDR

   4 SELECT DRUM 4 TO READ EIFN TABLE.

   F6I00060

2. Reference

   00221

   2 00001 4 00211

   17

   TIX

   REIFN,4,1

   F6I00140

␣SPACE = 212

1. Definition

   00324

   0 76600 0 00202

   88

   SPACE

   WTD

   2

   F6I00810

2. References (2)

   	00242	0 07400 4 00324	34	PEIFN	TSX	SPACE,4 COPY TITLE AND HEADING ON TAPE 2,	F6I00310
   	00244	0 07400 4 00324	36		TSX	SPACE,4	F6I00330

␣TEIFN = 1098

1. Definition

   02112

   164

   TEIFN

   BES

   750

   F6I01210

2. References (5)

   	00214	−0 70000 0 02112	12		CAD	TEIFN	F6I00090
   	00223	−0 53400 3 02112	19	LEIFN	LXD	TEIFN,3 SET XR1+XR2=WD CT OF EIFN TABLE.	F6I00160
   	00231	−0 70000 2 02112	25	CEIFN	CAD	TEIFN,2 NUMBERS INTO TEIFN-WD CT,..., TEIFN-1	F6I00220
   	00253	−0 50000 1 02112	44		CAL	TEIFN,1 SELECT EIFN TABLE ENTRY.	F6I00400
   	00256	−0 50000 1 02112	48		CAL	TEIFN,1	F6I00430

␣TITLE = 300

1. Definition

   A

   00454

   137

   TITLE

   BSS

   F6I01120

2. Reference

   00243

   0 00024 0 00454

   35

   TITLE,,20

   F6I00320

␣WRITE = 214

1. Definition

   00326

   0 76600 0 00202

   90

   WRITE

   WTD

   2

   F6I00830

2. References (2)

   	00300	0 07400 4 00326	68		TSX	WRITE,4 WRITE TAPE 2 BLOCK.	F6I00610
   	00345	0 07400 4 00326	105		TSX	WRITE,4 WRITE FINAL RECORD	F6I00980

BLANKS = 274

1. Definition

   00422

   606060606060

   111

   BLANKS

   BCD

   1␣␣␣␣␣␣

   F6I01040

2. References (3)

   	00251	−0 50000 0 00422	42	CNW	CAL	BLANKS STORE BLANKS IN FIRST WORD OF 4-WORD ENTRY	F6I00380
   	00316	−0 50000 0 00422	82		CAL	BLANKS	F6I00750
   	00325	0 70000 0 00422	89		CPY	BLANKS	F6I00820