%!ps
% sigchk01.psl searches sigview spectrum for possible subharmonic problems.
% modified for rough wavefile maker
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
/wavefilename (s1.asc) def % 21121111 ---> 11211211
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% generates phase signal
% IMPORTANT NOTE: Don Lancaster's file gonzo.ps is required for this program.
% After obvious location mods, uncomment ONE of the following two lines:
% (C:\\windows\\desktop\\gonzo\\gonzo.ps) run % use internal gonzo
% (A:\\gonzo.ps) run % use external gonzo
(C:\\gonzo2\\gonzo.ps)run % use internal gonzo
% create an output file for writing
/wavefilenameheader (C:\\Documents and Settings\\don\\Desktop\\Don\\ms cancellations\\Split\\sig8chk1\\test_series\\capture\\)def % the name of the input file
/targetfilename wavefilenameheader wavefilename mergestr store
/writefile targetfilename (w+) file store % establish output target file
% NOTE THAT ALL PS FILENAME STRINGS !!!DEMAND!!! DOUBLE REVERSE SLASHES.
% GONZO20A Guru Gonzo PostScript power tools (Interim release)
% Includes gonzo justification and layout utilities.
% Copyright c 1990, 1996, 2001 by Don Lancaster and Synergetics, Box 809,
% Thatcher Arizona, 5552 (928) 428-4073 don@tinaja.com support
% via http://www.tinaja.com All commercial rights and all electronic
% media rights **FULLY** reserved. Reposting is expressly forbidden.
% Attempts to directly format JavaScript exported degree into into
% assembler lines via a Distiller log file.
% 41666.7 cycles per cycle for 10Mhz ---> 60 HZ
% 162.761 256 block cycles per cycle
% 2.212 is full scale for 8-bit resolution
/shakendelta28 [
[ [868 0 0 1730 0 0 0 868] 0.000000 0.0000000 3472 ]
[ [860 13 2 1722 0 10 6 859] 1.510760 0.0093493 3472 ]
[ [850 29 5 1701 6 22 8 851] 0.978672 0.0210324 3472 ]
[ [845 43 7 1683 7 33 14 840] 0.477679 0.0312886 3472 ]
[ [837 56 9 1668 7 43 20 832] 0.318167 0.0406482 3472 ]
[ [830 68 11 1653 10 52 23 825] 0.337353 0.0493669 3472 ]
[ [821 85 14 1631 11 65 30 815] 0.203131 0.0617085 3472 ]
[ [815 95 16 1619 13 73 33 808] 0.259957 0.0692016 3472 ]
[ [807 110 18 1601 14 84 39 799] 0.229666 0.0798052 3472 ]
[ [800 122 20 1587 16 93 43 791] 0.271299 0.0885358 3472 ]
[ [791 138 23 1567 18 106 49 780] 0.172600 0.1005590 3472 ]
[ [784 151 25 1551 19 116 54 772] 0.1339800 0.109939 3472 ]
[ [777 163 27 1536 21 125 58 765] 0.1192960 0.118677 3472 ]
[ [768 180 30 1515 22 138 65 754] 0.1874040 0.131049 3472 ]
[ [761 193 32 1499 24 148 70 745] 0.1343130 0.140698 3472 ]
[ [754 205 34 1484 26 157 74 738] 0.1291950 0.149444 3472 ]
[ [747 218 36 1468 26 167 80 730] 0.1061010 0.158846 3472 ]
[ [738 234 39 1448 28 179 86 720] 0.0965049 0.170589 3472 ]
[ [731 246 41 1434 29 188 91 712] 0.0914561 0.179351 3472 ]
[ [723 260 43 1417 31 199 96 703] 0.1290420 0.189653 3472 ]
[ [714 276 46 1397 32 211 103 693] 0.0546426 0.201417 3472 ]
[ [707 289 48 1381 33 221 108 685] 0.1085760 0.210828 3472 ]
[ [701 300 50 1367 35 229 112 678] 0.1002610 0.218951 3472 ]
[ [691 316 53 1348 36 241 119 668] 0.1207730 0.230727 3472 ]
[ [684 330 55 1330 37 252 125 659] 0.1038410 0.241057 3472 ]
[ [677 342 57 1316 38 261 130 651] 0.0973585 0.249840 3472 ]
[ [670 354 60 1300 40 270 135 643] 0.1141750 0.259094 3472 ]
[ [663 367 62 1284 40 280 141 635] 0.0808775 0.268537 3472 ]
[ [653 384 65 1263 42 293 148 624] 0.0519740 0.281232 3472 ]
[ [647 395 67 1249 43 301 153 617] 0.0641827 0.289386 3472 ]
[ [638 411 70 1229 44 313 160 607] 0.0942731 0.301193 3472 ]
[ [630 424 72 1214 45 323 166 598] 0.0954356 0.310907 3472 ]
[ [624 435 74 1200 46 331 171 591] 0.0730116 0.319070 3472 ]
[ [615 451 77 1180 47 343 178 581] 0.0677774 0.330889 3472 ]
[ [608 463 79 1165 48 352 183 574] 0.0797174 0.339699 3472 ]
[ [600 477 82 1147 49 363 190 564] 0.0727672 0.350554 3472 ]
[ [592 491 84 1130 50 373 196 556] 0.0859002 0.360616 3472 ]
[ [585 503 87 1114 51 382 202 548] 0.0895733 0.369923 3472 ]
[ [578 516 89 1098 51 392 209 539] 0.0823565 0.379679 3472 ]
[ [569 531 92 1079 53 403 216 529] 0.0758395 0.391137 3472 ]
[ [562 543 94 1064 54 412 221 522] 0.0916116 0.399965 3472 ]
[ [553 558 97 1046 54 423 229 512] 0.0716472 0.411197 3472 ]
[ [547 569 99 1032 55 431 234 505] 0.0527390 0.419389 3472 ]
[ [538 584 102 1013 56 442 242 495] 0.0744991 0.430883 3472 ]
[ [530 598 105 995 56 453 249 486] 0.0643956 0.441523 3472 ]
[ [523 610 107 980 57 462 255 478] 0.0651337 0.450642 3472 ]
[ [515 624 110 962 58 472 262 469] 0.0500311 0.461231 3472 ]
[ [508 636 112 947 59 481 268 461] 0.0682797 0.470357 3472 ]
[ [501 648 115 931 59 490 275 453] 0.0390659 0.479727 3472 ]
[ [493 661 118 914 60 500 282 444] 0.0464662 0.491163 3472 ]
[ [485 675 120 897 61 510 289 435] 0.0701265 0.500383 3472 ]
[ [478 687 123 881 61 519 296 427] 0.0436721 0.509765 3472 ]
[ [470 700 126 864 62 529 303 418] 0.0589122 0.520046 3472 ]
[ [463 712 129 848 62 538 310 410] 0.0621049 0.529436 3472 ]
[ [454 727 132 829 63 549 318 400] 0.0655310 0.540979 3472 ]
[ [447 739 134 814 64 557 324 393] 0.0659652 0.549818 3472 ]
[ [440 751 137 797 64 567 332 384] 0.0608129 0.559810 3472 ]
[ [432 764 140 780 65 577 339 375] 0.0552627 0.570111 3472 ]
[ [424 777 143 764 65 586 346 367] 0.0621947 0.579854 3472 ]
[ [417 789 145 748 66 595 353 359] 0.0497526 0.589296 3472 ]
[ [409 802 149 730 66 605 361 350] 0.0498109 0.599860 3472 ]
[ [401 815 152 713 66 615 369 341] 0.0454799 0.610207 3472 ]
[ [393 828 155 696 67 624 377 332] 0.0516502 0.620493 3472 ]
[ [385 841 158 679 67 634 385 323] 0.0588497 0.630849 3472 ]
[ [379 851 160 665 68 642 391 316] 0.0342060 0.639051 3472 ]
[ [371 864 164 647 68 652 399 307] 0.0456603 0.649639 3472 ]
[ [363 877 167 630 68 662 407 298] 0.0522574 0.660009 3472 ]
[ [355 890 170 612 69 672 415 289] 0.0426991 0.670628 3472 ]
[ [348 901 173 597 69 680 423 281] 0.0480973 0.679712 3472 ]
[ [340 914 176 579 70 690 431 272] 0.0477716 0.690340 3472 ]
[ [333 925 179 564 70 699 438 264] 0.0308037 0.699467 3472 ]
[ [324 939 183 545 70 710 447 254] 0.0686215 0.711012 3472 ]
[ [317 950 185 530 71 718 455 246] 0.0415750 0.720131 3472 ]
[ [310 961 188 514 72 727 462 238] 0.0498212 0.729513 3472 ]
[ [302 973 192 497 71 737 471 229] 0.0430787 0.739846 3472 ]
[ [294 986 195 479 72 747 479 220] 0.0405623 0.750499 3472 ]
[ [286 998 198 462 72 757 488 211] 0.0438831 0.760860 3472 ]
[ [279 1009 201 446 73 766 495 203] 0.0497878 0.770257 3472 ]
[ [271 1021 204 429 74 775 504 194] 0.0441616 0.780553 3472 ]
[ [264 1031 207 414 74 784 512 186] 0.0457397 0.789662 3472 ]
[ [256 1043 211 396 74 794 521 177] 0.0325654 0.800267 3472 ]
[ [249 1054 213 381 75 803 528 169] 0.0440074 0.809451 3472 ]
[ [241 1066 216 363 76 813 537 160] 0.0403837 0.820078 3472 ]
[ [233 1077 220 346 76 823 546 151] 0.0256970 0.830362 3472 ]
[ [225 1089 223 328 77 833 555 142] 0.0332166 0.840997 3472 ]
[ [218 1099 225 313 78 842 563 134] 0.0337785 0.850140 3472 ]
[ [210 1110 228 296 79 852 572 125] 0.0360605 0.860449 3472 ]
[ [203 1120 231 280 80 862 580 117] 0.0150460 0.869889 3472 ]
[ [195 1131 233 262 82 872 589 108] 0.0360463 0.880467 3472 ]
[ [187 1141 236 245 83 883 598 99] 0.0317396 0.890767 3472 ]
[ [180 1151 237 230 85 892 606 91] 0.0190775 0.899933 3472 ]
[ [172 1162 238 213 88 902 615 82] 0.0316686 0.910273 3472 ]
[ [165 1171 239 197 91 912 623 74] 0.0263476 0.919661 3472 ]
[ [157 1181 239 180 95 922 633 65] 0.0388174 0.929956 3472 ]
[ [150 1190 238 164 100 932 641 57] 0.0323680 0.939357 3472 ]
[ [142 1200 235 147 107 943 650 48] 0.0272150 0.949701 3472 ]
[ [134 1209 230 130 116 955 659 39] 0.0318331 0.960034 3472 ]
[ [126 1218 223 113 127 966 669 30] 0.0351219 0.970334 3472 ]
[ [119 1226 210 97 144 977 677 22] 0.0379512 0.979745 3472 ]
[ [111 1234 188 80 170 989 688 12] 0.0386641 0.990337 3472 ]
[ [103 1242 151 63 211 1001 698 3] 0.0439439 1.000650 3472 ]
] def
/aa mark shakendelta28 {0 get 0 get} forall ] store % single a
/bb mark shakendelta28 {0 get 1 get} forall ] store
/cc mark shakendelta28 {0 get 2 get} forall ] store
/dd mark shakendelta28 {0 get 3 get} forall ] store
/ee mark shakendelta28 {0 get 4 get} forall ] store
/ff mark shakendelta28 {0 get 5 get} forall ] store
/gg mark shakendelta28 {0 get 6 get} forall ] store
/hh mark shakendelta28 {0 get 7 get} forall ] store % single h
% aa == bb == cc == dd == ee == ff == gg == hh ==
/amplitude 53 store
/a1 aa amplitude get store
/b1 bb amplitude get store
/c1 cc amplitude get store
/d1 dd amplitude get store
/e1 ee amplitude get store
/f1 ff amplitude get store
/g1 gg amplitude get store
/h1 hh amplitude get store
/delaypattern [
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
(aa)(bb)(cc)(dd)(ee)(ff)(gg)
(hh)(gg)(ff)(ee)(dd)(cc)(bb)
] store
/delaypattern [
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1
a1 b1 c1 d1 e1 f1 g1 h1 h1 g1 f1 e1 d1 c1 b1 a1 ] store
/portpattern [
<E0> <A2><2B> <07> <2B><A2><2B> <E0><E0> <A2><2B><A2> <E0> <A2><2B> <07>
<07> <2B><69> <E0> <69><2B><69> <07><07> <2B><69><2B> <07> <2B><69> <E0>
<E0> <69><45> <07> <45><69><45> <E0><E0> <69><45><69> <E0> <69><45> <07>
<07> <45><C4> <E0> <C4><45><C4> <07><07> <45><C4><45> <07> <45><C4> <E0>
<E0> <C4><64> <07> <86><C4><86> <E0><E0> <C4><86><C4> <E0> <C4><86> <07>
<07> <86><C2> <E0> <C2><86><C2> <07><07> <86><C2><86> <07> <86><C2> <E0>
] store
% /extractsequence extracts the phase a and converts it to ASCII data usable
/high <C0> def
/low <40> def
/zero <80> def
/scanit { /counter 0 store
0 1 portpattern length 1 sub { /posn exch store
delaypattern posn get /repeatcycles exch store
portpattern posn get 0 get
cvi 2 mod 0 eq {low}{high} ifelse
/curbit exch store
repeatcycles {
writefile curbit writestring writefile (\r) writestring
/counter counter 1 add store
} repeat
} for
counter ==
} store
%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% REG1 BBE1 8 .47 data starts here
%%%%%%%%%%%%%%%%%%%%%%%%%%
/samprate90 10000000 4 div 60 div 4 div floor cvi dup == store % magic number of 10416 or 2499840.
/quant
samprate90 90 div store
/pq {quant mul round cvi} store
/RG [ % from series II h31=0.80 -0.69 -0.15 -0.01
5.809767815624211
6.320664544375658
16.142245305186286
17.64706084481339
26.76371316735217
29.21701710264765
37.49851666529311
40.81845535470658
48.34552269832024
52.41687034167951
59.31734700598098
63.991841714018925
70.42289928092141
75.52126327907854
81.66151740983524
86.97913084016474
] store
/BB [ % from reval calc h31=-.82 .66 .14 .01 NOT QUITE ZERO BUT ZERO 25-27-29
10.6387501222 % p1s
11.6495181031 % p1e
21.307773722 % p2s
23.2966644066 % p2e
32.0364046878 % p3s
34.9379271987 % p3e
42.851783016 % p4s
46.5672790669 % p4e
53.776990753 % p5s
58.1745027736 % p5e
64.8284330037 % p6s
69.7436154812 % p6e
76.0127972718 % p7s
81.2525030793 % p7e
87.3247899089 % p8s
90 % p8e
] store
/RGQ
mark
RG 0 get pq
RG 1 get RG 0 get sub pq
RG 2 get RG 1 get sub pq
RG 3 get RG 2 get sub pq
RG 4 get RG 3 get sub pq
RG 5 get RG 4 get sub pq
RG 6 get RG 5 get sub pq
RG 7 get RG 6 get sub pq
RG 8 get RG 7 get sub pq
RG 9 get RG 8 get sub pq
RG 10 get RG 9 get sub pq
RG 11 get RG 10 get sub pq
RG 12 get RG 11 get sub pq
RG 13 get RG 12 get sub pq
RG 14 get RG 13 get sub pq
RG 15 get RG 14 get sub pq
90.000 RG 15 get sub pq
] store
RGQ ==
/BBQ
mark
BB 0 get pq
BB 1 get BB 0 get sub pq
BB 2 get BB 1 get sub pq
BB 3 get BB 2 get sub pq
BB 4 get BB 3 get sub pq
BB 5 get BB 4 get sub pq
BB 6 get BB 5 get sub pq
BB 7 get BB 6 get sub pq
BB 8 get BB 7 get sub pq
BB 9 get BB 8 get sub pq
BB 10 get BB 9 get sub pq
BB 11 get BB 10 get sub pq
BB 12 get BB 11 get sub pq
BB 13 get BB 12 get sub pq
BB 14 get BB 13 get sub pq
BB 15 get BB 14 get sub pq
90.000 BB 15 get sub pq
] store
BBQ ==
/writeRGQ090+ {
RGQ 0 get make0
RGQ 1 get make+
RGQ 2 get make0
RGQ 3 get make+
RGQ 4 get make0
RGQ 5 get make+
RGQ 6 get make0
RGQ 7 get make+
RGQ 8 get make0
RGQ 9 get make+
RGQ 10 get make0
RGQ 11 get make+
RGQ 12 get make0
RGQ 13 get make+
RGQ 14 get make0
RGQ 15 get make+
RGQ 16 get make0
} store
/writeRGQ90180+ {
RGQ 16 get make0
RGQ 15 get make+
RGQ 14 get make0
RGQ 13 get make+
RGQ 12 get make0
RGQ 11 get make+
RGQ 10 get make0
RGQ 9 get make+
RGQ 8 get make0
RGQ 7 get make+
RGQ 6 get make0
RGQ 5 get make+
RGQ 4 get make0
RGQ 3 get make+
RGQ 2 get make0
RGQ 1 get make+
RGQ 0 get make0
} store
/writeRGQ090- {
RGQ 0 get make0
RGQ 1 get make-
RGQ 2 get make0
RGQ 3 get make-
RGQ 4 get make0
RGQ 5 get make-
RGQ 6 get make0
RGQ 7 get make-
RGQ 8 get make0
RGQ 9 get make-
RGQ 10 get make0
RGQ 11 get make-
RGQ 12 get make0
RGQ 13 get make-
RGQ 14 get make0
RGQ 15 get make-
RGQ 16 get make0
} store
/writeRGQ90180+ {
RGQ 16 get make0
RGQ 15 get make+
RGQ 14 get make0
RGQ 13 get make+
RGQ 12 get make0
RGQ 11 get make+
RGQ 10 get make0
RGQ 9 get make+
RGQ 8 get make0
RGQ 7 get make+
RGQ 6 get make0
RGQ 5 get make+
RGQ 4 get make0
RGQ 3 get make+
RGQ 2 get make0
RGQ 1 get make+
RGQ 0 get make0
} store
/writeRGQ90180- {
RGQ 16 get make0
RGQ 15 get make-
RGQ 14 get make0
RGQ 13 get make-
RGQ 12 get make0
RGQ 11 get make-
RGQ 10 get make0
RGQ 9 get make-
RGQ 8 get make0
RGQ 7 get make-
RGQ 6 get make0
RGQ 5 get make-
RGQ 4 get make0
RGQ 3 get make-
RGQ 2 get make0
RGQ 1 get make-
RGQ 0 get make0
} store
/writeRGQ090+ {
RGQ 0 get make0
RGQ 1 get make+
RGQ 2 get make0
RGQ 3 get make+
RGQ 4 get make0
RGQ 5 get make+
RGQ 6 get make0
RGQ 7 get make+
RGQ 8 get make0
RGQ 9 get make+
RGQ 10 get make0
RGQ 11 get make+
RGQ 12 get make0
RGQ 13 get make+
RGQ 14 get make0
RGQ 15 get make+
RGQ 16 get make0
} store
/writeBBQ090+ {
BBQ 0 get make0
BBQ 1 get make+
BBQ 2 get make0
BBQ 3 get make+
BBQ 4 get make0
BBQ 5 get make+
BBQ 6 get make0
BBQ 7 get make+
BBQ 8 get make0
BBQ 9 get make+
BBQ 10 get make0
BBQ 11 get make+
BBQ 12 get make0
BBQ 13 get make+
BBQ 14 get make0
BBQ 15 get make+
BBQ 16 get make0
} store
/writeBBQ090- {
BBQ 0 get make0
BBQ 1 get make-
BBQ 2 get make0
BBQ 3 get make-
BBQ 4 get make0
BBQ 5 get make-
BBQ 6 get make0
BBQ 7 get make-
BBQ 8 get make0
BBQ 9 get make-
BBQ 10 get make0
BBQ 11 get make-
BBQ 12 get make0
BBQ 13 get make-
BBQ 14 get make0
BBQ 15 get make-
BBQ 16 get make0
} store
/writeBBQ90180+ {
BBQ 16 get make0
BBQ 15 get make+
BBQ 14 get make0
BBQ 13 get make+
BBQ 12 get make0
BBQ 11 get make+
BBQ 10 get make0
BBQ 9 get make+
BBQ 8 get make0
BBQ 7 get make+
BBQ 6 get make0
BBQ 5 get make+
BBQ 4 get make0
BBQ 3 get make+
BBQ 2 get make0
BBQ 1 get make+
BBQ 0 get make0
} store
/writeBBQ90180- {
BBQ 16 get make0
BBQ 15 get make-
BBQ 14 get make0
BBQ 13 get make-
BBQ 12 get make0
BBQ 11 get make-
BBQ 10 get make0
BBQ 9 get make-
BBQ 8 get make0
BBQ 7 get make-
BBQ 6 get make0
BBQ 5 get make-
BBQ 4 get make0
BBQ 3 get make-
BBQ 2 get make0
BBQ 1 get make-
BBQ 0 get make0
} store
/scanit {
writeRGQ090+ % 1 t11211211
writeRGQ90180+
writeRGQ090-
writeRGQ90180-
writeBBQ090+ % 1
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
writeRGQ090+ % 2
writeRGQ90180+
writeRGQ090-
writeRGQ90180-
writeRGQ090+
writeRGQ90180+
writeRGQ090-
writeRGQ90180-
writeBBQ090+ % 1
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
writeRGQ090+ % 1
writeRGQ90180+
writeRGQ090-
writeRGQ90180-
writeBBQ090+ % 2
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
writeBBQ090+
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
writeRGQ090+ % 1
writeRGQ90180+
writeRGQ090-
writeRGQ90180-
writeBBQ090+ % 1
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
} store
/scanit {
writeBBQ090+ % 1 s1 BBE single full wave
writeBBQ90180+
writeBBQ090-
writeBBQ90180-
} store
%%%%%%%%%%%%%%%%%%%%%%%%%%
%% high level code
%%%%%%%%%%%%%%%%%%%%%%%%%%
/cycles 30 pop 60 store
/highlevel <40> def % these are for 8 bit signed binary
/lowlevel <C0> def
/zerolevel <00> def
/make+ { {writefile highlevel writestring} repeat } store
/make0 { {writefile zerolevel writestring} repeat } store
/make- { {writefile lowlevel writestring} repeat } store
cycles {scanit} repeat
writefile closefile
% EOF
%%% triple patterns 64 total 32 start with 1 how many with 3 ones?
% 100000
% 100001
% 100010
% 100011 translates to 111000
% 100100
% 100101 translates to 110100
% 100110 translates to 110100
% 100111
% 101000
% 101001 translates to 110100
% 101010 defaults
% 101011
% 101100 translates to phase 110010
% 101101
% 101110
% 101111
% 110000
% 110001 translates to 111000
% 110010
% 110011 is phase 110010
% 110100
% 110101
% 110110
% 110111
% 111000 is 111000
% 111001
% 111010
% 111011
% 111100
% 111101
% 111110
% 111111
% try it by series prediction is 2 6 20 117??
% 10 11
% 01
% 1100 22
% 1010 1111*
% 1001 22
% 0110 22
% 0101 1111*
% 0011 22
% 111000 33 2 testables
% 110100 2211
% 110010 2211
% 110001 33
% 101100 2211
% 101010 111111*
% 101001 2211
% 100110 2211
% 100101 2211
% 100011 33
% 011100 33
% 011010 2211
% 011001 2211
% 010110 2211
% 010101 111111*
% 010011 2211
% 001110 33
% 001101 2211
% 001011 2211
% 000111 33
% series 4 5 testables
% 11110000 44 call it t44 significantly higher than 61st light lines.
% 11101000 3311 call it t3113 slightly higher than 61st many lines
% 11100100 3212 asymmetric? try it at t3212 nice match to 61st many dense lines
% 11100010 3311
% 11100001 44
% 11011000 3212
% 11010100 221111 call it t211112 nice match to 61st many lines
% 11010010 211211 call it t121121 moderately higher than 61st medium lines
% 11010001 3311
% 11001100
% 11001010 221111
% 11001001 3212
% 11000110 3212
% 11000101 3311
% 11000011 44
% 10111000 3311
% 10110100 211211
% 10110010 221111
% 10110001 3212
% 10101100 221111
% 10101010 11111111*
% 10101001 221111
% 10100110 221111
% 10100101 211211
% 10100011 3311
% 10011100 3212
% 10011010 221111
% 10011001 2222*
% 10010110 211211
% 10010101 221111
% 10010011 3212
% 10001110 3311
% 10001101 3212
% 10001011 3311
% 10000111 44
% 1111100000 55 fives
% 1111010000 4411
% 1111001000 4213
% 1111000100 4312
% 1111000010 4411
% 1111000001 55
% 1110110000 4312
% 1110101000 331111
% 1110100100 311212
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