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Medical2 - full results
Program Ver Arguments St. C D Size  % C.Time  % D.Time  % Time Rating c/d  R.S.E. c/d  R.R.E. c/d  Output  C.M D.M
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lpaq 8 7 ***** 0 0 22 778 087 21.8 179.20 100 180.51 100 6m  0s 50 48/53 44 41/46 61 58/64 22 767 359 394 394
blizzard 0.24b c ***** 0 0 22 834 902 21.9 20.20 100 20.80 100 41s 433 416/450 381 366/395 521 501/540 22 821 502 27 26
cmm4 0.1e 75 **** 1 1 23 049 817 22.1 118.75 100 120.84 100 4m  0s 69 66/72 64 61/67 78 75/82 23 022 389 522 522
ppmonstr Jr1 -m600 -o16 *** 2 2 23 149 900 22.2 213.59 100 216.20 100 7m 10s 38 36/39 35 34/37 41 39/43 23 112 271 609 609
blizzard 0.24b f ***** 0 0 23 294 695 22.3 14.98 100 15.67 100 31s 504 488/519 489 473/503 527 510/542 23 281 295 27 26
grzipii 0.24 -a -b8m -m3 ***** 0 0 23 412 382 22.4 11.03 100 14.44 100 25s 585 640/543 582 636/540 590 645/548 23 354 808 52 45
rings 1.6 5 **** 1 1 23 508 735 22.5 6.89 100 10.31 100 17s 841 995/739 854 1010/750 824 974/723 23 468 807 34 50
m1 x2-0.6 6 enwik7.txt *** 2 2 23 575 804 22.6 71.05 100 72.16 100 2m 23s 99 95/103 102 97/107 95 91/99 23 533 538 517 517
bsc 2.4.5 -b25 -m3 -psrl ½*** 3 0 23 636 116 22.7 9.78 382 3.78 365 14s 1027 674/1938 1070 703/2021 967 635/1826 23 545 431 146 103
bsc 2.4.5 -b110t -m3 -psrl ½* 6 2 23 714 853 22.7 14.81 273 4.80 377 20s 693 435/1492 735 461/1582 637 400/1372 23 624 168 132 44
bcm 0.11 -b118 ½ 8 4 23 742 849 22.8 38.81 100 32.30 100 1m 11s 190 164/220 202 175/234 173 150/200 23 683 341 502 501
blizzard 0.24b c 100000000 ½ 8 4 23 798 228 22.8 26.80 100 24.16 100 51s 260 234/289 281 253/312 233 210/259 23 784 828 514 497
paf 03a -r1 10 7 23 864 288 22.9 62.39 100 62.84 100 2m  5s 104 99/109 114 108/119 91 87/96 23 848 416 163 164
paf 03a -a0 9 5 23 909 086 22.9 30.16 100 30.84 100 1m  1s 210 201/219 232 222/242 182 174/190 23 893 214 163 164
paf 03a 9 5 23 909 112 22.9 29.92 100 30.67 100 1m  1s 211 203/220 234 224/243 183 176/191 23 893 240 163 164
m99 2.21 -m 96m 10 5 23 914 587 22.9 30.23 100 30.19 100 1m  0s 212 200/223 234 222/247 183 173/193 23 854 491 56 46
bsc 2.4.5 -b25 -m3 -p ½*** 3 0 23 918 689 22.9 7.27 358 3.73 370 11s 1161 833/1801 1286 922/1995 1004 720/1557 23 828 004 502 503
bsc 2.4.5 -b25 -m3 -pl ½** 4 1 23 962 689 23.0 7.31 355 3.92 348 11s 1122 816/1692 1254 913/1891 957 696/1443 23 872 004 434 333
rings 1.6 8 ½* 2 5 23 968 538 23.0 7.03 100 11.75 100 19s 670 848/564 750 949/631 570 721/480 23 928 610 259 387
m03 0.2a1 100000000 11 7 23 970 402 23.0 50.52 100 39.91 100 1m 30s 139 118/166 156 132/186 118 100/141 23 892 902 579 576
uharc 0.6b -mdp -mx 13 9 24 036 907 23.0 138.67 100 114.11 100 4m 13s 49 42/57 55 48/65 41 35/47 23 927 165 54 53
ppmd sh8 /m256 /o8 /e /r 13 9 24 060 476 23.1 68.55 100 70.28 100 2m 19s 88 85/92 101 96/105 73 70/76 24 015 321 258 258
bsc 2.4.5 -b25 -m2f -p ** 1 6 24 071 898 23.1 2.73 350 5.36 357 8s 1506 2111/1197 1723 2416/1370 1242 1742/988 23 981 213 516 503
grzipii 0.24 -a -b8m -m4 * 3 9 24 078 322 23.1 6.48 100 9.75 100 16s 750 889/657 859 1018/753 617 732/541 24 020 748 52 45
ppmd sh8 /m590 /o16 11 10 24 086 440 23.1 37.02 100 38.45 100 1m 15s 161 155/166 185 178/191 132 128/136 24 041 285 594 594
ppmd sh8 /m590 /o6 /e /r 10 11 24 105 485 23.1 25.88 100 27.34 100 53s 227 221/232 261 255/268 185 180/190 24 060 330 521 521
ppmd sh8 /m590 /o6 /e 9 10 24 105 485 23.1 25.86 100 27.33 100 53s 227 221/232 262 255/268 185 180/190 24 060 330 521 521
bsc 2.4.5 -b25 -m3f -p ½*** 3 0 24 109 512 23.1 6.30 362 2.80 380 9s 1325 907/2269 1529 1046/2617 1081 739/1850 24 018 827 502 503
ppmd sh8 /m590 /o6 /r 12 12 24 116 346 23.1 26.12 100 27.47 100 54s 224 218/231 259 252/266 183 177/188 24 071 191 521 521
ppmd sh8 /m590 /o6 11 12 24 116 346 23.1 26.11 100 27.47 100 54s 225 218/231 259 252/266 183 178/188 24 071 191 521 521
bsc 2.4.5 -b25 -m1f -p ½*** 1 2 24 125 341 23.1 2.08 365 3.97 341 6s 1984 2734/1591 2296 3164/1841 1610 2219/1291 24 034 656 497 503
zzip 0.36c -mx -a -15m 9 10 24 131 981 23.1 21.34 100 17.45 100 39s 309 266/361 358 308/419 250 215/292 24 108 295 42 35
ppmd sh8 /m590 /o8 /r 13 13 24 195 249 23.2 58.12 100 59.67 100 1m 58s 100 96/104 117 112/122 79 76/82 24 150 094 594 594
ppmd sh8 /m590 /o16 /r 14 14 24 202 446 23.2 79.00 100 80.67 100 2m 40s 73 70/76 86 83/90 58 56/61 24 157 291 594 594
grzipii 0.24 -b8m -m4 ½ 4 10 24 218 089 23.2 6.20 100 9.78 100 16s 730 890/628 861 1051/741 576 703/495 24 160 515 52 45
ybs 0.3f -m16m 9 11 24 219 078 23.2 20.88 100 14.69 100 36s 328 264/418 387 312/493 259 209/330 24 181 431 146 82
dark 0.51 p-b118m 9 13 24 295 454 23.3 18.78 100 21.95 100 41s 280 287/273 336 345/328 216 221/210 24 263 963 290 236
szip 1.12 -b41o4 5 11 24 310 903 23.3 5.16 100 11.53 100 17s 679 1041/518 818 1254/623 521 799/397 24 283 740 17 22
szip 1.12 10 12 24 322 690 23.3 12.05 100 11.98 100 24s 470 444/496 567 536/599 359 339/379 24 295 527 9 10
nanozip 0.09a -m.5g -cc 13 15 24 337 605 23.3 54.16 328 48.28 338 1m 42s 110 98/123 133 119/148 84 75/93 24 214 725 492 483
nanozip 0.09a -m.5g -cc -p4 14 16 24 337 605 23.3 54.17 328 48.78 336 1m 43s 109 98/121 132 119/147 83 75/92 24 214 725 492 483
grzipii 0.24 -p -b8m -m1 11 14 24 361 965 23.3 19.02 100 16.78 100 36s 312 278/350 380 338/426 236 210/264 24 304 391 85 44
grzipii 0.24 11 13 24 398 240 23.4 14.86 100 15.12 100 30s 368 352/384 452 432/471 275 263/287 24 340 666 38 28
bsc 2.4.5 -b110t -m1f -p 5 9 24 400 481 23.4 2.42 297 7.48 145 10s 1114 2157/776 1367 2647/952 831 1610/579 24 309 796 502 502
bsc 2.4.5 -b110t -m2f -p 8 11 24 407 330 23.4 3.56 259 10.52 132 14s 782 1463/551 961 1798/677 583 1090/411 24 316 645 509 502
szip 1.12 -o4 11 11 24 427 284 23.4 5.03 100 9.94 100 15s 731 1030/580 902 1271/716 541 763/429 24 400 121 8 10
grzipii 0.24 -b8m -m1 13 14 24 427 578 23.4 15.72 100 15.42 100 31s 351 330/373 434 407/461 260 244/276 24 370 004 60 44
bsc 2.4.5 -b110t -m3 -p 13 5 24 428 655 23.4 11.95 186 4.64 324 17s 659 433/1241 814 535/1532 488 321/918 24 337 970 502 502
bsc 2.4.5 -b110t -m3 -pl 16 6 24 468 778 23.5 12.23 185 4.86 304 17s 632 418/1171 787 521/1458 462 306/856 24 378 093 433 416
bssc 0.95a -b16383 18 12 24 520 661 23.5 21.28 100 11.55 100 33s 324 237/485 408 298/611 233 170/349 24 474 765 134 82
bwc 0.99d 13 10 24 595 301 23.6 10.64 100 7.05 100 18s 588 463/777 752 592/994 414 326/546 24 583 681 9 5
4x4 0.2a 4t 13 6 24 617 164 23.6 5.47 359 4.70 359 10s 1015 894/1156 1305 1149/1486 710 625/808 24 375 875 184 130
ppms j 20 16 24 617 774 23.6 14.53 100 16.06 100 31s 338 337/338 434 433/435 236 235/236 24 594 019 3 3
bsc 2.4.5 -b110t -m3f -p ** 15 1 24 620 722 23.6 11.14 170 3.69 300 15s 696 439/1473 895 564/1895 486 306/1028 24 530 037 502 502
gca 0.9k 20 11 24 621 958 23.6 14.22 100 9.06 100 23s 443 344/599 570 442/771 309 240/418 24 562 763 22 10
mcomp 2.00 -M112M -mw 21 17 24 651 949 23.6 25.72 100 26.77 100 52s 195 188/201 252 244/260 135 130/139 24 511 323 503 503
grzip 0.7.3 -a -i 21 17 24 672 651 23.6 20.69 100 17.06 100 38s 269 232/313 350 302/407 185 160/215 24 631 736 81 41
bssc 0.95a -t -b16383 14 11 24 710 817 23.7 9.03 100 8.05 100 17s 588 526/657 771 690/861 399 358/446 24 664 921 96 42
sbc 0.970r3 -m1 -b9 -of 21 14 24 774 037 23.7 18.86 100 12.58 100 31s 313 247/412 416 329/548 209 165/275 24 660 799 34 34
bssc 0.95a 21 12 24 856 999 23.8 18.70 100 9.02 100 28s 346 243/561 469 329/758 225 158/364 24 811 103 19 12
grzip 0.7.3 22 17 24 896 086 23.9 20.19 100 16.92 100 37s 256 223/295 349 304/403 164 143/189 24 855 171 82 41
grzipii 0.24 -d -a -b8m -m4 14 13 24 903 593 23.9 7.17 100 9.92 100 17s 554 625/502 756 854/686 355 400/322 24 846 019 52 45
bsc 2.4.5 -b1 -m1f -p ½**** 0 1 25 024 814 24.0 1.86 376 2.41 385 4s 2139 2324/1995 2998 3258/2797 1320 1435/1232 24 934 129 23 23
bsc 2.4.5 -b1 -m0f -pr ½** 6 0 25 061 647 24.0 2.42 387 2.11 387 5s 1991 1764/2252 2813 2492/3182 1215 1077/1375 24 970 962 23 23
nanozip 0.09a -m.5g -cO * 23 3 25 426 581 24.4 26.50 233 2.47 376 29s 279 144/1722 426 220/2630 152 79/941 25 303 701 430 283
nanozip 0.09a -m.5g -co ½* 24 2 25 436 036 24.4 26.56 230 2.39 375 29s 278 144/1772 425 220/2712 151 78/965 25 313 156 366 219
bma 1.35b 22 16 25 513 340 24.5 19.41 100 14.45 100 34s 232 192/286 361 298/446 124 102/152 25 469 151 26 24
sbc 0.970r3 -m1 -b63 -of -ad 23 18 25 539 058 24.5 25.16 100 18.23 100 43s 180 147/225 281 230/352 95 78/119 25 425 820 196 196
m99 2.21 96m 21 17 25 825 965 24.8 18.64 100 15.22 100 34s 211 182/247 351 302/411 102 88/120 25 765 869 56 46
nanozip 0.09a -m.5g -cO -p2 ½ 25 4 25 988 179 24.9 37.50 171 2.97 341 40s 168 86/1207 289 148/2077 77 40/556 25 865 299 355 201
bzip 0.21 25 16 26 363 333 25.3 32.56 100 14.09 100 47s 130 88/227 243 165/423 53 36/93 26 336 773 9 7
bzip2 1.0.5 15 7 26 827 054 25.7 10.67 100 4.91 100 16s 338 234/566 696 481/1164 121 83/202 26 785 485 9 5
pbzip2 1.0.5 ½** 9 0 26 984 870 25.9 3.47 389 1.64 387 5s 984 686/1613 2094 1460/3433 334 233/548 26 916 501 39 27
imp 1.12 -2 15 5 27 029 699 25.9 8.31 100 3.16 100 11s 432 282/827 929 607/1776 145 95/277 26 948 018 7 7
rzm 0.07h 28 13 27 623 452 26.5 143.78 100 9.06 100 2m 33s 27 14/240 66 33/586 8 4/67 27 607 595 260 131
mcomp 2.00 -M256M -mf3 29 16 27 851 480 26.7 185.78 100 12.97 100 3m 19s 19 10/157 50 25/401 5 3/41 27 710 854 499 230
ccm 1.30c x 5 27 20 28 102 278 26.9 69.69 100 64.92 100 2m 15s 27 24/29 72 66/78 6 6/7 28 089 234 533 533
freearc 0.666 -m3 24 20 28 139 422 27.0 26.47 101 19.64 102 46s 77 63/95 209 172/258 18 15/23 28 063 646 92 44
freearc 0.666 -m4 25 19 28 139 422 27.0 26.48 101 19.62 102 46s 77 63/95 209 172/258 18 15/23 28 063 646 92 44
freearc 0.666 -mx -lc500m 26 20 28 139 422 27.0 26.56 101 19.64 101 46s 77 63/95 208 172/258 18 15/23 28 063 646 76 44
ccm 1.30c 5 30 21 28 251 413 27.1 55.31 100 50.56 100 1m 46s 32 29/36 90 82/99 7 7/8 28 238 467 533 533
freearc 0.666 -m2 17 15 29 032 491 27.8 11.73 102 12.62 102 24s 111 109/112 364 358/370 20 20/20 28 956 715 66 45
ecp 0.e.s -p -b100 30 19 29 073 768 27.9 30.56 100 19.12 100 50s 54 41/73 178 137/243 10 7/13 29 063 197 61 61
sbc 0.970r3 -m3 -b63 31 19 29 242 172 28.0 37.80 100 17.27 100 55s 46 32/77 158 109/265 8 5/13 29 128 934 200 200
bzp 0.3 11 6 29 262 966 28.0 3.84 100 4.52 100 8s 301 310/293 1039 1070/1012 51 53/50 29 230 568 4 4
sbc 0.970r3 -m2 -b19 24 19 29 349 060 28.1 25.47 100 16.42 100 42s 58 46/78 206 160/276 10 8/13 29 235 822 63 61
sbc 0.970r3 -m3 -b9 -of 31 19 29 999 176 28.8 34.97 100 16.23 100 51s 39 27/65 159 110/263 5 4/9 29 885 938 66 66
sbc 0.970r3 23 17 30 061 733 28.8 21.73 100 14.19 100 36s 55 43/73 225 176/300 7 6/10 29 948 495 24 24
quad 1.12 21 11 30 200 258 28.9 18.05 100 7.09 100 25s 75 50/140 317 209/592 10 6/18 30 174 118 35 35
quad 1.12 -x 31 11 30 280 984 29.0 32.41 100 7.01 100 39s 47 27/138 201 116/594 6 3/17 30 254 844 35 35
sr 3c 16 14 30 545 625 29.3 10.61 100 9.98 100 21s 83 76/90 375 345/407 9 9/10 30 538 808 6 6
balz 1.15 ex 32 12 30 952 775 29.7 50.44 100 7.09 100 58s 26 14/111 129 70/552 3 1/11 30 919 846 66 66
lzturbo 0.95 -p0 -59 ½** 33 0 30 995 913 29.7 169.20 100 1.03 267 2m 50s 9 4/757 44 21/3786 1 0/76 30 895 720 459 115
7-zip 9.12b -mx -md48m ** 32 1 31 032 814 29.7 44.77 161 2.14 100 47s 31 16/361 158 78/1818 3 2/36 30 882 194 532 52
7-zip 9.12b -m0=lzma2 -mx -md15m ** 30 1 31 046 964 29.8 28.94 295 2.14 100 31s 47 24/359 237 121/1816 5 2/35 30 896 344 451 20
7-zip 9.12b ** 32 1 31 058 870 29.8 41.30 163 2.14 100 43s 33 17/358 170 85/1814 3 2/35 30 908 250 194 20
balz 1.15 e 27 12 31 058 974 29.8 27.48 100 7.14 100 35s 42 25/107 213 127/544 4 2/11 31 026 045 66 66
7-zip 9.12b -mx -md4m ** 32 1 31 099 327 29.8 38.95 165 2.14 100 41s 35 17/353 179 89/1807 3 2/34 30 948 707 56 7
qazar 0.0pre5 25 20 31 277 746 30.0 26.25 100 17.58 100 44s 31 25/41 165 130/216 3 2/4 31 218 077 28 28
squeez 5.62 -m5 34 13 31 380 441 30.1 77.86 100 7.72 100 1m 26s 15 8/90 84 44/488 1 1/8 31 183 950 26 12

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