ASM1130 CROSS ASSEMBLER V1.22 -- V2M12 -- Sun Nov 1 19:25:10 2020
Source File: \v1fchrx.asm
1 | *************************************************** V1G00010
2 | * * V1G00020
3 | * STATUS - VERSION 2, MODIFICATION 8 V1G00030
4 | * SUBROUTINE NAME- * V1G00040
5 | * FULL NAME- STANDARD PRECISION ANNOTATION * V1G00050
6 | * SUBROUTINE. * V1G00060
7 | * CODE NAME- FCHRX * V1G00070
8 | * PURPOSE- FORMS THE CHARACTERS SPECIFIED BY * V1G00080
9 | * COMPUTER OUTPUT DATA USING PARAMETERS FROM * V1G00090
10 | * THE CHARACTER SUBROUTINE (FCHAR). * V1G00100
11 | * METHOD- N/A * V1G00110
12 | * CAPABILITIES AND LIMITATIONS- SEE IBM * V1G00120
13 | * 1130/1800 PLOTTER SUBROUTINES MANUAL * V1G00130
14 | * (FORM C26-3755). * V1G00140
15 | * SPECIAL FEATURES- N/A * V1G00150
16 | * ADDITIONAL INFORMATION- N/A * V1G00160
17 | * * V1G00170
18 | *************************************************** V1G00180
19 | * V1G00190
20 | * THE CALL TO THE FCHRX ROUTINE V1G00200
21 | * IS AS FOLLOWS V1G00210
22 | * V1G00220
23 | * LIBF FCHRI V1G00230
24 | * DC 0 V1G00240
25 | * DC BUFFER OF CHARACTERS TO PLOT V1G00250
26 | * DC 0 V1G00260
27 | * V1G00270
28 | * LIBF WCHRI V1G00280
29 | * XR1 = BUFFER ADDRESS 2-8 V1G00290
30 | * XR2 = CHAR COUNT 2-8 V1G00300
31 | * V1G00310
32 | * LIBF FCHRX V1G00320
33 | * XR1 = XS+8 V1G00330
34 | * . V1G00340
35 | * . V1G00350
36 | * . V1G00360
37 | * . V1G00370
38 | * XS DEC X-SCALE (REAL) V1G00380
39 | * DEC Y-SCALE (REAL) V1G00390
40 | * DEC COS(THETA) V1G00400
41 | * DEC SIN(THETA) V1G00410
42 | * V1G00420
43 | SPR V1G00430
44 | LIBR V1G00440
45 | ENT FCHRX ENTRY FROM FCHAR CALL V1G00450
46 | ENT FCHRI ENTRY FROM FIO WRITE STMNT V1G00460
47 | ENT WCHRI ENTRY FROM FIO WRITE STMNT V1G00470
0000 6A0C 48 | WCHRI STX 2 CNT SET CHARACTER COUNT V1G00480
0001 6680 0000 49 | LDX I2 *-* SET EXIT V1G00490
0003 6A18 50 | STX 2 EXIT V1G00500
0004 6913 51 | STX 1 SV1 SAVE XR1 V1G00510
0005 6A14 52 | STX 2 SV2 SAVE XR2 V1G00520
0006 6600 014CR 53 | LDX L2 V SET XR2 WITH V V1G00530
0008 C035 54 | LD AN0 SET 1 CHARACTER/WORD SWITCH V1G00540
0009 D03D 55 | STO AN1 V1G00550
000A 6D00 00CCR 56 | STX L1 ADD SET BUFFER ADDRESS V1G00560
000C 702A 57 | MDX AN V1G00570
000D 0000 58 | CNT DC *-* CHARACTER COUNT V1G00580
000E 740A 00F1R 59 | XOX MDX L NLET,10 MAKE TEN MORE 2-8 V1G00590
0010 C2A5 60 | LD 2 NLET-V GET NUMBER OF LETTERS 2-8 V1G00600
0011 7401 00CFR 61 | MDX L SW3,1 TURN ON CNTRL SW 2-8 V1G00610
0013 706C 62 | MDX MB1 CALCULATE COORDINATES 2-8 V1G00620
0014 74FF 000DR 63 | XOX1 MDX L CNT,-1 SKIP IF BUFFER OUTPUTED V1G00630
0016 7027 64 | MDX AN0 V1G00640
0017 6500 0000 65 | RTN LDX L1 *-* RESTORE XR1 AND XR2 V1G00650
0018R 66 | SV1 EQU *-1 V1G00660
0019 6600 0000 67 | LDX L2 *-* V1G00670
001AR 68 | SV2 EQU *-1 V1G00680
001B 4C00 0000 69 | BSC L *-* EXIT V1G00690
001CR 70 | EXIT EQU *-1 RETURN V1G00700
001D 69FA 71 | FCHRI STX 1 SV1 SAVE XR1 V1G00710
001E 6580 0000 72 | LDX I1 *-* V1G00720
0020 6AF9 73 | STX 2 SV2 SAVE XR2 V1G00730
0021 6600 014CR 74 | LDX L2 V SET XR2 WITH V V1G00740
0023 C101 75 | LD 1 1 GET ADDRESS OF BUFFER V1G00750
0024 82A4 76 | A 2 H0002-V V1G00760
0025 D280 77 | STO 2 ADD-V V1G00770
0026 92A4 78 | S 2 H0002-V GET COUNT V1G00780
0027 D001 79 | STO *+1 V1G00790
0028 C400 0000 80 | LD L *-* LOAD COUNT V1G00800
002A 92A3 81 | S 2 H0001-V V1G00810
002B 1001 82 | SLA 1 V1G00820
002C D0E0 83 | STO CNT CHARACTER COUNT V1G00830
002D 7102 84 | MDX 1 2 V1G00840
002E 69ED 85 | STX 1 EXIT SET EXIT IF TEST FUNCTION V1G00850
002F C1FE 86 | LD 1 -2 V1G00860
0030 4C18 0017R 87 | BSC L RTN,+- BRANCH IF FIO TEST FUNCTION V1G00870
0032 7101 88 | MDX 1 1 V1G00880
0033 69E8 89 | STX 1 EXIT SET FOR NORMAL RETURN V1G00890
0034 C03A 90 | LD CN1 SET FOR MULTIPLE FIO V1G00900
0035 D011 91 | STO AN1 MODIFY INST TO SLA 16 V1G00910
0036 1010 92 | SLA 16 NORMALIZE SW1 V1G00920
0037 D281 93 | AN STO 2 SW1-V V1G00930
0038 10A0 94 | SLT 32 2-8 V1G00940
0039 D2A5 95 | STO 2 NLET-V CLEAR 2-8 V1G00950
003A DAA8 96 | STD 2 XLAST-V CLEAR XLAST,YLAST 2-8 V1G00960
003B C0D1 97 | LD CNT CHECK FOR ZERO COUNT V1G00970
003C 4C18 0017R 98 | BSC L RTN,+- BRANCH IF NO BUFFER V1G00980
003E C281 99 | AN0 LD 2 SW1-V SW1 NORMAL V1G00990
003F 4C20 0047R 100 | BSC L AN1,Z BRANCH IF N0 V1G01000
0041 6C00 00CDR 101 | STX L0 SW1 TAG SW1 V1G01010
0043 C480 00CCR 102 | LD I ADD GET LEFT CHARACTER V1G01020
0045 1808 103 | SRA 8 V1G01030
0046 7007 104 | MDX AN2 V1G01040
0047 1010 105 | AN1 SLA 16 -*- NORMALIZE SW1 V1G01050
0048 D281 106 | STO 2 SW1-V V1G01060
0049 C480 00CCR 107 | LD I ADD GET RIGHT CHARACTER V1G01070
004B E2A2 108 | AND 2 H00FF-V V1G01080
004C 7401 00CCR 109 | MDX L ADD,1 INCREMENT ADD V1G01090
110 | * STATEMENT REMOVED 2-8 V1G01100
004E D284 111 | AN2 STO 2 SVCH-V SAVE CHARACTER V1G01110
004F 6500 0123R 112 | LDX L1 TABLE POINT XR1 TO CHAR TABLE V1G01120
0051 C100 113 | AN3 LD 1 0 FETCH A CHARACTER V1G01130
0052 4C18 005FR 114 | BSC L AN4,+- BR IF END OF TABLE V1G01140
0054 1888 115 | SRT 8 V1G01150
0055 E2A2 116 | AND 2 H00FF-V COMPARE RIGHT 8 BITS WITH V1G01160
0056 F284 117 | EOR 2 SVCH-V *SAVED CHARACTER V1G01170
0057 4C18 0061R 118 | BSC L AN5,+- BRANCH IF MATCH V1G01180
0059 1808 119 | SRA 8 V1G01190
005A 1088 120 | SLT 8 V1G01200
005B D001 121 | STO *+1 V1G01210
005C 7500 0000 122 | MDX L1 *-* V1G01220
123 | * STATEMENT REMOVED 2-8 V1G01230
005E 70F2 124 | MDX AN3 TRY NEXT CHARACTER V1G01240
005F 6500 022BR 125 | AN4 LDX L1 LBLK-1 NOT IN TABLE, SUPPLY BLANK V1G01250
0061 7101 126 | AN5 MDX 1 1 V1G01260
0062 696E 127 | STX 1 STRNG V1G01270
0063 1010 128 | SLA 16 NORMALIZE SW2 V1G01280
0064 D069 129 | STO SW2 V1G01290
0065 D06E 130 | STO XN XN = 0 V1G01300
0066 D06F 131 | STO YN YN = 0 V1G01310
0067 C066 132 | CNO LD SW2 SW2 NORMAL V1G01320
0068 4C20 006FR 133 | BSC L CN1,Z BRANCH IF NO V1G01330
006A 6863 134 | STX 0 SW2 TAG SW2 V1G01340
006B C480 00D1R 135 | LD I STRNG GET LEFT COORDINATE V1G01350
006D 1808 136 | SRA 8 V1G01360
006E 7007 137 | MDX CN2 V1G01370
006F 1010 138 | CN1 SLA 16 NORMALIZE SW2 V1G01380
0070 D05D 139 | STO SW2 V1G01390
0071 C480 00D1R 140 | LD I STRNG GET RIGHT COORDINATE V1G01400
0073 E2A2 141 | AND 2 H00FF-V 2-8 V1G01410
0074 7401 00D1R 142 | MDX L STRNG,1 INCREMENT STRNG V1G01420
143 | * STATEMENT REMOVD 2-8 V1G01430
0076 1884 144 | CN2 SRT 4 SET UP XN+1,YN+1 V1G01440
0077 4C18 00C1R 145 | BSC L CNTL,+- IS CORDINATE A CONTROL V1G01450
0079 9075 146 | S H0001 V1G01460
007A D05A 147 | STO XN+1 V1G01470
007B 1804 148 | SRA 4 V1G01480
007C 1084 149 | SLT 4 V1G01490
007D 9071 150 | S H0001 V1G01500
007E D058 151 | STO YN+1 V1G01510
007F C055 152 | LD XN+1 CALCULATE DELTA X = V1G01520
0080 064D*6063 153 | MB1 LIBF FLOAT (XN+1)*SIZEX 2-8 V1G01530
0081 0651*7A00 154 | LIBF FMPY V1G01540
0082 00E0R 155 | DC XC V1G01550
0083 0651*7A00 156 | LIBF FMPY MULTIPLY C/FAC BY CONSTANT V1G01560
0084 00DCR 157 | DC C10 *IN C10 V1G01570
0085 0604*4100 158 | LIBF FADD ADD TO C/ADDR IN CP5 V1G01580
0086 00E8R 159 | DC CP5 V1G01590
0087 0918*99C0 160 | LIBF IFIX CONVERT TO FIXED POINT NO. V1G01600
0088 D04F 161 | STO DELTX V1G01610
0089 C045 162 | LD SW3 GET CNTRL SW 2-8 V1G01620
008A 4C20 00CAR 163 | BSC L MOD2,Z CONTINUE IF NOT ON 2-8 V1G01630
008C C04A 164 | LD YN+1 CALCULATE DELTA Y = V1G01640
008D 064D*6063 165 | LIBF FLOAT (YN+1)*SIZEY V1G01650
008E 0651*7A00 166 | LIBF FMPY MULTIPLY C/FAC BY C/YC V1G01660
008F 00E2R 167 | DC YC V1G01670
0090 0651*7A00 168 | LIBF FMPY MULTIPLY C/FAC BY V1G01680
0091 00DCR 169 | DC C10 *CONSTANT 10 V1G01690
0092 0604*4100 170 | LIBF FADD V1G01700
0093 00E8R 171 | DC CP5 V1G01710
0094 0918*99C0 172 | LIBF IFIX CONVERT C/FAC TO INTEGER V1G01720
0095 D043 173 | MB2 STO DELTY *AND PACK UP IN ACC 2-8 V1G01730
174 | * STATEMENTS REMOVED 2-8 V1G01740
0096 A03B 175 | M SINT V1G01750
0097 D852 176 | STD TEMP DOUBLE STORE V1G01760
0098 C03F 177 | LD DELTX V1G01770
0099 A039 178 | M COST V1G01780
009A 984F 179 | SD TEMP V1G01790
009B 8850 180 | AD ROUND V1G01800
009C 1081 181 | SLT 1 V1G01810
009D D03C 182 | STO X1 COMPUTED X1 2-8 V1G01820
183 | * STATEMENTS REMOVED 2-8 V1G01830
009E C03A 184 | LD DELTY COMPUTE Y1 AND PYN V1G01840
009F A033 185 | M COST V1G01850
00A0 D849 186 | STD TEMP V1G01860
00A1 C036 187 | LD DELTX V1G01870
00A2 A02F 188 | M SINT MULTIPLY BY INTEGER V1G01880
00A3 8846 189 | AD TEMP V1G01890
00A4 8847 190 | AD ROUND V1G01900
00A5 1081 191 | SLT 1 V1G01910
00A6 D034 192 | STO Y1 COMPUTED Y1 2-8 V1G01920
00A7 C027 193 | LD SW3 TEST IF CNTRL SW ON 2-8 V1G01930
00A8 4C20 00F6R 194 | BSC L MOD3,Z BRANCH IF ON 2-8 V1G01940
00AA C02F 195 | LD X1 2-8 V1G01950
00AB 9028 196 | S XN 2-8 V1G01960
00AC D02D 197 | STO X1 2-8 V1G01970
00AD 8026 198 | A XN 2-8 V1G01980
00AE D025 199 | STO XN 2-8 V1G01990
00AF C02B 200 | LD Y1 2-8 V1G02000
00B0 9025 201 | S YN V1G02010
00B1 D029 202 | STO Y1 COMPUTED Y1 V1G02020
00B2 8023 203 | A YN V1G02030
00B3 D022 204 | STO YN V1G02040
00B4 0625*50C0 205 | LIBF FINC UPDATE SYSTEM X,Y V1G02050
00B5 00DAR 206 | DC X1 V1G02060
00B6 00DBR 207 | DC Y1 V1G02070
00B7 27A1*74E3 208 | LIBF XYPLT MOVE THE PEN V1G02080
00B8 00DAR 209 | DC X1 V1G02090
00B9 00DBR 210 | DC Y1 V1G02100
00BA C037 211 | LD XINC 2-8 V1G02110
00BB 801E 212 | A X1 2-8 V1G02120
00BC D035 213 | STO XINC ACCUMULATE X INCR 2-8 V1G02130
00BD C035 214 | LD YINC 2-8 V1G02140
00BE 801C 215 | A Y1 2-8 V1G02150
00BF D033 216 | STO YINC ACCUMULATE Y INCR 2-8 V1G02160
00C0 70A6 217 | MDX CNO BRANCH TO TEST SW2 V1G02170
00C1 1804 218 | CNTL SRA 4 STOP CONTROL V1G02180
00C2 1084 219 | SLT 4 V1G02190
00C3 D004 220 | STO CNTLX SET CONTROL PARAMETER V1G02200
00C4 902A 221 | S H0001 IS IT END OF STRING V1G02210
00C5 4C18 000ER 222 | BSC L XOX,+- BRANCH IF YES V1G02220
00C7 174D*68C9 223 | LIBF PLOTI PLOT CONTROL V1G02230
00C8 0000 224 | CNTLX DC *-* CONTROL PARAMETER V1G02240
00C9 709D 225 | MDX CNO BRANCH TO TEST SW2 V1G02250
226 | * 2-8 V1G02260
00CA 1010 227 | MOD2 SLA 16 2-8 V1G02270
00CB 70C9 228 | MDX MB2 CONTINUE 2-8 V1G02280
229 | * V1G02290
230 | * PROGRAM CONSTANTS V1G02300
231 | * V1G02310
014CR 232 | V EQU *+128 V1G02320
00CC 0000 233 | ADD DC *-* ARRAY (ONE WORD INTEGER) V1G02330
00CD 0000 234 | SW1 DC *-* LEFT/RIGHT EBCDIC CHAR V1G02340
00CE 0000 235 | SW2 DC *-* LEFT/RIGHT VALUE IN TABLE V1G02350
00CF 0000 236 | SW3 DC *-* CONTROL SWITCH 2-8 V1G02360
00D0 0000 237 | SVCH DC *-* SAVED CHARACTER V1G02370
00D1 0000 238 | STRNG DC *-* COORDINATES, LEFT & RIGHT V1G02380
00D2 0000 239 | SINT DC *-* SAVED INTEGER V1G02390
00D3 7FFF 240 | COST DC /7FFF V1G02400
00D4 0000 241 | XN DC *-* V1G02410
00D5 0000 242 | DC *-* V1G02420
00D6 0000 243 | YN DC *-* V1G02430
00D7 0000 244 | DC *-* V1G02440
00D8 0000 245 | DELTX DC *-* V1G02450
00D9 0000 246 | DELTY DC *-* V1G02460
00DA 247 | BSS E 0 2-8 V1G02470
00DA 0000 248 | X1 DC *-* V1G02480
00DB 0000 249 | Y1 DC *-* V1G02490
00DC 5000 0084 250 | C10 DEC 10. V1G02500
00DE 7FFF 008F 251 | C32K DEC 32767. CONSTANT V1G02510
00E0 6666 667D 252 | XC DEC .1 CHAR SIZE X V1G02520
00E2 6666 667D 253 | YC DEC .1 CHAR SIZE Y V1G02530
00E4 0000 0000 254 | CCOS DEC 0. V1G02540
00E6 4000 0081 255 | CSIN DEC 1. V1G02550
00E8 4000 0080 256 | CP5 DEC .5 V1G02560
00EA 0000 257 | TEMP DC 0 V1G02570
00EB 0000 258 | DC 0 V1G02580
00EC 0000 259 | ROUND DC /0000 EVEN ADDRESS V1G02590
00ED 4000 260 | DC /4000 CONSTANT V1G02600
00EE 00FF 261 | H00FF DC /00FF MASK TO REMOVE LAST BITS V1G02610
00EF 0001 262 | H0001 DC /1 CONSTANT V1G02620
00F0 0002 263 | H0002 DC /2 CONSTANT V1G02630
00F1 0000 264 | NLET DC *-* NUMBER OF LETTERS 2-8 V1G02640
00F2 265 | BSS E 0 2-8 V1G02650
00F2 0000 266 | XINC DC *-* INCREMENT STORAGE 2-8 V1G02660
00F3 0000 267 | YINC DC *-* INCREMENT STORAGE 2-8 V1G02670
00F4 0000 268 | XLAST DC *-* LAST X COORDINATE 2-8 V1G02680
00F5 0000 269 | YLAST DC *-* LAST Y COORDINATE 2-8 V1G02690
270 | * 2-8 V1G02700
00F6 C0E3 271 | MOD3 LD X1 GET COORDINATE 2-8 V1G02710
00F7 90FC 272 | S XLAST SUBTRACT LAST COORD 2-8 V1G02720
00F8 90F9 273 | S XINC SUBTRACT COMPUTED COOR 2-8 V1G02730
00F9 D0F8 274 | STO XINC DIFFERENCE IN XINC 2-8 V1G02740
00FA C0E0 275 | LD Y1 DO SAME FOR Y 2-8 V1G02750
00FB 90F9 276 | S YLAST 2-8 V1G02760
00FC 90F6 277 | S YINC 2-8 V1G02770
00FD D0F5 278 | STO YINC 2-8 V1G02780
00FE 0625*50C0 279 | LIBF FINC UPDATE SYSTEM (X,Y) 2-8 V1G02790
00FF 00F2R 280 | DC XINC 2-8 V1G02800
0100 00F3R 281 | DC YINC 2-8 V1G02810
0101 27A1*74E3 282 | LIBF XYPLT MOVE PEN 2-8 V1G02820
0102 00F2R 283 | DC XINC 2-8 V1G02830
0103 00F3R 284 | DC YINC 2-8 V1G02840
0104 C8D5 285 | LDD X1 2-8 V1G02850
0105 D8EE 286 | STD XLAST UPDATE XLAST,YLAST 2-8 V1G02860
0106 10A0 287 | SLT 32 2-8 V1G02870
0107 D0C7 288 | STO SW3 TURN OFF CNTRL SW 2-8 V1G02880
0108 D8E9 289 | STD XINC CLEAR XINC,YINC 2-8 V1G02890
0109 4C00 0014R 290 | BSC L XOX1 RETURN 2-8 V1G02900
291 | * V1G02910
010B 7002 292 | FCHRX MDX *+2 V1G02920
010C 4C80 0000 293 | BSC I *-* RETURN V1G02930
010E 6902 294 | STX 1 YLP+1 V1G02940
010F 61F8 295 | LDX 1 -8 GET XC,YC,CCOS,CSIN V1G02950
0110 064C*49C0 296 | YLP LIBF FLDX V1G02960
0111 0000 297 | DC *-* V1G02970
0112 068A*35A7 298 | LIBF FSTOX V1G02980
0113 00E8R 299 | DC XC+8 V1G02990
0114 7102 300 | MDX 1 2 V1G03000
0115 70FA 301 | MDX YLP V1G03010
0116 064C*4000 302 | LIBF FLD SINT=SIN(ANGLE)*32768. V1G03020
0117 00E6R 303 | DC CSIN V1G03030
0118 0651*7A00 304 | LIBF FMPY MULTIPLY C/FAC V1G03040
0119 00DER 305 | DC C32K *BY 32,767. V1G03050
011A 0918*99C0 306 | LIBF IFIX CONVERT TO INTEGER V1G03060
011B D0B6 307 | STO SINT SAVE INTEGER V1G03070
011C 064C*4000 308 | LIBF FLD COST=COS(ANGLE)*32768. V1G03080
011D 00E4R 309 | DC CCOS V1G03090
011E 0651*7A00 310 | LIBF FMPY MULTIPLY BY 32,767 V1G03100
011F 00DER 311 | DC C32K V1G03110
0120 0918*99C0 312 | LIBF IFIX CONVERT TO INTEGER V1G03120
0121 D0B1 313 | STO COST *AND STORE V1G03130
0122 70E9 314 | MDX FCHRX+1 V1G03140
315 | * V1G03150
316 | * CHARACTER TABLE V1G03160
317 | * V1G03170
0123 C107 318 | TABLE DC 256*.A+LB-* V1G03180
0124 2100 319 | LA DC /2100 2,1 P.D. V1G03190
0125 466B 320 | DC /466B 4,6 6,11 V1G03200
0126 8646 321 | DC /8646 8,6 4,6 V1G03210
0127 86A1 322 | DC /86A1 8,6 10,1 V1G03220
0128 09B1 323 | DC /09B1 P.U. 11,1 V1G03230
0129 0100 324 | DC /0100 STOP V1G03240
012A C20A 325 | DC 256*.B+LC-* V1G03250
012B 2100 326 | LB DC /2100 2,1 P.D. V1G03260
012C 262B 327 | DC /262B 2,6 2,11 V1G03270
012D 9BAA 328 | DC /9BAA 9,11 10,10 V1G03280
012E A796 329 | DC /A796 10,7 9,6 V1G03290
012F 2696 330 | DC /2696 2,6 9,6 V1G03300
0130 A5A2 331 | DC /A5A2 10,5 10,2 V1G03310
0131 9121 332 | DC /9121 9,1 2,1 V1G03320
0132 09B1 333 | DC /09B1 P.U. 11,1 V1G03330
0133 0100 334 | DC /0100 STOP V1G03340
0134 C307 335 | DC 256*.C+LD-* V1G03350
0135 AA00 336 | LC DC /AA00 10,10 P.D. V1G03360
0136 9B3B 337 | DC /9B3B 9,11 3,11 V1G03370
0137 2A22 338 | DC /2A22 2,10 2,2 V1G03380
0138 3191 339 | DC /3191 3,1 9,1 V1G03390
0139 A209 340 | DC /A209 10,2 P.U. V1G03400
013A B101 341 | DC /B101 11,1 STOP V1G03410
013B C407 342 | DC 256*.D+LE-* V1G03420
013C 2100 343 | LD DC /2100 2,1 P.D. V1G03430
013D 2B9B 344 | DC /2B9B 2,11 V1G03440
013E AAA2 345 | DC /AAA2 10,10 10,2 V1G03450
013F 9121 346 | DC /9121 9,1 2,1 V1G03460
0140 09B1 347 | DC /09B1 P.U. 11,1 V1G03470
0141 0100 348 | DC /0100 STOP V1G03480
0142 C507 349 | DC 256*.E+LF-* V1G03490
0143 AB00 350 | LE DC /AB00 10,11 P.D. V1G03500
0144 2B26 351 | DC /2B26 2,11 2,6 V1G03510
0145 7626 352 | DC /7626 7,6 2,6 V1G03520
0146 21A1 353 | DC /21A1 2,1 10,1 V1G03530
0147 09B1 354 | DC /09B1 P.U. 11,1 V1G03540
0148 0100 355 | DC /0100 STOP V1G03550
0149 C606 356 | DC 256*.F+LG-* V1G03560
014A 2100 357 | LF DC /2100 2,1 P.D. V1G03570
014B 2676 358 | DC /2676 2,6 7,6 V1G03580
014C 262B 359 | DC /262B 2,6 2,11 V1G03590
014D AB09 360 | DC /AB09 10,11 P.U. V1G03600
014E B101 361 | DC /B101 11,1 V1G03610
014F C708 362 | DC 256*.G+LH-* V1G03620
0150 AA00 363 | LG DC /AA00 10,10 P.D. V1G03630
0151 9B3B 364 | DC /9B3B 9,11 3,11 V1G03640
0152 2A22 365 | DC /2A22 2,10 2,2 V1G03650
0153 3191 366 | DC /3191 3,1 9,1 V1G03660
0154 A2A6 367 | DC /A2A6 10,2 10,6 V1G03670
0155 7609 368 | DC /7609 7,6 P.U. V1G03680
0156 B101 369 | DC /B101 11,1 STOP V1G03690
0157 C807 370 | DC 256*.H+LI-* V1G03700
0158 2100 371 | LH DC /2100 2,1 P.D. V1G03710
0159 262B 372 | DC /262B 2,6 2,11 V1G03720
015A 26A6 373 | DC /26A6 2,6 10,6 V1G03730
015B ABA6 374 | DC /ABA6 10,11 10,6 V1G03740
015C A109 375 | DC /A109 10,1 P.U. V1G03750
015D B101 376 | DC /B101 11,1 STOP V1G03760
015E C907 377 | DC 256*.I+LJ-* V1G03770
015F 3100 378 | LI DC /3100 3,1 P.D. V1G03780
0160 6191 379 | DC /6191 6,1 9,1 V1G03790
0161 616B 380 | DC /616B 6,1 6,11 V1G03800
0162 3B6B 381 | DC /3B6B 3,11 V1G03810
0163 9B09 382 | DC /9B09 9,11 P.U. V1G03820
0164 B101 383 | DC /B101 11,1 STOP V1G03830
0165 D106 384 | DC 256*.J+LK-* V1G03840
0166 2300 385 | LJ DC /2300 2,3 P.D. V1G03850
0167 2231 386 | DC /2231 2,2 3,1 V1G03860
0168 91A2 387 | DC /91A2 9,1 10,2 V1G03870
0169 AB09 388 | DC /AB09 10,11 P.U. V1G03880
016A B101 389 | DC /B101 11,1 STOP V1G03890
016B D207 390 | DC 256*.K+LL-* V1G03900
016C 2100 391 | LK DC /2100 2,1 P.D. V1G03910
016D 252B 392 | DC /252B 2,5 2,11 V1G03920
016E 2558 393 | DC /2558 2,5 5,8 V1G03930
016F 8B58 394 | DC /8B58 8,11 5,8 V1G03940
0170 A109 395 | DC /A109 10,1 P.U. V1G03950
0171 B101 396 | DC /B101 11,1 STOP V1G03960
0172 D305 397 | DC 256*.L+LM-* V1G03970
0173 2B00 398 | LL DC /2B00 2,11 P.D. V1G03980
0174 21A1 399 | DC /21A1 2,1 10,1 V1G03990
0175 09B1 400 | DC /09B1 P.U. 11,1 V1G04000
0176 0100 401 | DC /0100 STOP V1G04010
0177 D406 402 | DC 256*.M+LN-* V1G04020
0178 2100 403 | LM DC /2100 2,1 P.D. V1G04030
0179 2B61 404 | DC /2B61 2,11 6,1 V1G04040
017A ABA1 405 | DC /ABA1 10,11 10,1 V1G04050
017B 09B1 406 | DC /09B1 P.U. 11,1 V1G04060
017C 0100 407 | DC /0100 STOP V1G04070
017D D505 408 | DC 256*.N+LO-* V1G04080
017E 2100 409 | LN DC /2100 2,1 P.D. V1G04090
017F 2BA1 410 | DC /2BA1 2,11 10,1 V1G04100
0180 AB09 411 | DC /AB09 10,11 P.U. V1G04110
0181 B101 412 | DC /B101 11,1 STOP V1G04120
0182 D608 413 | DC 256*.O+LP-* V1G04130
0183 2200 414 | LO DC /2200 2,2 P.D. V1G04140
0184 2A3B 415 | DC /2A3B 2,10 3,11 V1G04150
0185 9BAA 416 | DC /9BAA 9,11 10,10 V1G04160
0186 A291 417 | DC /A291 10,2 9,1 V1G04170
0187 3122 418 | DC /3122 3,1 2,2 V1G04180
0188 09B1 419 | DC /09B1 P.U. 11,1 V1G04190
0189 0100 420 | DC /0100 STOP V1G04200
018A D707 421 | DC 256*.P+LQ-* V1G04210
018B 2100 422 | LP DC /2100 2,1 P.D. V1G04220
018C 262B 423 | DC /262B 2,6 2,11 V1G04230
018D 9BAA 424 | DC /9BAA 9,11 10,10 V1G04240
018E A796 425 | DC /A796 10,7 9,6 V1G04250
018F 2609 426 | DC /2609 2,6 P.U. V1G04260
0190 B101 427 | DC /B101 11,1 STOP V1G04270
0191 D80B 428 | DC 256*.Q+LR-* V1G04280
0192 8300 429 | LQ DC /8300 8,3 P.D. V1G04290
0193 92A4 430 | DC /92A4 9,2 10,4 V1G04300
0194 A89A 431 | DC /A89A 10,8 9,10 V1G04310
0195 7B5B 432 | DC /7B5B 7,11 5,11 V1G04320
0196 3A28 433 | DC /3A28 3,10 2,8 V1G04330
0197 2432 434 | DC /2432 2,4 3,2 V1G04340
0198 5171 435 | DC /5171 5,1 7,1 V1G04350
0199 92A1 436 | DC /92A1 9,2 10,1 V1G04360
019A 09B1 437 | DC /09B1 P.U. 11,1 V1G04370
019B 0100 438 | DC /0100 STOP V1G04380
019C D909 439 | DC 256*.R+LS-* V1G04390
019D 2100 440 | LR DC /2100 2,1 P.D. V1G04400
019E 262B 441 | DC /262B 2,6 2,11 V1G04410
019F 9BAA 442 | DC /9BAA 9,11 10,10 V1G04420
01A0 A796 443 | DC /A796 10,7 9,6 V1G04430
01A1 5626 444 | DC /5626 5,6 2,6 V1G04440
01A2 56A1 445 | DC /56A1 5,6 10,1 V1G04450
01A3 09B1 446 | DC /09B1 P.U. 11,1 V1G04460
01A4 0100 447 | DC /0100 STOP V1G04470
01A5 E209 448 | DC 256*.S+LT-* V1G04480
01A6 2200 449 | LS DC /2200 2,2 P.D. V1G04490
01A7 3191 450 | DC /3191 3,1 9,1 V1G04500
01A8 A2A5 451 | DC /A2A5 10,2 10,5 V1G04510
01A9 9636 452 | DC /9636 9,6 3,6 V1G04520
01AA 272A 453 | DC /272A 2,7 2,10 V1G04530
01AB 3B9B 454 | DC /3B9B 3,11 9,11 V1G04540
01AC AA09 455 | DC /AA09 10,10 P.U. V1G04550
01AD B101 456 | DC /B101 11,1 STOP V1G04560
01AE E306 457 | DC 256*.T+LU-* V1G04570
01AF 6100 458 | LT DC /6100 6,1 P.D. V1G04580
01B0 6B2B 459 | DC /6B2B 6,11 2,11 V1G04590
01B1 6BAB 460 | DC /6BAB 6,11 10,11 V1G04600
01B2 09B1 461 | DC /09B1 P.U. 11,1 V1G04610
01B3 0100 462 | DC /0100 STOP V1G04620
01B4 E406 463 | DC 256*.U+LV-* V1G04630
01B5 2B00 464 | LU DC /2B00 2,11 P.D. V1G04640
01B6 2231 465 | DC /2231 2,2 3,1 V1G04650
01B7 91A2 466 | DC /91A2 9,1 10,2 V1G04660
01B8 AB09 467 | DC /AB09 10,11 P.U. V1G04670
01B9 B101 468 | DC /B101 11,1 STOP V1G04680
01BA E505 469 | DC 256*.V+LW-* V1G04690
01BB 2B00 470 | LV DC /2B00 2,11 P.D. V1G04700
01BC 61AB 471 | DC /61AB 6,1 10,11 V1G04710
01BD 09B1 472 | DC /09B1 P.U. 11,1 V1G04720
01BE 0100 473 | DC /0100 STOP V1G04730
01BF E606 474 | DC 256*.W+LX-* V1G04740
01C0 2B00 475 | LW DC /2B00 2,11 P.D. V1G04750
01C1 416B 476 | DC /416B 4,1 6,11 V1G04760
01C2 81AB 477 | DC /81AB 8,1 10,11 V1G04770
01C3 09B1 478 | DC /09B1 P.U. 11,1 V1G04780
01C4 0100 479 | DC /0100 STOP V1G04790
01C5 E707 480 | DC 256*.X+LY-* V1G04800
01C6 2100 481 | LX DC /2100 2,1 P.D. V1G04810
01C7 66AB 482 | DC /66AB 6,6 10,11 V1G04820
01C8 662B 483 | DC /662B 6,6 2,11 V1G04830
01C9 66A1 484 | DC /66A1 6,6 10,1 V1G04840
01CA 09B1 485 | DC /09B1 P.U. 11,1 V1G04850
01CB 0100 486 | DC /0100 STOP V1G04860
01CC E806 487 | DC 256*.Y+LZ-* V1G04870
01CD 2B00 488 | LY DC /2B00 2,11 P.D. V1G04880
01CE 66AB 489 | DC /66AB 6,6 10,11 V1G04890
01CF 6661 490 | DC /6661 6,6 6,1 V1G04900
01D0 09B1 491 | DC /09B1 P.U. 11,1 V1G04910
01D1 0100 492 | DC /0100 STOP V1G04920
01D2 E905 493 | DC 256*.Z+L0-* V1G04930
01D3 2B00 494 | LZ DC /2B00 2,11 P.D. V1G04940
01D4 AB21 495 | DC /AB21 10,11 2,1 V1G04950
01D5 A109 496 | DC /A109 10,1 P.U. V1G04960
01D6 B101 497 | DC /B101 11,1 STOP V1G04970
01D7 F00A 498 | DC 256*.0+L1-* V1G04980
01D8 3200 499 | L0 DC /3200 3,2 P.D. V1G04990
01D9 2428 500 | DC /2428 2,4 2,8 V1G05000
01DA 3A5B 501 | DC /3A5B 3,10 5,11 V1G05010
01DB 7B9A 502 | DC /7B9A 7,11 9,10 V1G05020
01DC A8A4 503 | DC /A8A4 10,8 10,4 V1G05030
01DD 9271 504 | DC /9271 9,2 7,1 V1G05040
01DE 5132 505 | DC /5132 5,1 3,2 V1G05050
01DF 09B1 506 | DC /09B1 P.U. 11,1 V1G05060
01E0 0100 507 | DC /0100 STOP V1G05070
01E1 F106 508 | DC 256*.1+L2-* V1G05080
01E2 3800 509 | L1 DC /3800 3,8 P.D. V1G05090
01E3 6B61 510 | DC /6B61 6,11 6,1 V1G05100
01E4 2161 511 | DC /2161 2,1 6,1 V1G05110
01E5 A109 512 | DC /A109 10,1 P.U. V1G05120
01E6 B101 513 | DC /B101 11,1 STOP V1G05130
01E7 F208 514 | DC 256*.2+L3-* V1G05140
01E8 2A00 515 | L2 DC /2A00 2,10 P.D. V1G05150
01E9 3B9B 516 | DC /3B9B 3,11 9,11 V1G05160
01EA AAA7 517 | DC /AAA7 10,10 10,7 V1G05170
01EB 9636 518 | DC /9636 9,6 3,6 V1G05180
01EC 2521 519 | DC /2521 2,5 2,1 V1G05190
01ED A109 520 | DC /A109 10,1 P.U. V1G05200
01EE B101 521 | DC /B101 11,1 STOP V1G05210
01EF F30A 522 | DC 256*.3+L4-* V1G05220
01F0 2A00 523 | L3 DC /2A00 2,10 P.D. V1G05230
01F1 3B9B 524 | DC /3B9B 3,11 9,11 V1G05240
01F2 AAA7 525 | DC /AAA7 10,10 10,7 V1G05250
01F3 9646 526 | DC /9646 9,6 4,6 V1G05260
01F4 96A5 527 | DC /96A5 9,6 10,5 V1G05270
01F5 A291 528 | DC /A291 10,2 9,1 V1G05280
01F6 3122 529 | DC /3122 3,1 2,2 V1G05290
01F7 09B1 530 | DC /09B1 P.U. 11,1 V1G05300
01F8 0100 531 | DC /0100 STOP V1G05310
01F9 F405 532 | DC 256*.4+L5-* V1G05320
01FA A400 533 | L4 DC /A400 10,4 P.D. V1G05330
01FB 249B 534 | DC /249B 2,4 9,11 V1G05340
01FC 9109 535 | DC /9109 9,1 P.U. V1G05350
01FD B101 536 | DC /B101 11,1 STOP V1G05360
01FE F508 537 | DC 256*.5+L6-* V1G05370
01FF 2200 538 | L5 DC /2200 2,2 P.D. V1G05380
0200 3191 539 | DC /3191 3,1 9,1 V1G05390
0201 A2A6 540 | DC /A2A6 10,2 10,6 V1G05400
0202 9727 541 | DC /9727 9,7 2,7 V1G05410
0203 2BAB 542 | DC /2BAB 2,11 10,11 V1G05420
0204 09B1 543 | DC /09B1 P.U. 11,1 V1G05430
0205 0100 544 | DC /0100 STOP V1G05440
0206 F60A 545 | DC 256*.6+L7-* V1G05450
0207 2500 546 | L6 DC /2500 2,5 P.D. V1G05460
0208 3696 547 | DC /3696 3,6 9,6 V1G05470
0209 A5A2 548 | DC /A5A2 10,5 10,2 V1G05480
020A 9131 549 | DC /9131 9,1 3,1 V1G05490
020B 2225 550 | DC /2225 2,2 2,5 V1G05500
020C 2A3B 551 | DC /2A3B 2,10 3,11 V1G05510
020D 9BAA 552 | DC /9BAA 9,11 10,10 V1G05520
020E 09B1 553 | DC /09B1 P.U. 11,1 V1G05530
020F 0100 554 | DC /0100 STOP V1G05540
0210 F705 555 | DC 256*.7+L8-* V1G05550
0211 2B00 556 | L7 DC /2B00 2,11 P.D. V1G05560
0212 AB21 557 | DC /AB21 10,11 2,1 V1G05570
0213 09B1 558 | DC /09B1 P.U. 11,1 V1G05580
0214 0100 559 | DC /0100 STOP V1G05590
0215 F80C 560 | DC 256*.8+L9-* V1G05600
0216 3100 561 | L8 DC /3100 3,1 P.D. V1G05610
0217 2225 562 | DC /2225 2,2 2,5 V1G05620
0218 3696 563 | DC /3696 3,6 9,6 V1G05630
0219 3627 564 | DC /3627 3,6 2,7 V1G05640
021A 2A3B 565 | DC /2A3B 2,10 3,11 V1G05650
021B 9BAA 566 | DC /9BAA 9,11 10,10 V1G05660
021C A796 567 | DC /A796 10,7 9,6 V1G05670
021D A5A2 568 | DC /A5A2 10,5 10,2 V1G05680
021E 9131 569 | DC /9131 9,1 3,1 V1G05690
021F 09B1 570 | DC /09B1 P.U. 11,1 V1G05700
0220 0100 571 | DC /0100 STOP V1G05710
0221 F90A 572 | DC 256*.9+LBLK-* V1G05720
0222 2200 573 | L9 DC /2200 2,2 P.D. V1G05730
0223 3191 574 | DC /3191 3,1 9,1 V1G05740
0224 A2A7 575 | DC /A2A7 10,2 10,7 V1G05750
0225 AA9B 576 | DC /AA9B 10,10 9,11 V1G05760
0226 3B2A 577 | DC /3B2A 3,11 2,10 V1G05770
0227 2736 578 | DC /2736 2,7 3,6 V1G05780
0228 96A7 579 | DC /96A7 9,6 10,7 V1G05790
0229 09B1 580 | DC /09B1 P.U. 11,1 V1G05800
022A 0100 581 | DC /0100 STOP V1G05810
022B 4002 582 | DC 256*. +LMIN-* V1G05820
022C B101 583 | LBLK DC /B101 11,1 STOP V1G05830
022D 6004 584 | DC 256*.-+LPLS-* V1G05840
022E 3600 585 | LMIN DC /3600 3,6 P.D. V1G05850
022F 9609 586 | DC /9609 9,6 V1G05860
0230 B101 587 | DC /B101 11,1 STOP V1G05870
0231 4E06 588 | DC 256*/4E+LDEC-* V1G05880
0232 3600 589 | LPLS DC /3600 3,6 P.D. V1G05890
0233 9666 590 | DC /9666 9,6 6,6 V1G05900
0234 6966 591 | DC /6966 6,9 6,6 V1G05910
0235 6309 592 | DC /6309 6,3 P.U. V1G05920
0236 B101 593 | DC /B101 11,1 STOP V1G05930
0237 4B06 594 | DC 256*..+LCOM-* V1G05940
0238 5400 595 | LDEC DC /5400 5,4 P.D. V1G05950
0239 5676 596 | DC /5676 5,6 7,6 V1G05960
023A 7454 597 | DC /7454 7,4 5,4 V1G05970
023B 09B1 598 | DC /09B1 P.U. 11,1 V1G05980
023C 0100 599 | DC /0100 STOP V1G05990
023D 6B07 600 | DC 256*.,+LASK-* V1G06000
023E 5100 601 | LCOM DC /5100 5,1 P.D. V1G06010
023F 7374 602 | DC /7374 7,3 7,4 V1G06020
0240 7656 603 | DC /7656 7,6 5,6 V1G06030
0241 5474 604 | DC /5474 5,4 7,4 V1G06040
0242 09B1 605 | DC /09B1 P.U. 11,1 V1G06050
0243 0100 606 | DC /0100 STOP V1G06060
0244 5C09 607 | DC 256*.*+LSLA-* V1G06070
0245 4400 608 | LASK DC /4400 4,4 P.D. V1G06080
0246 6688 609 | DC /6688 6,6 8,8 V1G06090
0247 6648 610 | DC /6648 6,6 4,8 V1G06100
0248 6684 611 | DC /6684 6,6 8,4 V1G06110
0249 6636 612 | DC /6636 6,6 3,6 V1G06120
024A 6696 613 | DC /6696 6,6 9,6 V1G06130
024B 09B1 614 | DC /09B1 P.U. 11,1 V1G06140
024C 0100 615 | DC /0100 STOP V1G06150
024D 6104 616 | DC 256*./+LEQU-* V1G06160
024E 2200 617 | LSLA DC /2200 2,2 P.D. V1G06170
024F AA09 618 | DC /AA09 10,10 P.U. V1G06180
0250 B101 619 | DC /B101 11,1 STOP V1G06190
0251 7E06 620 | DC 256*/7E+LRPN-* V1G06200
0252 3400 621 | LEQU DC /3400 3,4 P.D. V1G06210
0253 9409 622 | DC /9409 9,4 P.U. V1G06220
0254 3800 623 | DC /3800 3,8 P.D. V1G06230
0255 9809 624 | DC /9809 9,8 P.U. V1G06240
0256 B101 625 | DC /B101 11,1 STOP V1G06250
0257 5D05 626 | DC 256*.<+LLPN-* V1G06260
0258 4100 627 | LRPN DC /4100 4,1 P.D. V1G06270
0259 6369 628 | DC /6369 6,3 6,9 V1G06280
025A 4B09 629 | DC /4B09 4,11 P.U. V1G06290
025B B101 630 | DC /B101 11,1 STOP V1G06300
025C 4D05 631 | DC 256*.%+LDOL-* V1G06310
025D 8B00 632 | LLPN DC /8B00 8,11 P.D. V1G06320
025E 6963 633 | DC /6963 6,9 6,3 V1G06330
025F 8109 634 | DC /8109 8,1 P.U. V1G06340
0260 B101 635 | DC /B101 11,1 STOP V1G06350
0261 5B0C 636 | DC 256*.$+LQUO-* V1G06360
0262 3300 637 | LDOL DC /3300 3,3 P.D. V1G06370
0263 4282 638 | DC /4282 4,2 8,2 V1G06380
0264 9395 639 | DC /9395 9,3 9,5 V1G06390
0265 8646 640 | DC /8646 8,6 4,6 V1G06400
0266 3739 641 | DC /3739 3,7 3,9 V1G06410
0267 4A6A 642 | DC /4A6A 4,10 6,10 V1G06420
0268 8A99 643 | DC /8A99 8,10 9,9 V1G06430
0269 8A6A 644 | DC /8A6A 8,10 6,10 V1G06440
026A 6B61 645 | DC /6B61 6,11 6,1 V1G06450
026B 09B1 646 | DC /09B1 P.U. 11,1 V1G06460
026C 0100 647 | DC /0100 STOP V1G06470
026D 7D06 648 | DC 256*/7D+TABEN-*+1 V1G06480
026E 6700 649 | LQUO DC /6700 6,7 P.D. V1G06490
026F 695A 650 | DC /695A 6,9 5,10 V1G06500
0270 6B7A 651 | DC /6B7A 6,11 7,10 V1G06510
0271 6909 652 | DC /6909 6,9 P.U. V1G06520
0272 B101 653 | DC /B101 11,1 STOP V1G06530
0273 0000 654 | TABEN DC 0 V1G06540
0274 655 | END V1G06550
There were no errors in this assembly
=== CROSS REFERENCES ==========================================================
Name Val Defd Referenced
ADD 00CCR 233 56 77 102 107 109
AN 0037R 93 57
AN0 003ER 99 54 64
AN1 0047R 105 55 91 100
AN2 004ER 111 104
AN3 0051R 113 124
AN4 005FR 125 114
AN5 0061R 126 118
C10 00DCR 250 157 169
C32K 00DER 251 305 311
CCOS 00E4R 254 309
CN1 006FR 138 90 133
CN2 0076R 144 137
CNO 0067R 132 217 225
CNT 000DR 58 48 63 83 97
CNTL 00C1R 218 145
CNTLX 00C8R 224 220
COST 00D3R 240 178 185 313
CP5 00E8R 256 159 171
CSIN 00E6R 255 303
DELTX 00D8R 245 161 177 187
DELTY 00D9R 246 173 184
EXIT 001CR 70 50 85 89
FCHRI 001DR 71
FCHRX 010BR 292 314
H0001 00EFR 262 81 146 150 221
H0002 00F0R 263 76 78
H00FF 00EER 261 108 116 141
L0 01D8R 499 493
L1 01E2R 509 498
L2 01E8R 515 508
L3 01F0R 523 514
L4 01FAR 533 522
L5 01FFR 538 532
L6 0207R 546 537
L7 0211R 556 545
L8 0216R 561 555
L9 0222R 573 560
LA 0124R 319
LASK 0245R 608 600
LB 012BR 326 318
LBLK 022CR 583 125 572
LC 0135R 336 325
LCOM 023ER 601 594
LD 013CR 343 335
LDEC 0238R 595 588
LDOL 0262R 637 631
LE 0143R 350 342
LEQU 0252R 621 616
LF 014AR 357 349
LG 0150R 363 356
LH 0158R 371 362
LI 015FR 378 370
LJ 0166R 385 377
LK 016CR 391 384
LL 0173R 398 390
LLPN 025DR 632 626
LM 0178R 403 397
LMIN 022ER 585 582
LN 017ER 409 402
LO 0183R 414 408
LP 018BR 422 413
LPLS 0232R 589 584
LQ 0192R 429 421
LQUO 026ER 649 636
LR 019DR 440 428
LRPN 0258R 627 620
LS 01A6R 449 439
LSLA 024ER 617 607
LT 01AFR 458 448
LU 01B5R 464 457
LV 01BBR 470 463
LW 01C0R 475 469
LX 01C6R 481 474
LY 01CDR 488 480
LZ 01D3R 494 487
MB1 0080R 153 62
MB2 0095R 173 228
MOD2 00CAR 227 163
MOD3 00F6R 271 194
NLET 00F1R 264 59 60 95
ROUND 00ECR 259 180 190
RTN 0017R 65 87 98
SINT 00D2R 239 175 188 307
STRNG 00D1R 238 127 135 140 142
SV1 0018R 66 51 71
SV2 001AR 68 52 73
SVCH 00D0R 237 111 117
SW1 00CDR 234 93 99 101 106
SW2 00CER 235 129 132 134 139
SW3 00CFR 236 61 162 193 288
TABEN 0273R 654 648
TABLE 0123R 318 112
TEMP 00EAR 257 176 179 186 189
V 014CR 232 53 60 74 76 77 78 81 93 95 96 99 106
108 111 116 117 141
WCHRI 0000R 48
X1 00DAR 248 182 195 197 206 209 212 271 285
XC 00E0R 252 155 299
XINC 00F2R 266 211 213 273 274 280 283 289
XLAST 00F4R 268 96 272 286
XN 00D4R 241 130 147 152 196 198 199
XOX 000ER 59 222
XOX1 0014R 63 290
Y1 00DBR 249 192 200 202 207 210 215 275
YC 00E2R 253 167
YINC 00F3R 267 214 216 277 278 281 284
YLAST 00F5R 269 276
YLP 0110R 296 294 301
YN 00D6R 243 131 151 164 201 203 204