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— RU.COMPRESS From : Daniil Uspensky 2:5030/2222.7 06 Sep 01 22:20:32 To : UUCP Subj : Готовится новый выпyск тестов VYCCT 6.1 Hello Vadim! 04 Сен 01, Vadim Yoockin" <vy@thermosyn.com> Reply-To: "Vadim Yoockin wrote to Daniil Uspensky: >> А здесь мы его yвидим? ;-) Vv> Само собой. Жаль только, гpафики не лезyт... А если в УУЕ? Daniil --- GoldED+/386 1.1.4.7 * Origin: Once Upon A Time In The West ... (2:5030/2222.7) — RU.COMPRESS From : Daniil Uspensky 2:5030/2222.7 06 Sep 01 22:27:03 To : Andrew Filinsky Subj : PPM Hello Andrew! 04 Сен 01, Andrew Filinsky wrote to Daniil Uspensky: AF> Из беглого знакомства с сyффиксными деpевьями y меня сложилось AF> впечатление, что к сyффиксным деpевьям имеет отношение деpево, в AF> котоpом последовательность ypовней бyдет (3,2,1,0) в твоих AF> обозначениях. Тогда действительно, пока контекст не обоpвется, pабота AF> бyдет выполняться над нижними ypовнями деpева. В пpошлом письме я пытался объяснить, чем лyчше обpатный поpядок. Вот сейчас на пpимеpе попpобyю пеpесмотpеть это дело... Daniil --- GoldED+/386 1.1.4.7 * Origin: Once Upon A Time In The West ... (2:5030/2222.7) — RU.COMPRESS From : Sergei Romancha 2:468/57.30 06 Sep 01 23:14:08 To : All Subj : DriveSpace - есть альтеpнативы? Привет All! subj? Главное чтобы под Win pаботало, под дос необязательно. С наилучшими пожеланиями Романча Сергей младший. --- * Origin: ORIGIN (2:468/57.30) — RU.COMPRESS From : IP Robot 2:5093/4.126 07 Sep 01 01:05:07 To : All Subj : News at ftp://ftp.elf.stuba.sk/pub/pc/pack/ ftp://ftp.elf.stuba.sk/pub/pc/pack/brzip4en.exe BraZip v4.0.063 - Archiving tool for Win9x/NT/2000 (1,412,879 bytes) ftp://ftp.elf.stuba.sk/pub/pc/pack/wr29b4i.exe RAR v2.90 beta 4 for Windows (32-bit) - Italian Edition (762,454 bytes) ftp://ftp.elf.stuba.sk/pub/pc/pack/wr29b4j.exe RAR v2.90 beta 4 for Windows (32-bit) - Japanese Edition (750,941 bytes) ftp://ftp.elf.stuba.sk/pub/pc/pack/wr29b4nl.exe RAR v2.90 beta 4 for Windows (32-bit) - Dutch Edition (791,442 bytes) ftp://ftp.elf.stuba.sk/pub/pc/pack/wr29b4ru.exe RAR v2.90 beta 4 for Windows (32-bit) - Russian Edition (767,323 bytes) ftp://ftp.elf.stuba.sk/pub/pc/pack/wr29b4sl.exe RAR v2.90 beta 4 for Windows (32-bit) - Slovenian Edition (736,138 bytes) --- PktMake.pl * Origin: PktMake.pl (2:5093/4.126) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 07 Sep 01 10:28:02 To : Daniil Uspensky Subj : Re: Готовится новый выпyск тестов VYCCT 6.1 From: "Vadim Yoockin" <vy@thermosyn.com> Reply-To: "Vadim Yoockin" <vy@thermosyn.com> Daniil Uspensky <Daniil.Uspensky@p7.f2222.n5030.z2.fidonet.org> сообщил в новостях следующее:999814869@p7.f2222.n5030.z2.FidoNet.ftn... > >> А здесь мы его yвидим? ;-) > Vv> Само собой. Жаль только, гpафики не лезyт... > > А если в УУЕ? Они интерактивные. Java Script с данными. Antiofftopic. В выходные, наверное, тесты будут закончены, а на следующей недели - выложу здесь и на http://members.xoom.com/vycct Всего доброго, Вадим. --- ifmail v.2.15dev5 * Origin: vy@thermosyn.com yoockinv@mtu-net.ru 2:5020/1042.50 (2:5020/400) — RU.COMPRESS From : Dmitry Shkarin 2:5020/400 07 Sep 01 15:49:35 To : Daniil Uspensky Subj : Re: PPM From: "Dmitry Shkarin" <dmitry.shkarin@mtu-net.ru> Hi, Daniil! > BZ> не yдивлюсь, если это и есть suffix trees. я такое делал, а идею > BZ> кажись содpал из comp-2, котоpый был в набоpе yпаковщиков от нико де > BZ> вpиc > > Где это можно взять? Hа http://dogma.net/DataCompression или на страничке M.Nelson. > Эти числа обозначают номеp символа. Т.е. 0 -- это сам "yгадываемый" символ, 1 > -- пеpвый *слева* от него, 2 -- следyющий за пеpвым (слева) и т.д. > А такая сложность вот из-за чего. Допyстим, на каком-то шаге (где-то в начале [skip] А все равно ничего непонятно. --- ifmail v.2.15dev5 * Origin: home (2:5020/400) — RU.COMPRESS From : IP Robot 2:5093/4.126 08 Sep 01 01:09:29 To : All Subj : News at ftp://ftp.elf.stuba.sk/pub/pc/pack/ ftp://ftp.elf.stuba.sk/pub/pc/pack/dzip26.exe Dzip v2.6 - File Compressor for Win32 (99,118 bytes) --- PktMake.pl * Origin: PktMake.pl (2:5093/4.126) — RU.COMPRESS From : Maxime Zakharov 2:5020/400 08 Sep 01 12:59:53 To : All Subj : Клод Шеннон. Краткая биография. Бандвагон. From: Maxime Zakharov <maxime@sochi.com> http://sochi.net.ru/~maxime/doc/shannon.shtml -- Maxime http://sochi.net.ru/~maxime --- ifmail v.2.15dev5 * Origin: Technology Communication Centre, Sochi, Russia (2:5020/400) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:44:39 To : All Subj : Compressors Comparison Test, September 2001 [0/8] Пpиветствую, All! Compressors Comparison Test, September 2001. Environment: iPIII-840, 256Mb RAM, NT4sp4, Quantum Fireball ST 4.3Gb. Vadim Yoockin (yoockinv@mtu-net.ru, vy@thermosyn.com, 2:5020/1042.50). Hа текстах традиционно лидируют представители PPM и BWT, успех которых укрепляют текстовые фильты. Hа всех бинарных файлах впереди 7zip, по пятам преследуемый Uharc'ом. Mark at first column: * there are no another compressor, that compress better with faster compression and decompression speed. Mark at compressor name: ' non public compressors. Rating is calculated as a time required to compress file, transmit it using 28000 bps connection and decompess file back. Most of compressors are available at ftp://ftp.elf.stuba.sk/pub/pc/pack New: sbc 0.860 ppmdh, ppmonstr H ppmn 1.00b1 7zip 2.30b2 dc 0.99.298b uharc 0.4np eri 4.14fre ppmy 0.3b gcac 0.9g lzap 0.20 Best 10 ======= Russian English C-sources ppmn 1.00b1 123.33 dc 0.99.298b 135.14 ppmdh 64.16 ppmdh 124.79 ppmn 1.00b1 137.62 ppmonstr H 66.25 ppmonstr H 126.52 sbc 0.860 138.55 dc 0.99.298b 66.61 ybs 0.3e 126.67 ppmdh 139.30 sbc 0.860 68.33 dc 0.99.298b 127.04 ybs 0.3e 141.38 ppmn 1.00b1 68.86 sbc 0.860 127.80 ppmonstr H 141.56 uharc' 0.4np 69.25 arc' 131.06 arc' 145.64 ybs 0.3e 70.81 ba 1.01b5 132.10 uharc 0.4np 146.57 arc' 71.52 zzip 0.35g 133.44 ba 1.01b5 146.81 ba 1.01b5 72.50 compressia' 134.16 zzip 0.35g 148.16 bwc/PGCC 0.99 72.89 EXE os2.ini Dictionary 7zip 2.30b2 72.80 7zip 2.30b2 25.13 sbc 0.860 25.19 uharc 0.4np 75.00 uharc 0.4np 26.98 uharc 0.4np 32.68 ppmn 1.00b1 76.77 rar/win 2.70 27.67 compressia' 32.85 cabarc 1.00 76.93 ace32 2.0c3 27.82 dc 0.99.298b 33.25 ybs 0.3e 77.66 cabarc 1.00 27.87 ace32 2.0c3 33.41 ace32 2.0c3 78.13 ppmdh 28.44 7zip 2.30b2 34.18 dc 0.99.298b 78.64 imp 1.10 28.56 eri 4.14fre 38.50 sbc 0.860 78.90 dst 0.9 28.86 rkuc 1.04 45.77 arc' 79.14 arjz 0.50 28.94 cabarc 1.00 50.68 rk 1.04a01 79.50 ppmonstr H 28.94 rar/win 2.70 56.73 Fileware.doc samples.xls 7zip 2.30b2 30.54 7zip 2.30b2 18.63 uharc 0.4np 32.60 uharc 0.4np 20.40 jar32 1.02d 32.73 rar/win 2.70 21.05 arjz 0.50 32.89 cabarc 1.00 21.43 ppmdh 33.22 ppmdh 21.48 ppmonstr G 33.34 ace32 2.0c3 21.51 ppmn 1.00b1 33.36 arjz 0.50 21.59 imp 1.10 33.44 imp 1.10 21.72 rar/win 2.70 33.51 ppmonstr H 22.03 cabarc 1.00 33.67 dc 0.99.298b 22.09 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:50:54 To : All Subj : Compressors Comparison Test, September 2001 [1/8] ¦ English Text(condoyle.txt) 2,042,760 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * ppmn 1.00b1 MT1 M:20 O7 465,761 5.80 6.03 PPM 141.20 ppmn 1.00b1 MT1 M:20 O9 466,022 6.19 6.40 PPM 142.04 * ppmn 1.00b1 MT1 M:20 468,654 3.63 3.81 PPM 137.62 ppmn 1.00b1 O7 471,997 5.48 5.66 PPM 142.25 ppmn 1.00b1 O9 472,600 5.61 5.86 PPM 142.74 ppmn 1.00b1 O6 473,408 3.88 4.07 PPM 139.45 ppmonstr H o1 m64 474,573 5.51 5.63 PPMII 142.96 ppmonstr H o16 m64 474,940 5.34 5.49 PPMII 142.75 ppmonstr H o12 m64 475,548 5.18 5.32 PPMII 142.59 * dc 0.99.298b 476,215 1.58 1.28 BWT+Ari 135.14 ppmonstr H o10 m64 476,375 4.95 5.09 PPMII 142.36 ppmonstr H o8 m32 477,863 4.47 4.55 PPMII 141.75 rk 1.02a05 mx3 ft 477,892 16.34 16.87 PPM 165.95 dc 0.99.015b 478,812 1.43 1.52 BWT+Ari 135.95 ppmn 1.00b1 478,876 2.84 3.01 PPM 138.87 rk 1.04a01 mx3 M16 481,436 11.74 11.96 PPM 157.43 rk 1.04a01 mx2 481,436 11.75 12.03 PPM 157.51 rk 1.04a01 mx3 M64 481,436 11.77 11.94 PPM 157.44 rk 1.04a01 mx1 482,112 11.17 11.40 PPM 156.49 ppmy 0.3b m200 483,923 39.72 41.93 PPM 216.07 ppmonstr H o6 m32 484,120 3.50 3.59 PPMII 141.56 ppmy 0.3b m64 o9 484,492 33.96 36.05 PPM 204.59 ppmdh o8 m64 489,473 1.90 2.02 PPMII 139.88 * sbc 0.860 b3m1 489,612 1.59 0.96 BWT+Ari 138.55 sbc 0.860 b3m3 489,612 1.74 1.09 BWT+Ari 138.83 sbc 0.860 489,622 1.67 1.00 BWT+Ari 138.67 ppmdh o16 m64 489,699 2.50 2.55 PPMII 141.07 ppmdh o10 m64 489,862 2.21 2.32 PPMII 140.60 7zip 2.30b2 7z PPMD 490,940 1.71 1.87 PPMII 139.95 ppmdh o6 m64 491,032 1.42 1.49 PPMII 139.30 rkuc 1.04 o8 x 491,128 12.24 12.80 PPM 161.46 ppmy 0.3b m64 o7 491,349 31.23 33.25 PPM 200.96 uharc' 0.4np mx 491,570 4.73 5.30 PPM 146.57 rkuc 1.04 o16 x 492,076 14.92 15.43 PPM 167.03 dc 0.99.298b -mt -fe 492,283 1.50 1.15 BWT+Ari 139.39 rkuc 1.04 o12 x 492,720 14.01 14.49 PPM 165.36 ppmn 1.00b1 O7 DA 492,960 5.37 5.54 PPM 147.84 ppmn 1.00b1 O6 DA 493,094 3.59 3.76 PPM 144.32 ppmn 1.00b1 O9 DA 494,158 5.66 5.83 PPM 148.75 boa 0.58b m15 494,631 13.76 13.98 PPM 165.13 * dc 0.99.015b -mt -fe 494,969 1.37 1.41 BWT+Ari 140.27 ppmonstr H o5 m16 495,250 2.84 2.96 PPMII 143.36 * dc 0.99.298b -b1024 495,389 1.54 0.62 BWT+Ari 139.76 ann p12 496,298 17.88 17.39 PPM+NN 173.13 ybs 0.3e 496,703 2.32 1.09 BWT+Ari 141.38 ppmn 1.00b1 O5 DA 498,629 2.58 2.73 PPM 143.81 * ppmdh o5 m16 498,841 1.08 1.18 PPMII 140.82 ybs 0.3e -r 500,151 2.32 1.08 BWT+Ari 142.33 dc 0.99.298b -a 500,421 1.50 1.18 BWT+Ari 141.68 dc 0.99.015b -a 500,430 1.61 1.55 BWT+Ari 142.16 boa 0.58b m7 501,536 12.44 12.77 PPM 164.52 arc' (I.Sutton) b20 508,737 2.62 1.71 BWT+Ari 145.64 rkuc 1.04 o8 510,708 10.05 10.53 PPM 162.44 ba 1.01b5 -24 512,696 2.87 1.53 BWT+Ari 146.81 zzip 0.35g -mx -b8 515,672 2.84 2.08 BWT+Ari 148.16 bee 0.49 m2d3 515,704 10.54 11.49 PPM 165.28 acb 2.00 u 516,144 50.06 49.92 AC 243.35 bee 0.49 m3d3 516,829 13.50 14.49 PPM 171.55 dst 0.9 mt 4 517,177 15.52 8.79 LZ+PPM 167.97 dst 0.9 mt 517,294 9.96 8.76 LZ+PPM 162.41 compressia' b2048 517,484 3.67 2.12 BWT+Huf 149.53 ba 1.01b5 -24-x 517,626 2.75 1.42 BWT+Ari 147.95 rkuc 1.04 o16 518,568 12.75 13.23 PPM 170.02 rkuc 1.04 o12 518,900 11.76 12.24 PPM 168.13 ba 1.01b5 -24-f 519,279 2.87 1.50 BWT+Ari 148.61 bee 0.49 m3d2 519,562 13.63 14.68 PPM 172.63 ba 1.01b5 -24-p 521,140 2.91 1.51 BWT+Ari 149.18 ba 1.01b5 -24-j 521,665 2.77 1.36 BWT+Ari 149.03 zzip 0.35g -a1 -b8 522,487 2.66 1.97 BWT+Ari 149.76 ppmonstr H 522,570 2.14 2.21 PPMII 149.50 * ppmdh 523,763 0.79 0.84 PPMII 147.11 acb 2.00 b 523,875 33.21 33.08 AC 211.81 gca 0.90g -v 524,072 2.75 1.39 BWT+Ari 149.71 777 0.04b1 m5 mu32 md1024 524,739 14.99 16.77 PPM 177.52 szip 1.12 b21 o0 525,763 5.07 0.95 BWT+Ari 152.06 szip 1.12 b21 o12 526,031 4.61 1.66 ST+Ari 152.38 szip 1.12 b21 o10 526,308 3.78 1.52 ST+Ari 151.49 ICT UC 1.0 526,962 3.21 1.57 ST+Ari 151.15 rkuc 1.04 527,012 3.54 3.69 PPM 153.62 szip 1.12 b21 o8 527,179 2.90 1.44 ST+Ari 150.77 bee 0.49 m2d2 528,372 10.80 11.74 PPM 169.31 arc' (I.Sutton) 528,813 2.43 1.66 BWT+Ari 150.98 777 0.04b1 m5 mu16 md1024 529,485 12.86 14.66 PPM 174.59 ppmy 0.3b m64 o5 530,718 26.80 28.80 PPM 203.02 szip 1.12 b21 o6 532,680 2.14 1.26 ST+Ari 151.36 eri 4.14fre -m4 532,735 8.21 1.44 ST+PPM 157.63 eri 4.14fre -m3 533,084 7.36 1.42 ST+PPM 156.85 zzip 0.35g -mx 534,748 2.70 2.03 BWT+Ari 153.27 bwc/PGCC 0.99 m2m 538,180 2.40 0.99 BWT+Ari 152.88 acb 2.00 B 538,323 22.88 22.70 AC 195.11 bee 0.49 m1d2 539,466 8.70 9.53 PPM 168.08 eri 4.14fre -m2 539,977 6.53 1.25 ST+PPM 157.77 ba 1.01b5 541,797 2.61 1.52 BWT+Ari 154.62 zzip 0.35g -a1 542,210 2.51 1.93 BWT+Ari 155.05 eri 4.14fre -m1 546,490 6.13 1.20 ST+PPM 159.13 gca 0.90g 556,657 2.36 1.12 BWT+Ari 158.10 lzap 0.20.0b 558,052 13.95 14.41 DMC 183.37 imp 1.10 -2 u1000 561,185 1.49 0.79 BWT+Huf 158.16 bwc/PGCC 0.99 m900k 562,124 2.18 0.99 BWT+Ari 159.31 * szip 1.12 b21 o4 566,573 0.55 1.09 ST+Ari 159.02 bwc/PGCC 0.99 567,690 2.11 0.98 BWT+Ari 160.78 rk 1.04a01 mf3 571,844 8.49 5.54 ROLZ 172.87 bzip2/PGCC 1.0b7 -9 574,017 2.13 0.80 BWT+Huf 162.37 exp1 1. 574,088 2.07 0.65 BWT+Huf 162.18 arhangel 1.40a1 -2 576,331 3.55 3.32 PPM 166.96 ha 0.999c a2 576,332 4.84 4.43 PPM 169.36 bwc/PGCC 0.99 m600k 577,290 2.06 0.98 BWT+Ari 163.39 rk 1.04a01 mn2 579,044 5.68 3.90 PPM/ROLZ 170.42 rk 1.04a01 mf2 579,044 5.72 3.88 ROLZ 170.44 bzip2/PGCC 1.0b7 -6 587,288 2.01 0.75 BWT+Huf 165.89 ppmy 0.3b m64 o4 597,118 23.11 25.04 PPM 214.01 rk 1.04a01 598,212 1.99 1.62 PPM/ROLZ 169.78 rk 1.04a01 mn1 605,976 1.98 1.71 PPM/ROLZ 172.01 rk 1.04a01 mf1 605,976 1.98 1.71 ROLZ 172.01 * jar32 1.02d m4 610,273 2.49 0.40 LZ+Huf 172.41 jar32 1.02d m3 610,323 2.49 0.40 LZ+Huf 172.42 7zip 2.30b2 7z LZMAbt234d23 611,740 6.59 0.56 LZMA 177.07 arjz 0.50(md2m,mp9)+dict -e 613,102 9.63 0.82 LZ+Huf 180.75 * cabarc 1.00 LZX:21 614,985 6.25 0.09 LZ+Huf 177.16 7zip 2.30b2 7z LZMAbt234 616,460 6.43 0.55 LZMA 178.21 arjz 0.50(md2m)+dict -e 618,348 5.23 0.77 LZ+Huf 177.76 arjz 0.50(md2m,mp9)+dict 619,815 9.32 0.85 LZ+Huf 182.34 arjz 0.50(md2m)+dict 624,417 5.35 0.80 LZ+Huf 179.59 uharc' 0.4np m3 626,507 8.80 1.22 LZ+Ari 184.04 hap 3.00 629,697 2.53 2.74 PPM 180.18 uharc' 0.4np m2 637,311 8.32 1.22 LZ+Ari 186.57 cabarc 1.00 LZX:18 647,327 5.38 0.07 LZ+Huf 185.26 rar/win 2.70 m5 650,968 5.03 0.46 LZ+Huf 186.31 ace32 2.0c3 m5 d2048 651,246 3.82 0.95 LZ+Huf 185.67 rar/win 2.70 m4 651,505 4.01 0.47 LZ+Huf 185.45 lzds2' s1024 m5 652,032 5.16 0.29 LZ+Ari 186.57 lzds2' s1024 m4 654,497 3.72 0.29 LZ+Ari 185.81 rk 1.02a05 654,952 1.80 1.56 PPM/ROLZ 185.29 ace32 2.0c3 m4 655,186 3.55 0.88 LZ+Huf 186.42 ace32 2.0c3 m3 655,558 3.42 0.87 LZ+Huf 186.38 rar/win 2.70 m3 655,990 2.71 0.48 LZ+Huf 185.40 uharc' 0.4np mz 657,837 1.49 2.13 LZP 186.35 uharc' 0.4np m1 660,367 7.39 1.40 LZ+Ari 192.22 lz (Kabanov) 6 661,500 10.90 0.65 LZ+Huf 195.30 lzds2' s1024 m3 662,390 2.36 0.29 LZ+Ari 186.64 arjz 0.50 mp9 md2m 664,000 28.77 0.37 LZ+Huf 213.58 lz (Kabanov) 5 664,788 8.70 0.65 LZ+Huf 194.01 imp 1.10 -1 m3 u1000 667,442 3.01 0.40 LZ+Huf 188.81 lzds2' s1024 m2 668,561 1.93 0.29 LZ+Ari 187.93 imp 1.10 -1 u1000 672,454 2.03 0.39 LZ+Huf 189.21 lz (Kabanov) 4 675,902 5.71 0.64 LZ+Huf 194.10 lzds2' s1024 m1 683,175 1.43 0.29 LZ+Ari 191.49 arjz 0.50 md2m 690,434 7.31 0.41 LZ+Huf 199.50 arjz 0.50 mp9 692,742 9.72 0.18 LZ+Huf 202.32 arjz 0.50 mp8 693,051 9.15 0.17 LZ+Huf 201.83 arhangel 1.40a1 -1-mt 699,659 1.38 0.57 LZ+Ari 196.29 lz (Kabanov) 3 701,192 2.39 0.63 LZ+Huf 197.79 arjz 0.50 702,509 5.30 0.17 LZ+Huf 200.61 lz (Kabanov) 2 722,694 1.65 0.62 LZ+Huf 203.01 arjz 0.50 mp6 726,979 2.85 0.18 LZ+Huf 204.96 cabarc 1.00 LZX:15 730,843 2.93 0.07 LZ+Huf 206.01 7zip 2.30b2 zip mx 736,631 4.92 0.15 LZ+Huf 209.68 7zip 2.30b2 zip 737,285 2.60 0.15 LZ+Huf 207.55 uc 2.3.05 tt 744,400 2.82 0.46 LZ+Huf 210.05 arjz 0.50 mp5 753,909 1.83 0.18 LZ+Huf 211.42 lz (Kabanov) 1 754,558 1.18 0.68 LZ+Huf 211.45 uc 2.3.05 tn 765,824 2.02 0.47 LZ+Huf 215.21 pkzip 2.50 max 767,105 0.80 0.12 LZ+Huf 214.00 arhangel 1.40a1 -1 768,835 1.79 0.50 LZ+Ari 215.85 ha 0.999c a1 769,321 3.25 0.87 LZ+Ari 217.82 pkzip 2.04g -ex 770,567 1.08 0.14 LZ+Huf 215.26 pkzip 2.50 772,632 0.74 0.12 LZ+Huf 215.48 esp 1.92 774,253 0.95 0.10 LZ+Huf 216.12 pkzip 2.04g 780,627 0.77 0.21 LZ+Huf 217.82 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:51:19 To : All Subj : Compressors Comparison Test, September 2001 [2/8] ¦ Russian Text (stand.txt) 1,639,139 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * ppmn 1.00b1 MT1 M:20 O7 417,991 4.92 5.13 PPM 126.15 ppmn 1.00b1 MT1 M:20 O9 418,706 5.32 5.51 PPM 127.13 * ppmn 1.00b1 MT1 M:20 420,469 3.18 3.36 PPM 123.33 ppmn 1.00b1 O7 421,099 4.68 4.87 PPM 126.52 ppmn 1.00b1 O9 421,984 5.02 5.22 PPM 127.45 ppmn 1.00b1 O6 422,120 3.53 3.69 PPM 124.47 ppmonstr H o12 m64 424,989 4.24 4.38 PPMII 126.67 ppmonstr H o1 m64 425,019 4.43 4.53 PPMII 127.02 ppmonstr H o16 m64 425,040 4.35 4.48 PPMII 126.89 ppmonstr H o10 m64 425,311 4.12 4.26 PPMII 126.52 * ppmn 1.00b1 O5 426,297 2.65 2.80 PPM 123.86 ppmn 1.00b1 426,297 2.67 2.78 PPM 123.86 ppmonstr H o8 m32 427,183 3.88 3.98 PPMII 126.52 ppmonstr H o6 m32 433,393 3.31 3.40 PPMII 127.09 ppmy 0.3b m64 433,935 29.12 31.65 PPM 181.30 rk 1.02a05 mx3 ft 435,308 31.62 32.23 PPM 184.76 * ppmdh o10 m64 435,919 1.85 1.97 PPMII 124.90 ppmdh o12 m64 436,169 1.93 2.05 PPMII 125.13 ppmy 0.3b m64 o9 436,406 27.55 29.81 PPM 178.58 ppmdh o16 m64 436,532 1.98 2.15 PPMII 125.38 * ppmdh o8 m64 436,638 1.70 1.81 PPMII 124.79 rkuc 1.04 o12 x 439,904 11.07 11.49 PPM 144.76 ppmonstr H o1 m32 439,915 4.41 4.51 PPMII 131.11 rkuc 1.04 o16 x 439,996 11.71 12.15 PPM 146.08 rkuc 1.04 o8 x 440,164 9.99 10.41 PPM 142.67 7zip 2.30b2 7z PPMD 440,430 1.66 1.82 PPMII 125.82 * ppmdh o6 m64 440,497 1.39 1.48 PPMII 125.23 ppmy 0.3b m64 o7 441,558 25.95 28.31 PPM 176.91 ppmonstr H o5 m16 442,516 2.82 2.88 PPMII 128.62 ppmn 1.00b1 O7 DA 442,808 4.73 4.86 PPM 132.59 ppmn 1.00b1 O6 DA 443,227 3.74 3.86 PPM 130.71 ppmn 1.00b1 O9 DA 443,909 5.22 5.40 PPM 133.92 * ybs 0.3e 446,151 1.81 0.93 BWT+Ari 126.67 ppmn 1.00b1 O5 DA 447,848 2.67 2.82 PPM 129.89 * ppmdh o5 m16 447,914 1.14 1.20 PPMII 126.76 boa 0.58b m15 448,497 13.10 13.23 PPM 150.91 dc 0.99.298b -a 449,403 1.21 1.00 BWT+Ari 127.04 dc 0.99.015b -a 449,474 1.30 1.31 BWT+Ari 127.46 * sbc 0.860 451,240 1.69 0.87 BWT+Ari 127.90 sbc 0.860 -b3 451,240 1.70 0.87 BWT+Ari 127.91 sbc 0.860 b3m3 451,240 1.75 0.92 BWT+Ari 128.01 sbc 0.860 b3m1 451,243 1.62 0.84 BWT+Ari 127.80 ybs 0.3e -r 451,834 1.77 0.92 BWT+Ari 128.20 boa 0.58b m11 452,617 12.79 13.00 PPM 151.52 rk 1.04a01 mx3 M64 453,176 33.62 33.99 PPM 193.49 rkuc 1.04 o8 454,028 8.25 8.70 PPM 143.07 dc 0.99.015b 454,162 2.11 1.72 BWT+Ari 129.99 rkuc 1.04 o12 456,324 9.33 9.74 PPM 145.83 rkuc 1.04 o16 457,372 10.03 10.48 PPM 147.56 dc 0.99.298b 457,713 2.21 1.24 BWT+Ari 130.59 bee 0.49 m3d3 457,832 11.73 12.06 PPM 150.97 arc' (I.Sutton) b20 459,409 2.08 1.37 BWT+Ari 131.06 boa 0.58b m7 462,319 11.74 11.92 PPM 152.08 compressia' b2048 462,873 2.92 2.66 BWT+Huf 134.16 ba 1.01b5 -24-m 463,214 2.17 1.26 BWT+Ari 132.10 bee 0.49 m2d3 464,463 9.39 9.68 PPM 148.09 ppmonstr H 465,214 2.13 2.19 PPMII 133.54 ba 1.01b5 -24-g 465,594 2.08 1.20 BWT+Ari 132.61 acb 2.00 u 466,158 38.48 38.25 AC 206.22 zzip 0.35g -mx -b8 467,383 1.96 1.65 BWT+Ari 133.44 ppmdh 467,966 0.84 0.87 PPMII 131.70 bee 0.49 m3d2 468,436 12.29 12.64 PPM 155.05 ba 1.01b5 -24 468,567 2.15 1.20 BWT+Ari 133.51 * szip 1.12 b21 o0 470,894 3.34 0.78 BWT+Ari 134.92 szip 1.12 b21 o12 470,995 3.53 1.39 ST+Ari 135.75 szip 1.12 b21 o10 471,211 2.93 1.22 ST+Ari 135.04 rk 1.04a01 mx2 471,284 30.99 31.33 PPM 193.23 ICT UC 1.0 472,556 2.54 1.27 ST+Ari 135.08 szip 1.12 b21 o8 472,577 2.32 1.12 ST+Ari 134.71 ppmy 0.3b m64 o5 472,597 23.06 25.45 PPM 179.78 acb 2.00 b 472,689 24.92 24.71 AC 180.93 ba 1.01b5 -24-p 475,561 2.14 1.21 BWT+Ari 135.45 eri 4.14fre -m4 476,064 7.20 1.22 ST+PPM 140.66 eri 4.14fre -m3 476,338 6.42 1.19 ST+PPM 139.92 777 0.04b1 m5 mu32 md1024 476,341 12.69 14.07 PPM 159.08 rk 1.04a01 mx3 ft 476,564 40.69 41.26 PPM 214.33 rkuc 1.04 477,092 3.34 3.54 PPM 139.41 dst 0.9 mt 4 477,369 14.01 7.91 LZ+PPM 154.52 dst 0.9 mt 477,464 8.68 7.89 LZ+PPM 149.20 gca 0.90g -v 477,999 2.17 1.17 BWT+Ari 136.11 szip 1.12 b21 o6 478,277 1.72 1.03 ST+Ari 135.60 bwc/PGCC 0.99 m2m 479,162 1.69 0.83 BWT+Ari 135.62 bee 0.49 m2d2 479,285 9.57 9.84 PPM 152.54 dc 0.99.298b -b1024 481,177 2.16 1.19 BWT+Ari 137.01 uharc' 0.4np mx 481,637 6.98 5.20 PPM 145.96 eri 4.14fre -m2 482,505 5.65 1.04 ST+PPM 140.71 777 0.04b1 m5 mu16 md1024 483,260 10.98 12.40 PPM 157.62 rk 1.04a01 mx3 M16 483,436 29.16 29.59 PPM 193.04 arc' (I.Sutton) 483,875 1.86 1.32 BWT+Ari 137.59 acb 2.00 B 485,205 16.50 16.34 AC 167.62 ann p12 485,270 12.38 12.19 PPM+NN 159.37 rk 1.02a05 mx3 M16 485,424 28.49 28.99 PPM 192.32 eri 4.14fre -m1 486,571 5.34 1.00 ST+PPM 141.49 bee 0.49 m1d2 486,671 7.74 7.99 PPM 150.92 zzip 0.35g -mx 491,122 1.85 1.62 BWT+Ari 139.89 ba 1.01b5 494,214 2.06 1.21 BWT+Ari 140.55 rk 1.04a01 mx1 501,980 26.87 27.24 PPM 193.55 rk 1.02a05 mx1 503,516 26.23 26.68 PPM 192.77 bwc/PGCC 0.99 m900k 503,556 1.56 0.83 BWT+Ari 142.27 bwc/PGCC 0.99 504,026 1.56 0.82 BWT+Ari 142.39 gca 0.90g 504,919 1.92 0.92 BWT+Ari 143.09 * szip 1.12 b21 o4 506,348 0.48 0.94 ST+Ari 142.07 * imp 1.10 -2 u1000 506,524 1.07 0.64 BWT+Huf 142.41 bzip2/PGCC 1.0b7 -9 507,828 1.55 0.66 BWT+Huf 143.27 * exp1 1. 507,901 1.71 0.53 BWT+Huf 143.32 lzap 0.20.0b 508,389 12.26 12.71 DMC 166.18 bwc/PGCC 0.99 m600k 519,470 1.51 0.82 BWT+Ari 146.63 bzip2/PGCC 1.0b7 -6 523,162 1.48 0.65 BWT+Huf 147.45 ppmy 0.3b m64 o4 529,861 20.16 22.52 PPM 189.86 arhangel 1.40a1 -2 538,770 3.35 3.15 PPM 156.16 ha 0.999c a2 538,771 4.95 4.58 PPM 159.19 * 7zip 2.30b2 7z LZMAbt234d23 541,458 4.92 0.53 LZMA 155.85 7zip 2.30b2 7z LZMAbt234 543,549 4.89 0.51 LZMA 156.38 compressia' b256 545,673 2.64 1.87 BWT+Huf 156.09 * cabarc 1.00 LZX:21 546,390 4.82 0.07 LZ+Huf 156.67 rk 1.04a01 mn3 547,820 9.58 5.12 ROLZ 166.87 rk 1.04a01 mf3 547,820 9.59 5.11 ROLZ 166.87 uharc' 0.4np m3 551,395 7.15 1.05 LZ+Ari 161.36 uharc' 0.4np m2 558,495 6.78 1.04 LZ+Ari 162.95 arjz 0.50(md2m,mp9)+dict -e 562,528 6.23 0.72 LZ+Huf 163.20 arjz 0.50(md2m,mp9)+dict 562,553 6.24 0.76 LZ+Huf 163.26 arjz 0.50(md2m)+dict 565,480 4.40 0.68 LZ+Huf 162.16 arjz 0.50(md2m)+dict -e 565,585 4.12 0.69 LZ+Huf 161.91 rar/win 2.70 m5 571,351 3.28 0.41 LZ+Huf 162.40 lzds2' s1024 m5 571,368 3.78 0.24 LZ+Ari 162.73 rar/win 2.70 m4 571,622 2.78 0.40 LZ+Huf 161.96 lzds2' s1024 m4 572,551 2.66 0.24 LZ+Ari 161.94 ace32 2.0c3 m5 d2048 572,929 2.56 0.89 LZ+Huf 162.60 rk 1.04a01 mn2 573,472 5.38 3.49 ROLZ 168.17 rk 1.04a01 mf2 573,472 5.41 3.48 ROLZ 168.19 ace32 2.0c3 m4 574,333 2.55 0.82 LZ+Huf 162.91 rar/win 2.70 m3 574,378 2.11 0.38 LZ+Huf 162.04 ace32 2.0c3 m3 574,485 2.52 0.80 LZ+Huf 162.90 lzds2' s1024 m3 576,733 1.86 0.24 LZ+Ari 162.30 cabarc 1.00 LZX:18 576,926 4.19 0.07 LZ+Huf 164.52 uharc' 0.4np m1 577,655 6.05 1.11 LZ+Ari 167.61 lz (Kabanov) 6 582,552 4.89 0.52 LZ+Huf 167.23 lz (Kabanov) 5 583,510 4.35 0.55 LZ+Huf 166.99 imp 1.10 -1 m3 u1000 583,538 2.09 0.32 LZ+Huf 164.50 arjz 0.50 mp9 md2m 583,625 27.54 0.43 LZ+Huf 190.09 lzds2' s1024 m2 584,805 1.51 0.23 LZ+Ari 164.19 lzds2' s512 m3 585,433 1.76 0.24 LZ+Ari 164.62 imp 1.10 -1 u1000 588,715 1.45 0.35 LZ+Huf 165.33 lz (Kabanov) 4 590,884 3.32 0.53 LZ+Huf 167.98 lzds2' s1024 m1 594,572 1.19 0.28 LZ+Ari 166.63 hap 3.00 606,859 2.49 2.67 PPM 173.73 rk 1.04a01 608,256 1.41 1.16 ROLZ 171.53 arjz 0.50 mp9 610,804 11.08 0.17 LZ+Huf 180.92 arjz 0.50 mp8 611,331 10.10 0.15 LZ+Huf 180.06 arjz 0.50 md2m 612,726 6.63 0.40 LZ+Huf 177.23 uharc' 0.4np mz 616,284 1.31 1.78 LZP 174.28 lz (Kabanov) 3 617,886 1.67 0.53 LZ+Huf 173.83 rk 1.04a01 mf1 621,824 1.38 1.25 ROLZ 175.36 rk 1.04a01 mn1 621,824 1.39 1.24 ROLZ 175.36 jar32 1.02d m4 622,684 4.04 0.29 LZ+Huf 177.30 arjz 0.50 623,430 5.26 0.12 LZ+Huf 178.55 jar32 1.02d m3 623,821 4.02 0.29 LZ+Huf 177.59 lz (Kabanov) 2 639,100 1.25 0.53 LZ+Huf 179.31 lzds2' s64 m3 648,445 1.21 0.28 LZ+Ari 181.61 arjz 0.50 mp6 651,240 2.42 0.15 LZ+Huf 183.47 cabarc 1.00 LZX:15 657,148 2.20 0.07 LZ+Huf 184.81 7zip 2.30b2 zip 662,078 1.97 0.12 LZ+Huf 186.00 7zip 2.30b2 zip mx 662,105 3.74 0.12 LZ+Huf 187.77 lz (Kabanov) 1 668,878 1.06 0.53 LZ+Huf 187.39 arjz 0.50 mp5 679,220 1.44 0.17 LZ+Huf 190.28 uc 2.3.05 tn 680,210 1.72 0.40 LZ+Huf 191.07 arhangel 1.40a1 -1 684,415 1.26 0.45 LZ+Ari 191.83 ha 0.999c a1 684,868 2.33 0.78 LZ+Ari 193.35 pkzip 2.50 max 686,971 0.61 0.12 LZ+Huf 191.56 pkzip 2.04g -ex 688,850 0.86 0.13 LZ+Huf 192.34 esp 1.92 689,005 0.76 0.09 LZ+Huf 192.24 pkzip 2.50 691,821 0.53 0.13 LZ+Huf 192.83 pkzip 2.04g 697,853 0.72 0.13 LZ+Huf 194.70 uc 2.3.05 tt 773,778 2.11 0.45 LZ+Huf 217.50 arhangel 1.40a1 -1-mt 786,444 6.14 0.58 LZ+Ari 225.18 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:51:48 To : All Subj : Compressors Comparison Test, September 2001 [3/8] ¦ C-sources (Watcom 10.0) 1,890,501 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * ppmonstr H o1 m256 208,307 5.49 5.59 PPMII 68.94 * ppmonstr H o16 m64 213,877 3.36 3.48 PPMII 66.25 rk 1.04a01 mx3 M16 217,232 9.63 9.68 PPM 79.65 rk 1.04a01 mx2 217,232 9.63 9.69 PPM 79.66 * ppmonstr H o12 m64 219,480 3.01 3.16 PPMII 67.13 * ppmdh o16 m64 221,832 1.24 1.30 PPMII 64.16 rk 1.04a01 mx1 222,092 9.31 9.39 PPM 80.39 rkuc 1.04 o16 x 224,528 10.29 10.70 PPM 83.35 rkuc 1.04 o12 x 225,020 8.94 9.26 PPM 80.70 ppmonstr H o10 m64 225,784 2.80 2.95 PPMII 68.46 * ppmdh o12 m64 226,999 1.09 1.15 PPMII 65.29 ppmn 1.00b1 MT1 M:20 O9 228,900 2.53 2.75 PPM 68.86 rkuc 1.04 o8 x 229,744 7.57 7.91 PPM 79.29 bee 0.49 m2d3 229,869 11.59 12.53 PPM 87.97 bee 0.49 m3d3 229,991 15.91 17.22 PPM 97.01 uharc' 0.4np mx 230,579 2.51 2.70 PPM 69.25 rk 1.02a05 mx3 ft 231,168 11.49 11.84 PPM 87.54 * ppmdh o10 m64 232,918 0.98 1.08 PPMII 66.75 acb 2.00 u 233,197 16.22 15.98 AC 96.97 ppmn 1.00b1 O9 233,783 2.56 2.66 PPM 70.15 * dc 0.99.298b 233,853 0.97 0.69 BWT+Ari 66.61 ppmn 1.00b1 MT1 M:20 O7 235,159 2.33 2.43 PPM 70.08 ppmonstr H o8 m32 235,256 2.56 2.65 PPMII 70.55 ppmonstr H o1 m64 235,301 5.45 5.57 PPMII 76.38 acb 2.00 b 235,994 10.92 10.77 AC 87.24 ppmn 1.00b1 O9 DA 236,638 2.50 2.61 PPM 70.84 boa 0.58b m15 238,348 6.14 6.21 PPM 78.55 rkuc 1.04 o16 238,728 8.03 8.46 PPM 82.80 * sbc 0.860 b3m1 239,314 1.28 0.58 BWT+Ari 68.33 sbc 0.860 239,322 1.31 0.64 BWT+Ari 68.42 sbc 0.860 -b3 239,322 1.33 0.65 BWT+Ari 68.45 sbc 0.860 b3m3 239,322 1.40 0.70 BWT+Ari 68.57 bee 0.49 m2d2 240,784 12.06 13.02 PPM 91.96 bee 0.49 m3d2 240,976 16.15 17.49 PPM 100.57 acb 2.00 B 241,624 7.70 7.46 AC 82.27 * ppmdh o8 m64 242,081 0.87 0.94 PPMII 69.05 ppmn 1.00b1 O7 242,342 2.28 2.37 PPM 71.96 rkuc 1.04 o12 242,664 6.82 7.20 PPM 81.42 dc 0.99.015b 243,558 1.58 1.16 BWT+Ari 70.39 ppmn 1.00b1 O7 DA 244,238 2.20 2.34 PPM 72.38 ybs 0.3e 246,021 1.81 0.67 BWT+Ari 70.81 dc 0.99.015b -a 246,448 1.57 1.14 BWT+Ari 71.16 dc 0.99.298b -a 246,478 1.47 0.82 BWT+Ari 70.75 ybs 0.3e -r 247,218 1.74 0.65 BWT+Ari 71.06 boa 0.58b m7 247,911 5.79 5.88 PPM 80.53 arc' (I.Sutton) b20 248,436 1.55 0.96 BWT+Ari 71.52 zzip 0.35g -a1 -b8 250,939 3.23 1.43 BWT+Ari 74.36 ba 1.01b5 -24-r 251,066 1.93 0.83 BWT+Ari 72.50 zzip 0.35g -mx -b8 251,576 4.21 1.63 BWT+Ari 75.72 ba 1.01b5 -24 251,777 1.70 0.81 BWT+Ari 72.44 rk 1.04a01 mf3 251,884 7.08 4.51 ROLZ 81.55 ba 1.01b5 -24-j 251,930 1.70 0.78 BWT+Ari 72.46 ppmonstr H o1 m32 251,965 5.32 5.44 PPMII 80.75 dst 0.9 mt 4 252,183 12.61 4.21 LZ+PPM 86.87 rk 1.04a01 mf2 252,496 4.08 2.69 ROLZ 76.90 rk 1.04a01 mn2 252,496 4.09 2.70 PPM/ROLZ 76.92 ba 1.01b5 -24-f 252,587 1.75 0.81 BWT+Ari 72.72 compressia' b2048 253,091 2.24 1.29 BWT+Huf 73.83 ba 1.01b5 -24-p 253,095 1.69 0.81 BWT+Ari 72.80 dc 0.99.298b -b1024 253,402 0.96 0.64 BWT+Ari 71.98 ppmonstr H o6 m32 253,585 2.21 2.30 PPMII 74.95 bwc/PGCC 0.99 m2m 253,665 1.81 0.62 BWT+Ari 72.89 szip 1.12 b21 o0 254,136 5.37 0.58 BWT+Ari 76.54 ppmn 1.00b1 O6 254,279 1.99 2.19 PPM 74.81 ppmn 1.00b1 O6 DA 254,441 1.97 2.12 PPM 74.76 dst 0.9 mt 254,542 4.90 4.12 LZ+PPM 79.72 bee 0.49 m1d2 255,569 6.72 7.20 PPM 84.91 eri 4.14fre -m4 256,158 6.81 0.92 ST+PPM 78.88 eri 4.14fre -m3 256,314 6.41 0.92 ST+PPM 78.52 ppmn 1.00b1 MT1 M:20 258,627 1.80 1.94 PPM 75.58 7zip 2.30b2 7z PPMD 259,629 0.89 1.10 PPMII 74.10 ppmdh o6 m64 259,703 0.72 0.80 PPMII 73.65 eri 4.14fre -m2 260,045 5.98 0.80 ST+PPM 79.01 ppmy 0.3b m64 o9 260,073 30.11 31.79 PPM 134.14 rkuc 1.04 o8 260,092 5.70 6.03 PPM 83.97 eri 4.14fre -m1 262,556 5.81 0.81 ST+PPM 79.55 777 0.04b1 m2 262,968 27.63 5.09 LZ+Ari 105.76 szip 1.12 b21 o12 264,644 3.60 1.09 ST+Ari 78.20 ICT UC 1.0 265,614 2.27 0.92 ST+Ari 76.97 * 7zip 2.30b2 7z LZMAbt234d23 266,142 3.30 0.37 LZMA 77.59 szip 1.12 b21 o10 267,380 2.91 0.98 ST+Ari 78.16 arc' (I.Sutton) 267,412 1.38 0.92 BWT+Ari 76.58 ppmn 1.00b1 O5 DA 267,827 1.67 1.81 PPM 77.87 ppmonstr H o5 m16 269,022 2.00 2.07 PPMII 78.79 ppmn 1.00b1 O5 269,674 1.77 1.88 PPM 78.55 ppmn 1.00b1 269,674 1.77 1.88 PPM 78.55 uharc' 0.4np m3 270,091 6.58 0.72 LZ+Ari 82.32 jar32 1.02d m4 270,194 2.53 0.31 LZ+Huf 77.89 jar32 1.02d m3 270,501 2.54 0.29 LZ+Huf 77.96 7zip 2.30b2 7z LZMAbt234 271,117 3.30 0.39 LZMA 79.00 szip 1.12 b21 o8 271,422 2.26 0.85 ST+Ari 78.50 * cabarc 1.00 LZX:21 271,720 4.50 0.07 LZ+Huf 80.04 zzip 0.35g -a1 273,890 2.68 1.40 BWT+Ari 80.16 zzip 0.35g -mx 274,236 3.52 1.64 BWT+Ari 81.33 arjz 0.50(md2m,mp9)+dict -e 274,248 2.55 0.61 LZ+Huf 79.34 ppmdh o5 m16 274,921 0.64 0.71 PPMII 77.71 ba 1.01b5 275,135 1.63 0.80 BWT+Ari 78.85 arjz 0.50(md2m)+dict -e 275,580 1.91 0.61 LZ+Huf 79.07 arjz 0.50(md2m,mp9)+dict 275,747 3.24 0.68 LZ+Huf 80.51 bwc/PGCC 0.99 m900k 276,488 1.60 0.59 BWT+Ari 78.99 rk 1.04a01 276,772 1.16 0.92 PPM/ROLZ 78.96 uharc' 0.4np m2 277,696 5.74 0.70 LZ+Ari 83.57 arjz 0.50(md2m)+dict 278,242 2.22 0.68 LZ+Huf 80.18 gca 0.90g 278,366 1.90 0.64 BWT+Ari 79.86 gca 0.90g -v 279,869 2.24 0.97 BWT+Ari 80.95 bzip2/PGCC 1.0b7 -9 280,776 1.77 0.51 BWT+Huf 80.27 imp 1.10 -2 u1000 280,845 1.25 0.58 BWT+Huf 79.84 exp1 1. 280,847 2.00 0.39 BWT+Huf 80.40 ace32 2.0c3 m5 d2048 280,999 2.06 0.87 LZ+Huf 80.98 szip 1.12 b21 o6 281,499 1.62 0.75 ST+Ari 80.56 ppmy 0.3b m64 o7 281,706 27.56 29.22 PPM 135.03 ann p12 281,828 14.23 13.88 PPM+NN 106.39 rk 1.02a05 282,236 1.04 0.81 PPM/ROLZ 80.24 rar/win 2.70 m5 282,341 2.76 0.37 LZ+Huf 81.55 rar/win 2.70 m4 282,751 1.98 0.38 LZ+Huf 80.90 rk 1.04a01 mn1 284,056 1.12 0.93 PPM/ROLZ 80.95 rk 1.04a01 mf1 284,056 1.12 0.94 ROLZ 80.96 rar/win 2.70 m3 285,373 1.30 0.36 LZ+Huf 80.93 ace32 2.0c3 m4 286,175 1.95 0.80 LZ+Huf 82.24 ace32 2.0c3 m3 286,455 1.90 0.76 LZ+Huf 82.23 arjz 0.50 mp9 md2m 286,560 8.80 0.18 LZ+Huf 88.58 bwc/PGCC 0.99 m600k 289,074 1.54 0.63 BWT+Ari 82.46 lzds2' s1024 m5 289,147 3.15 0.18 LZ+Ari 83.64 ba 1.01b5 -24-z 289,424 1.71 0.80 BWT+Ari 82.90 lzds2' s1024 m4 289,579 1.92 0.18 LZ+Ari 82.53 uharc' 0.4np m1 290,323 5.11 0.75 LZ+Ari 86.50 lzds2' s1024 m3 292,112 1.23 0.18 LZ+Ari 82.55 lzds2' s1024 m2 292,423 1.06 0.17 LZ+Ari 82.45 lz (Kabanov) 6 292,780 2.95 0.48 LZ+Huf 84.75 bzip2/PGCC 1.0b7 -6 293,205 1.68 0.55 BWT+Huf 83.67 lz (Kabanov) 5 293,630 2.29 0.48 LZ+Huf 84.33 arjz 0.50 md2m 293,650 2.03 0.18 LZ+Huf 83.77 ppmonstr H 294,374 1.73 1.81 PPMII 85.31 uharc' 0.4np mz 295,717 0.72 0.98 LZP 83.84 imp 1.10 -1 m3 u1000 296,426 2.15 0.31 LZ+Huf 84.80 lzds2' s1024 m1 297,894 0.84 0.18 LZ+Ari 83.76 ppmdh 300,490 0.54 0.65 PPMII 84.65 cabarc 1.00 LZX:18 300,596 3.90 0.07 LZ+Huf 87.46 * arc' (I.Sutton) m1 301,321 0.46 0.77 BWT+Ari 84.93 lz (Kabanov) 4 304,746 1.64 0.49 LZ+Huf 86.78 * szip 1.12 b21 o4 307,456 0.39 0.63 ST+Ari 86.42 rkuc 1.04 311,124 2.93 3.10 PPM 92.45 imp 1.10 -1 u1000 311,208 1.47 0.35 LZ+Huf 88.26 arjz 0.50 mp9 314,862 3.78 0.12 LZ+Huf 91.36 arjz 0.50 mp8 315,253 2.69 0.12 LZ+Huf 90.38 arjz 0.50 318,452 1.51 0.12 LZ+Huf 90.08 arjz 0.50 mp6 326,483 1.02 0.12 LZ+Huf 91.82 ppmy 0.3b m64 o5 327,932 24.33 26.03 PPM 141.45 lz (Kabanov) 3 328,566 0.85 0.49 LZ+Huf 92.60 ppmy 0.3b m200 334,768 49.16 51.37 PPM 193.52 arjz 0.50 mp5 337,547 0.79 0.12 LZ+Huf 94.67 lzap 0.20.0b 344,689 6.92 7.30 DMC 109.96 lz (Kabanov) 2 345,966 0.72 0.47 LZ+Huf 97.29 arhangel 1.40a1 -2 356,187 2.45 2.40 PPM 103.79 ha 0.999c a2 356,188 3.69 3.41 PPM 106.04 uc 2.3.05 tt 358,260 1.44 0.28 LZ+Huf 101.23 uc 2.3.05 tn 365,996 1.16 0.25 LZ+Huf 103.07 arhangel 1.40a1 -1-mt 367,615 1.20 0.35 LZ+Ari 103.66 cabarc 1.00 LZX:15 374,688 2.54 0.07 LZ+Huf 106.69 lz (Kabanov) 1 375,332 0.66 0.50 LZ+Huf 105.41 7zip 2.30b2 zip mx 377,204 4.96 0.09 LZ+Huf 109.82 7zip 2.30b2 zip 379,440 1.84 0.12 LZ+Huf 107.36 arhangel 1.40a1 -1 387,444 1.15 0.29 LZ+Ari 109.06 ha 0.999c a1 388,163 2.20 0.57 LZ+Ari 110.59 pkzip 2.50 max 389,629 0.46 0.09 LZ+Huf 108.78 ppmy 0.3b m64 o4 390,386 22.30 23.89 PPM 154.63 pkzip 2.04g -ex 391,944 0.64 0.11 LZ+Huf 109.62 esp 1.92 392,015 0.58 0.07 LZ+Huf 109.54 pkzip 2.50 392,454 0.37 0.12 LZ+Huf 109.50 hap 3.00 398,258 2.26 2.55 PPM 115.43 pkzip 2.04g 399,206 0.40 0.13 LZ+Huf 111.42 ppmy 0.3b m64 413,329 33.78 35.67 PPM 184.26 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:52:06 To : All Subj : Compressors Comparison Test, September 2001 [4/8] ¦ EXE (wcc386.exe WC 10.0) 536,624 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * uharc' 0.4np mx 250,983 3.70 3.33 PPM 76.74 rk 1.04a01 mx3 M64 251,912 9.21 9.50 PPM 88.68 rk 1.04a01 mx3 M16 252,116 7.54 7.85 PPM 85.42 rk 1.04a01 mx2 252,184 7.93 8.28 PPM 86.26 rk 1.04a01 mx1 253,772 7.22 7.56 PPM 85.27 * 7zip 2.30b2 7z LZMAbt234x86 257,874 1.03 0.14 LZMA 72.80 uharc' 0.4np m3 258,926 2.33 0.75 LZ+Ari 75.00 uharc' 0.4np m2 259,777 2.26 0.75 LZ+Ari 75.17 ppmn 1.00b1 O6 260,251 2.57 2.71 PPM 77.57 ppmn 1.00b1 O9 260,630 2.68 2.84 PPM 77.91 ppmn 1.00b1 O7 260,669 2.67 2.81 PPM 77.88 ppmn 1.00b1 261,268 2.02 2.18 PPM 76.77 ppmn 1.00b1 O5 261,268 2.02 2.19 PPM 76.78 uharc' 0.4np m1 261,880 2.15 0.76 LZ+Ari 75.65 ppmn 1.00b1 O6 ICd 262,741 2.58 2.74 PPM 78.30 ppmn 1.00b1 O7 ICd 262,900 2.73 2.87 PPM 78.62 ppmn 1.00b1 O9 ICd 263,534 2.73 2.90 PPM 78.83 ppmn 1.00b1 O5 ICd 263,681 2.04 2.18 PPM 77.46 uharc' 0.4np mm- 266,000 1.67 0.73 LZ+Ari 76.28 bee 0.49 m3d3 272,421 3.78 3.66 PPM 83.11 bee 0.49 m3d2 272,579 4.14 3.91 PPM 83.76 rkuc 1.04 o16 b x 273,304 5.65 6.16 PPM 87.72 rkuc 1.04 o12 b x 273,312 5.49 5.98 PPM 87.39 * cabarc 1.00 LZX:21 273,527 0.92 0.04 LZ+Huf 76.93 bee 0.49 m2d3 273,594 3.55 3.36 PPM 82.90 bee 0.49 m2d2 273,829 3.87 3.62 PPM 83.55 cabarc 1.00 LZX:18 274,173 0.91 0.07 LZ+Huf 77.13 rk 1.04a01 mf2 274,540 2.51 2.36 ROLZ 81.13 * ybs 0.3e -m512k 275,396 0.66 0.51 BWT+Ari 77.66 rk 1.04a01 mf3 275,496 4.46 4.09 ROLZ 85.07 7zip 2.30b2 7z LZMAbt234 275,759 1.01 0.18 LZMA 77.78 ybs 0.3e 276,035 0.66 0.57 BWT+Ari 77.90 ace32 2.0c3 m5 d2048 276,310 0.76 0.62 LZ+Huf 78.13 ace32 2.0c3 m4 276,330 0.75 0.63 LZ+Huf 78.13 ace32 2.0c3 m3 276,382 0.75 0.62 LZ+Huf 78.14 acb 2.00 u 277,398 10.98 10.94 AC 98.97 ppmn 1.00b1 O6 DA 277,602 2.76 2.95 PPM 82.82 ppmonstr H o12 m64 278,026 1.99 1.99 PPMII 81.20 ppmonstr H o16 m64 278,029 1.97 2.02 PPMII 81.22 ppmonstr H o10 m64 278,042 1.97 2.01 PPMII 81.21 sbc 0.860 m3a 278,061 0.98 0.69 BWT+Ari 78.90 ppmonstr H o1 m64 278,064 2.01 2.03 PPMII 81.28 ppmn 1.00b1 O7 DA 278,140 2.82 3.05 PPM 83.13 ppmonstr H o8 m32 278,153 1.96 1.99 PPMII 81.21 ppmn 1.00b1 O5 DA 278,167 2.20 2.36 PPM 81.82 arc' (I.Sutton) b5mm1 278,392 1.33 0.48 BWT+Ari 79.14 ppmonstr H o6 m64 278,410 1.92 1.95 PPMII 81.20 sbc 0.860 b3m3 278,478 0.85 0.77 BWT+Ari 78.97 ybs 0.3e -rm512k 278,509 0.65 0.52 BWT+Ari 78.53 ppmn 1.00b1 O9 DA 278,551 2.86 3.03 PPM 83.26 bee 0.49 m1d2 278,572 2.94 2.82 PPM 83.14 ybs 0.3e -r 279,207 0.63 0.54 BWT+Ari 78.72 rk 1.04a01 mf1 279,376 0.95 0.95 ROLZ 79.50 rk 1.04a01 mn1 279,376 0.96 0.94 PPM/ROLZ 79.50 dc 0.99.298b -b512 279,424 0.67 0.36 BWT+Ari 78.64 rk 1.04a01 279,444 0.97 0.97 PPM/ROLZ 79.56 dc 0.99.298b 279,759 0.66 0.37 BWT+Ari 78.74 dc 0.99.298b -b1024 279,759 0.68 0.35 BWT+Ari 78.74 dc 0.99.298b -mb -fl 279,770 0.65 0.34 BWT+Ari 78.70 ppmonstr H o5 m16 279,801 1.90 1.93 PPMII 81.55 acb 2.00 b 279,877 7.13 7.14 AC 92.01 arc' (I.Sutton) mm1 280,052 1.34 0.46 BWT+Ari 79.59 sbc 0.860 b3m2 280,171 0.74 0.63 BWT+Ari 79.19 sbc 0.860 280,171 0.75 0.63 BWT+Ari 79.20 ppmonstr H 281,325 1.80 1.84 PPMII 81.78 * sbc 0.860 b3m1 281,372 0.60 0.48 BWT+Ari 79.23 dc 0.99.015b -mb -fl 281,757 0.62 0.46 BWT+Ari 79.34 uharc' 0.4np mz 281,761 0.70 0.84 LZP 79.80 dc 0.99.015b 282,011 0.63 0.52 BWT+Ari 79.48 ppmdh o8 m64 282,143 0.99 1.09 PPMII 80.45 ppmdh o10 m64 282,171 1.00 1.12 PPMII 80.50 ppmdh o12 m64 282,205 1.01 1.09 PPMII 80.49 ppmdh o16 m64 282,246 1.01 1.11 PPMII 80.52 * cabarc 1.00 LZX:15 282,277 0.61 0.01 LZ+Huf 79.03 ppmdh o6 m64 282,294 0.97 1.08 PPMII 80.46 ppmdh o5 m16 283,096 0.94 1.05 PPMII 80.62 arhangel 1.40a1 -2-mc8192 283,222 2.37 2.10 PPM 83.14 acb 2.00 B 283,910 4.64 4.69 AC 88.19 rkuc 1.04 o8 b 284,128 4.36 4.82 PPM 88.10 rkuc 1.04 o12 b 284,208 4.61 5.03 PPM 88.58 rkuc 1.04 o16 b 284,268 4.75 5.21 PPM 88.92 ppmdh 284,505 0.90 0.98 PPMII 80.90 gca 0.90g -v 286,095 0.69 0.35 BWT+Ari 80.51 boa 0.58b m7 287,708 6.53 6.54 PPM 92.98 * imp 1.10 -1 m3 u1000 287,755 0.29 0.12 LZ+Huf 80.34 boa 0.58b m15 287,763 7.45 7.45 PPM 94.83 imp 1.10 -1 u1000 288,589 0.32 0.10 LZ+Huf 80.58 zzip 0.35g -mx 291,199 0.74 0.66 BWT+Ari 82.28 zzip 0.35g -a2 291,199 0.76 0.66 BWT+Ari 82.30 arc' (I.Sutton) b5 291,345 0.58 0.48 BWT+Ari 81.98 rkuc 1.04 o8 292,848 3.59 4.13 PPM 89.06 arhangel 1.40a1 -1-mm6 292,905 0.51 0.19 LZ+Ari 82.06 arhangel 1.40a1 -1 292,905 0.53 0.22 LZ+Ari 82.11 rkuc 1.04 o12 292,924 3.75 4.29 PPM 89.40 dst 0.9 me 4 292,971 6.70 1.35 LZ+DHuf 89.43 arc' (I.Sutton) 292,979 0.58 0.48 BWT+Ari 82.44 rkuc 1.04 o16 292,980 3.97 4.48 PPM 89.83 arc' (I.Sutton) mm1m1 293,214 1.07 0.38 BWT+Ari 82.89 ba 1.01b5 -24-r-z 293,345 0.82 0.64 BWT+Ari 82.94 ba 1.01b5 -24-z 293,489 0.82 0.64 BWT+Ari 82.98 rkuc 1.04 293,560 2.46 2.93 PPM 86.93 ppmy 0.3b m200 293,750 15.23 15.87 PPM 112.69 dc 0.99.298b -a 293,807 0.52 0.39 BWT+Ari 82.52 dc 0.99.298b -mb -fb 293,807 0.52 0.41 BWT+Ari 82.54 ba 1.01b5 -24-T-z 293,852 0.83 0.64 BWT+Ari 83.09 dc 0.99.015b -a 293,985 0.56 0.49 BWT+Ari 82.71 dc 0.99.015b -mb -fb 293,985 0.56 0.49 BWT+Ari 82.71 arc' (I.Sutton) b2 293,989 0.55 0.43 BWT+Ari 82.64 ppmy 0.3b m64 o9 294,120 14.27 14.86 PPM 110.83 dst 0.9 mb 4 294,445 5.54 0.98 LZ+DHuf 88.31 ppmy 0.3b m64 o7 294,490 13.95 14.72 PPM 110.47 imp 1.10 -2 u1000 294,679 0.38 0.18 BWT+Huf 82.41 dst 0.9 me 294,983 1.44 1.01 LZ+DHuf 84.38 dst 0.9 mb 296,376 1.05 0.65 LZ+DHuf 84.02 ha 0.999c a2 296,805 5.47 5.07 PPM 92.98 ppmy 0.3b m64 o5 297,292 13.69 14.28 PPM 110.55 rar/win 2.70 m5 mm 297,462 0.61 0.14 LZ+Huf 83.37 ann p12 297,487 4.03 3.96 PPM+NN 90.62 compressia' b512 297,647 0.97 1.16 BWT+Huf 84.80 compressia' b2048 297,996 0.96 1.18 BWT+Huf 84.91 ICT UC 1.0 298,348 0.75 0.53 ST+Ari 84.15 ba 1.01b5 -24-r 298,392 0.81 0.64 BWT+Ari 84.33 ba 1.01b5 298,617 0.82 0.66 BWT+Ari 84.42 szip 1.12 b21 o0 298,668 0.76 0.31 BWT+Ari 84.03 szip 1.12 b21 o10 298,679 0.83 0.48 ST+Ari 84.27 szip 1.12 b21 o12 298,682 0.98 0.49 ST+Ari 84.43 szip 1.12 b21 o6 298,693 0.56 0.40 ST+Ari 83.93 szip 1.12 b21 o8 298,719 0.67 0.44 ST+Ari 84.08 ba 1.01b5 -24-T 298,884 0.83 0.64 BWT+Ari 84.49 rar/win 2.70 m5 298,913 0.59 0.12 LZ+Huf 83.74 rar/win 2.70 m4 298,944 0.57 0.14 LZ+Huf 83.75 rar/win 2.70 m3 299,021 0.56 0.12 LZ+Huf 83.74 szip 1.12 b21 o4 299,249 0.27 0.39 ST+Ari 83.78 compressia' b256 299,704 0.93 1.06 BWT+Huf 85.24 arjz 0.50 mp9 md2m 300,114 2.06 0.07 LZ+Huf 85.49 jar32 1.02d m4 300,133 1.20 0.14 LZ+Huf 84.71 jar32 1.02d m3 300,142 1.19 0.16 LZ+Huf 84.72 lzap 0.20.0b 300,210 6.32 6.35 DMC 96.06 arjz 0.50 mp9 300,265 1.65 0.08 LZ+Huf 85.13 arjz 0.50 mp8 300,339 1.40 0.07 LZ+Huf 84.89 arjz 0.50 md2m 300,641 1.04 0.07 LZ+Huf 84.62 arjz 0.50 300,679 0.94 0.07 LZ+Huf 84.53 arjz 0.50 mp6 301,236 0.65 0.07 LZ+Huf 84.39 zzip 0.35g -a1 302,063 0.77 0.64 BWT+Ari 85.31 ppmy 0.3b m64 o4 302,165 13.18 13.74 PPM 110.85 arjz 0.50 mp5 302,486 0.51 0.07 LZ+Huf 84.60 eri 4.14fre -m4 303,666 2.75 0.63 ST+PPM 87.73 eri 4.14fre -m3 303,778 2.36 0.61 ST+PPM 87.35 bwc/PGCC 0.99 m600k 304,996 0.58 0.37 BWT+Ari 85.67 7zip 2.30b2 zip mx 305,435 0.98 0.07 LZ+Huf 85.89 arc' (I.Sutton) m1 305,793 0.31 0.40 BWT+Ari 85.65 eri 4.14fre -m2 306,221 1.99 0.52 ST+PPM 87.57 7zip 2.30b2 zip 306,575 0.49 0.07 LZ+Huf 85.71 lzds2' s1024 m5 308,521 0.47 0.13 LZ+Ari 86.30 gca 0.90g 308,536 0.72 0.37 BWT+Ari 86.79 bzip2/PGCC 1.0b7 -6 308,624 0.63 0.26 BWT+Huf 86.61 lzds2' s1024 m4 308,677 0.46 0.12 LZ+Ari 86.32 exp1 1. 308,698 0.60 0.23 BWT+Huf 86.57 lzds2' s1024 m3 308,724 0.43 0.12 LZ+Ari 86.30 lz (Kabanov) 6 309,064 0.75 0.23 LZ+Huf 86.83 lz (Kabanov) 5 309,074 0.71 0.23 LZ+Huf 86.79 lz (Kabanov) 4 309,094 0.70 0.24 LZ+Huf 86.79 eri 4.14fre -m1 309,390 1.82 0.52 ST+PPM 88.28 ha 0.999c a1 309,529 1.02 0.35 LZ+Ari 87.35 lz (Kabanov) 3 310,652 0.56 0.23 LZ+Huf 87.08 lzds2' s1024 m2 310,873 0.37 0.14 LZ+Ari 86.86 lzds2' s1024 m1 310,932 0.36 0.14 LZ+Ari 86.87 uc 2.3.05 tt 310,990 0.65 0.09 LZ+Huf 87.12 lz (Kabanov) 2 311,680 0.51 0.23 LZ+Huf 87.31 uc 2.3.05 tn 312,252 0.59 0.09 LZ+Huf 87.41 pkzip 2.50 max 312,925 0.23 0.07 LZ+Huf 87.22 pkzip 2.50 313,254 0.18 0.06 LZ+Huf 87.25 esp 1.92 313,341 0.21 0.11 LZ+Huf 87.35 pkzip 2.04g -ex 313,413 0.30 0.07 LZ+Huf 87.42 lz (Kabanov) 1 314,076 0.45 0.23 LZ+Huf 87.92 pkzip 2.04g 314,092 0.24 0.07 LZ+Huf 87.55 hap 3.00 315,960 1.94 2.13 PPM 91.83 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:52:21 To : All Subj : Compressors Comparison Test, September 2001 [5/8] ¦ Fileware.doc (WinWord file) 427,520 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * 777 0.04b1 m2 103,919 7.46 4.46 LZ+Ari 40.78 * rk 1.04a01 mx1 106,636 4.47 4.50 PPM 38.59 * 7zip 2.30b2 7z LZMAbt234 107,236 0.64 0.12 LZMA 30.54 uharc' 0.4np mx 107,495 2.08 1.63 PPM 33.56 rk 1.04a01 mx3 M16 107,804 4.64 4.70 PPM 39.28 rk 1.04a01 mx2 107,992 4.78 4.84 PPM 39.61 uharc' 0.3np mx 108,486 2.14 1.68 PPM 33.95 rkuc 1.04 o16 b x 109,376 3.05 3.21 PPM 36.64 rkuc 1.04 o12 b x 109,448 2.88 2.98 PPM 36.26 uharc' 0.4np m3 110,986 1.48 0.40 LZ+Ari 32.70 uharc' 0.4np m2 111,623 1.37 0.42 LZ+Ari 32.79 ppmonstr H o1 m64 112,130 1.24 1.28 PPMII 33.66 ppmn 1.00b1 O9 112,393 1.01 1.13 PPM 33.36 ppmn 1.00b1 O7 112,803 1.00 1.09 PPM 33.42 ppmonstr H o16 m64 113,000 0.97 0.99 PPMII 33.34 uharc' 0.4np mm- 113,058 0.82 0.38 LZ+Ari 32.60 ppmn 1.00b1 O6 113,116 1.02 1.08 PPM 33.52 uharc' 0.4np m1 113,342 1.32 0.41 LZ+Ari 33.21 ppmonstr H o12 m64 113,595 0.92 0.94 PPMII 33.41 ppmonstr H o10 m64 114,085 0.86 0.92 PPMII 33.47 ppmn 1.00b1 114,155 0.79 0.90 PPM 33.39 ppmn 1.00b1 O5 DA 114,155 0.82 0.88 PPM 33.40 jar32 1.02d m3 114,234 0.89 0.12 LZ+Huf 32.74 jar32 1.02d m4 114,240 0.88 0.12 LZ+Huf 32.73 ppmonstr H o8 m32 114,927 0.86 0.87 PPMII 33.65 acb 2.00 u 115,500 3.05 3.09 AC 38.22 rkuc 1.04 o16 b 115,572 2.35 2.56 PPM 37.01 bee 0.49 m3d3 115,661 3.26 3.41 PPM 38.79 rkuc 1.04 o12 b 115,908 2.15 2.31 PPM 36.65 acb 2.00 b 115,944 2.08 2.08 AC 36.36 bee 0.49 m3d2 116,395 3.82 3.94 PPM 40.09 ppmonstr H o6 m32 116,451 0.80 0.80 PPMII 33.94 ppmonstr H o6 m64 116,451 0.80 0.85 PPMII 33.99 rkuc 1.04 o8 b 116,500 2.00 2.09 PPM 36.45 * ppmdh o16 m64 116,552 0.40 0.45 PPMII 33.22 bee 0.49 m2d3 116,782 2.32 2.41 PPM 37.16 * arjz 0.50 mp9 md2m 116,843 0.37 0.07 LZ+Huf 32.89 acb 2.00 B 117,013 1.42 1.46 AC 35.38 ppmdh o12 m64 117,056 0.37 0.43 PPMII 33.31 arjz 0.50 mp9 117,170 0.35 0.07 LZ+Huf 32.96 * arjz 0.50 mp8 117,275 0.31 0.06 LZ+Huf 32.94 bee 0.49 m2d2 117,275 2.79 2.94 PPM 38.30 * arjz 0.50 md2m 117,451 0.29 0.07 LZ+Huf 32.98 ppmdh o10 m64 117,489 0.35 0.41 PPMII 33.39 dst 0.9 mg 4 117,666 1.36 0.67 LZ+DHuf 34.71 dst 0.9 mb 4 117,767 1.05 0.43 LZ+DHuf 34.19 arjz 0.50 117,780 0.27 0.07 LZ+Huf 33.05 ppmonstr H o5 m16 117,992 0.78 0.82 PPMII 34.37 * cabarc 1.00 LZX:21 118,011 0.88 0.01 LZ+Huf 33.67 ppmdh o8 m64 118,202 0.35 0.41 PPMII 33.59 rkuc 1.04 o8 x 118,264 1.87 2.04 PPM 36.76 cabarc 1.00 LZX:18 118,473 0.88 0.02 LZ+Huf 33.80 * arjz 0.50 mp6 118,546 0.24 0.07 LZ+Huf 33.23 boa 0.58b m7 118,635 1.93 1.92 PPM 36.80 boa 0.58b m15 118,928 2.14 2.13 PPM 37.30 ace32 2.0c3 m4 119,106 0.50 0.59 LZ+Huf 34.17 ace32 2.0c3 m5 d2048 119,106 0.50 0.60 LZ+Huf 34.18 rar/win 2.70 m5 119,134 0.30 0.13 LZ+Huf 33.52 rar/win 2.70 m4 119,147 0.31 0.11 LZ+Huf 33.51 ace32 2.0c3 m3 119,154 0.50 0.60 LZ+Huf 34.19 imp 1.10 -1 m3 u1000 119,214 0.23 0.10 LZ+Huf 33.44 dst 0.9 mg 119,261 0.81 0.62 LZ+DHuf 34.55 rar/win 2.70 m3 119,279 0.30 0.12 LZ+Huf 33.55 dst 0.9 mb 119,364 0.50 0.39 LZ+DHuf 34.04 ppmdh o6 m64 119,647 0.31 0.38 PPMII 33.92 imp 1.10 -1 u1000 119,765 0.19 0.08 LZ+Huf 33.53 arjz 0.50 mp5 119,815 0.23 0.07 LZ+Huf 33.58 rkuc 1.04 o16 119,820 1.97 2.15 PPM 37.40 cabarc 1.00 LZX:15 119,969 0.61 0.02 LZ+Huf 33.95 rkuc 1.04 o12 120,164 1.77 1.96 PPM 37.10 ppmonstr H 120,392 0.76 0.75 PPMII 34.95 rkuc 1.04 o8 120,892 1.58 1.74 PPM 36.90 ppmdh o5 m16 120,996 0.29 0.36 PPMII 34.26 rk 1.04a01 mf2 121,244 1.75 1.64 ROLZ 37.06 arhangel 1.40a1 -1 121,397 0.25 0.12 LZ+Ari 34.09 ha 0.999c a1 121,441 0.52 0.18 LZ+Ari 34.43 rk 1.04a01 mf3 121,496 3.46 3.38 ROLZ 40.58 7zip 2.30b2 zip mx 121,563 1.04 0.07 LZ+Huf 34.87 uharc' 0.3np m3 122,227 1.38 0.31 LZ+PPM 35.64 7zip 2.30b2 zip 122,465 0.40 0.07 LZ+Huf 34.48 uharc' 0.3np m2 123,325 0.95 0.34 LZ+PPM 35.54 uc 2.3.05 tt 123,372 0.32 0.01 LZ+Huf 34.60 ppmdh 123,422 0.28 0.35 PPMII 34.91 rk 1.04a01 123,656 0.45 0.47 PPM/ROLZ 35.26 rk 1.04a01 mf1 123,760 0.42 0.47 ROLZ 35.26 uc 2.3.05 tn 124,200 0.30 0.06 LZ+Huf 34.86 rkuc 1.04 124,276 1.04 1.20 PPM 36.76 uharc' 0.3np m1 124,402 0.91 0.31 LZ+PPM 35.77 lzds2' s1024 m2 124,702 0.24 0.07 LZ+Ari 34.94 lzds2' s1024 m1 124,835 0.24 0.08 LZ+Ari 34.99 uharc' 0.3np mm- 125,234 0.80 0.35 LZ+PPM 35.93 pkzip 2.04g -ex 125,973 0.19 0.10 LZ+Huf 35.28 esp 1.92 126,095 0.15 0.04 LZ+Huf 35.21 lz (Kabanov) 6 126,146 0.35 0.14 LZ+Huf 35.53 lz (Kabanov) 5 126,164 0.29 0.13 LZ+Huf 35.46 lz (Kabanov) 4 126,260 0.26 0.13 LZ+Huf 35.46 sbc 0.860 m3a 126,811 0.69 0.42 BWT+Ari 36.33 bee 0.49 m1d2 126,902 1.53 1.65 PPM 38.43 pkzip 2.04g 127,232 0.13 0.06 LZ+Huf 35.53 dc 0.99.298b 127,377 0.38 0.18 BWT+Ari 35.94 pkzip 2.50 max 127,735 0.12 0.04 LZ+Huf 35.64 lz (Kabanov) 3 128,092 0.23 0.12 LZ+Huf 35.93 pkzip 2.50 128,161 0.11 0.06 LZ+Huf 35.77 sbc 0.860 b3m3 128,422 0.53 0.46 BWT+Ari 36.66 arc' (I.Sutton) b2 128,685 0.38 0.23 BWT+Ari 36.35 lz (Kabanov) 2 128,714 0.24 0.12 LZ+Huf 36.11 sbc 0.860 b3m2 129,167 0.43 0.36 BWT+Ari 36.66 sbc 0.860 129,167 0.45 0.35 BWT+Ari 36.67 uharc' 0.4np mz 129,276 0.34 0.48 LZP 36.73 arc' (I.Sutton) 129,479 0.35 0.26 BWT+Ari 36.57 arc' (I.Sutton) mm1 129,479 0.70 0.27 BWT+Ari 36.93 arc' (I.Sutton) b5 129,659 0.35 0.23 BWT+Ari 36.59 ppmy 0.3b m200 129,754 18.23 19.24 PPM 73.51 lzds2' s1024 m3 130,089 0.37 0.07 LZ+Ari 36.57 ybs 0.3e -m256k 130,356 0.37 0.24 BWT+Ari 36.82 lz (Kabanov) 1 130,618 0.21 0.13 LZ+Huf 36.62 sbc 0.860 b3m1 130,961 0.35 0.25 BWT+Ari 36.97 gca 0.90g -v 131,534 0.45 0.23 BWT+Ari 37.21 arhangel 1.40a1 -2-mc8192 131,613 1.09 0.97 PPM 38.61 gca 0.90g 131,723 0.41 0.18 BWT+Ari 37.17 compressia' b256 131,737 0.61 0.40 BWT+Huf 37.60 lzds2' s1024 m4 131,863 0.40 0.09 LZ+Ari 37.11 ybs 0.3e -rm256k 132,194 0.38 0.24 BWT+Ari 37.34 ba 1.01b5 -24-r 132,651 0.41 0.30 BWT+Ari 37.55 zzip 0.35g -a1 132,711 0.65 0.40 BWT+Ari 37.91 ba 1.01b5 -24-T 132,880 0.41 0.30 BWT+Ari 37.62 ba 1.01b5 -24-g 132,942 0.41 0.30 BWT+Ari 37.63 lzds2' s1024 m5 133,085 0.56 0.07 LZ+Ari 37.59 ba 1.01b5 -24-T-m 133,631 0.43 0.32 BWT+Ari 37.86 ba 1.01b5 -24-m 133,652 0.43 0.31 BWT+Ari 37.86 ppmy 0.3b m64 o9 133,730 7.08 8.03 PPM 52.25 zzip 0.35g -mx 133,803 0.67 0.38 BWT+Ari 38.21 zzip 0.35g -a3 133,803 0.67 0.40 BWT+Ari 38.23 dc 0.99.298b -a 133,825 0.34 0.23 BWT+Ari 37.74 ba 1.01b5 133,904 0.41 0.30 BWT+Ari 37.90 dc 0.99.015b -a 133,911 0.35 0.31 BWT+Ari 37.85 dc 0.99.015b 133,912 0.42 0.35 BWT+Ari 37.96 ybs 0.3e 133,915 0.37 0.25 BWT+Ari 37.83 compressia' b512 134,007 0.96 0.47 BWT+Huf 38.65 bwc/PGCC 0.99 m600k 134,183 0.33 0.19 BWT+Ari 37.79 ha 0.999c a2 134,461 2.25 2.15 PPM 41.75 bzip2/PGCC 1.0b7 -6 134,932 0.44 0.14 BWT+Huf 38.06 szip 1.12 b21 o0 134,945 0.90 0.15 BWT+Ari 38.53 exp1 1. 135,002 0.75 0.12 BWT+Huf 38.37 eri 4.14fre -m4 135,284 2.09 0.31 ST+PPM 39.97 eri 4.14fre -m3 135,356 1.88 0.31 ST+PPM 39.78 imp 1.10 -2 u1000 135,431 0.30 0.12 BWT+Huf 38.03 ybs 0.3e -rm512k 135,507 0.40 0.25 BWT+Ari 38.29 ybs 0.3e -r 135,507 0.40 0.25 BWT+Ari 38.29 ppmy 0.3b m64 o7 135,622 6.89 7.59 PPM 52.15 szip 1.12 b21 o12 136,566 0.52 0.28 ST+Ari 38.73 eri 4.14fre -m2 136,594 1.70 0.30 ST+PPM 39.94 arc' (I.Sutton) m1 136,742 0.18 0.23 BWT+Ari 38.39 arc' (I.Sutton) mm1m1 136,742 0.52 0.24 BWT+Ari 38.74 ICT UC 1.0 136,842 0.41 0.29 ST+Ari 38.71 szip 1.12 b21 o10 137,055 0.43 0.29 ST+Ari 38.79 ba 1.01b5 -24-z 137,566 0.49 0.31 BWT+Ari 39.01 szip 1.12 b21 o8 137,704 0.36 0.23 ST+Ari 38.84 ann p12 137,909 2.98 2.94 PPM+NN 44.22 eri 4.14fre -m1 138,380 1.60 0.26 ST+PPM 40.29 szip 1.12 b21 o6 138,930 0.29 0.23 ST+Ari 39.11 ppmy 0.3b m64 o5 139,932 6.55 7.22 PPM 52.64 hap 3.00 140,613 0.91 1.02 PPM 40.98 szip 1.12 b21 o4 141,784 0.17 0.18 ST+Ari 39.73 lzap 0.20.0b 144,862 2.34 2.48 DMC 45.05 ppmy 0.3b m64 o4 153,546 6.47 7.05 PPM 56.17 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:53:14 To : All Subj : Compressors Comparison Test, September 2001 [6/8] ¦ Dictionary (ca.fdb) 627,761 (from foliant) ========================================================================== Compressor and options size compress extract method rating ======================================================================== * sbc 0.860 m3a 87,738 0.51 0.31 BWT+Ari 25.19 uharc' 0.4np mx 96,256 3.29 2.66 PPM 32.68 sbc 0.860 b3m1 104,444 0.68 0.30 BWT+Ari 29.99 compressia' b2048 113,769 0.63 0.62 BWT+Huf 32.85 compressia' b512 114,225 0.83 0.52 BWT+Huf 33.07 ace32 2.0c3 m5 d2048 114,978 0.93 0.67 LZ+Huf 33.53 ace32 2.0c3 m4 115,162 0.80 0.63 LZ+Huf 33.41 ace32 2.0c3 m3 115,434 0.75 0.62 LZ+Huf 33.43 * dc 0.99.298b -mb -fl 117,376 0.47 0.18 BWT+Ari 33.25 * dc 0.99.298b -b512 118,016 0.42 0.12 BWT+Ari 33.32 sbc 0.860 b3m3 118,174 0.92 0.53 BWT+Ari 34.27 7zip 2.30b2 7z LZMAbt234 118,280 1.15 0.18 LZMA 34.18 compressia' b256 118,340 0.78 0.50 BWT+Huf 34.15 dc 0.99.015b -mb -fl 119,510 13.19 0.53 BWT+Ari 46.91 dc 0.99.298b 120,751 0.41 0.18 BWT+Ari 34.13 dc 0.99.298b -b1024 120,751 0.41 0.18 BWT+Ari 34.13 dc 0.99.015b 120,946 0.40 0.40 BWT+Ari 34.39 rkuc 1.04 o12 b x 122,908 5.70 5.93 PPM 45.77 rkuc 1.04 o16 b x 122,908 5.87 6.09 PPM 46.10 eri 4.14fre -m4 130,118 2.08 0.45 ST+PPM 38.67 eri 4.14fre -m3 130,189 1.91 0.43 ST+PPM 38.50 eri 4.14fre -m2 131,280 1.74 0.41 ST+PPM 38.61 eri 4.14fre -m1 134,375 1.63 0.36 ST+PPM 39.31 uharc' 0.4np mm- 151,611 1.62 0.51 LZ+Ari 44.24 * cabarc 1.00 LZX:18 178,139 1.27 0.02 LZ+Huf 50.77 cabarc 1.00 LZX:21 178,239 1.30 0.03 LZ+Huf 50.84 cabarc 1.00 LZX:15 179,907 0.67 0.04 LZ+Huf 50.68 rk 1.04a01 mx1 181,300 7.51 7.64 PPM 65.51 rk 1.04a01 mx3 M16 182,676 7.77 7.96 PPM 66.47 rk 1.04a01 mx2 183,372 8.17 8.39 PPM 67.49 rk 1.04a01 mx3 M64 185,012 8.42 8.62 PPM 68.43 7zip 2.30b2 zip mx 198,709 1.17 0.07 LZ+Huf 56.43 dst 0.9 mb 198,745 1.17 0.60 LZ+DHuf 56.97 dst 0.9 mb 4 199,322 9.80 1.01 LZ+DHuf 66.17 7zip 2.30b2 zip 199,706 0.58 0.07 LZ+Huf 56.12 rar/win 2.70 m3 201,617 0.55 0.18 LZ+Huf 56.73 rar/win 2.70 m4 201,684 0.61 0.18 LZ+Huf 56.81 rar/win 2.70 m5 201,691 0.57 0.18 LZ+Huf 56.77 lz (Kabanov) 2 210,402 0.42 0.23 LZ+Huf 59.09 lz (Kabanov) 3 210,960 0.48 0.23 LZ+Huf 59.31 lzds2' s64 m3 211,941 0.41 0.12 LZ+Ari 59.40 lz (Kabanov) 5 212,210 0.71 0.26 LZ+Huf 59.91 lz (Kabanov) 4 212,214 0.72 0.23 LZ+Huf 59.89 arjz 0.50 mp5 212,330 0.52 0.07 LZ+Huf 59.57 * imp 1.10 -1 u1000 212,417 0.37 0.13 LZ+Huf 59.50 imp 1.10 -1 m3 u1000 212,923 0.36 0.16 LZ+Huf 59.66 arjz 0.50 mp6 213,192 0.73 0.07 LZ+Huf 60.02 arjz 0.50 mp9 213,298 3.45 0.08 LZ+Huf 62.77 arjz 0.50 mp8 213,357 2.42 0.08 LZ+Huf 61.76 arjz 0.50 213,400 1.20 0.09 LZ+Huf 60.56 lz (Kabanov) 1 213,696 0.38 0.23 LZ+Huf 59.97 arjz 0.50 md2m 213,893 1.44 0.18 LZ+Huf 61.03 arjz 0.50 mp9 md2m 213,939 4.99 0.18 LZ+Huf 64.59 uc 2.3.05 tn 214,834 0.59 0.08 LZ+Huf 60.34 uc 2.3.05 tt 214,900 0.73 0.08 LZ+Huf 60.50 lzds2' s512 m3 215,470 0.44 0.12 LZ+Ari 60.41 lzds2' s1024 m4 216,024 0.45 0.12 LZ+Ari 60.57 lzds2' s1024 m5 216,049 0.49 0.12 LZ+Ari 60.62 lzds2' s1024 m3 216,077 0.43 0.12 LZ+Ari 60.57 lzds2' s1024 m2 217,067 0.34 0.13 LZ+Ari 60.76 lzds2' s1024 m1 217,278 0.36 0.12 LZ+Ari 60.83 uharc' 0.4np mz 219,425 0.59 0.78 LZP 62.32 pkzip 2.50 max 222,922 0.27 0.07 LZ+Huf 62.26 * pkzip 2.50 222,997 0.17 0.07 LZ+Huf 62.18 pkzip 2.04g 223,340 0.24 0.07 LZ+Huf 62.34 jar32 1.02d m4 223,664 1.49 0.17 LZ+Huf 63.78 jar32 1.02d m3 223,666 1.54 0.12 LZ+Huf 63.78 pkzip 2.04g -ex 223,706 0.32 0.07 LZ+Huf 62.53 ppmn 1.00b1 O9 RL3 223,972 3.11 3.29 PPM 68.61 ppmn 1.00b1 O7 RL3 224,061 3.12 3.31 PPM 68.66 ppmn 1.00b1 O9 RLd 225,466 3.15 3.33 PPM 69.10 ha 0.999c a1 225,531 2.03 0.33 LZ+Ari 65.00 ppmn 1.00b1 O7 RLd 225,559 3.18 3.34 PPM 69.17 ppmn 1.00b1 O9 225,796 3.16 3.33 PPM 69.21 ppmn 1.00b1 O7 225,858 3.17 3.36 PPM 69.26 ppmn 1.00b1 O6 RL3 225,985 3.17 3.33 PPM 69.27 ppmn 1.00b1 O6 RLd 226,005 3.13 3.31 PPM 69.21 ppmn 1.00b1 O6 226,109 3.13 3.32 PPM 69.25 arhangel 1.40a1 -1 226,702 0.90 0.20 LZ+Ari 64.07 arc' (I.Sutton) m1 227,143 0.29 0.40 BWT+Ari 63.78 arc' (I.Sutton) mm1m1 227,143 1.04 0.43 BWT+Ari 64.56 ppmonstr H o1 m64 227,443 2.01 2.03 PPMII 67.21 ppmonstr H o8 m32 227,469 2.01 2.01 PPMII 67.20 rk 1.04a01 mf2 228,236 2.36 2.02 ROLZ 67.77 ppmn 1.00b1 O5 RL3 228,860 2.49 2.64 PPM 68.70 ppmonstr H o6 m64 230,021 1.96 1.99 PPMII 67.84 ppmonstr H o6 m32 230,021 1.96 2.00 PPMII 67.85 ppmn 1.00b1 O5 RLd 230,521 2.52 2.69 PPM 69.24 ppmn 1.00b1 O5 230,658 2.53 2.70 PPM 69.30 ppmn 1.00b1 230,658 2.54 2.70 PPM 69.31 rk 1.04a01 mf3 230,696 4.43 3.83 ROLZ 72.34 esp 1.92 233,636 0.23 0.05 LZ+Huf 65.17 ppmonstr H o5 m16 235,792 1.92 1.96 PPMII 69.37 gca 0.90g -v 236,723 0.73 0.42 BWT+Ari 66.90 acb 2.00 u 238,664 9.66 9.63 AC 85.58 acb 2.00 b 238,965 6.37 6.39 AC 79.13 bee 0.49 m3d2 239,393 3.09 3.14 PPM 72.72 ybs 0.3e -rm256k 239,807 0.66 0.52 BWT+Ari 67.79 acb 2.00 B 239,976 4.25 4.25 AC 75.16 ybs 0.3e -rm512k 241,438 0.69 0.53 BWT+Ari 68.28 bee 0.49 m3d3 241,511 2.95 3.06 PPM 73.09 rk 1.04a01 mf1 241,924 0.77 0.76 ROLZ 68.73 bee 0.49 m2d2 243,023 2.82 2.93 PPM 73.25 rk 1.04a01 243,544 0.81 0.77 PPM/ROLZ 69.23 ppmonstr H 244,579 1.77 1.77 PPMII 71.47 bee 0.49 m2d3 244,934 2.76 2.92 PPM 73.71 bee 0.49 m1d2 245,782 2.68 2.81 PPM 73.76 ybs 0.3e -r 246,653 0.69 0.56 BWT+Ari 69.76 ICT UC 1.0 249,330 0.74 0.50 ST+Ari 70.49 szip 1.12 b21 o6 249,351 0.54 0.36 ST+Ari 70.16 szip 1.12 b21 o0 249,373 0.89 0.29 BWT+Ari 70.45 szip 1.12 b21 o4 249,390 0.24 0.35 ST+Ari 69.86 ba 1.01b5 -24-r-z 249,402 0.85 0.59 BWT+Ari 70.71 ppmdh o10 m64 249,715 1.11 1.21 PPMII 71.68 ppmdh o12 m64 249,721 1.10 1.21 PPMII 71.67 ppmdh o8 m64 249,806 1.08 1.20 PPMII 71.67 ba 1.01b5 -24-T-z 250,028 0.87 0.58 BWT+Ari 70.90 ba 1.01b5 -24-z 250,039 0.89 0.59 BWT+Ari 70.93 ybs 0.3e -m256k 250,867 0.64 0.47 BWT+Ari 70.79 arc' (I.Sutton) b2 251,280 0.61 0.46 BWT+Ari 70.87 ppmdh o6 m64 252,334 1.07 1.18 PPMII 72.34 ba 1.01b5 252,632 0.87 0.59 BWT+Ari 71.63 ybs 0.3e -m512k 252,930 0.70 0.48 BWT+Ari 71.43 zzip 0.35g -mx 253,163 0.76 0.72 BWT+Ari 71.80 zzip 0.35g -a4 253,163 0.77 0.71 BWT+Ari 71.80 zzip 0.35g -a3 253,163 0.78 0.70 BWT+Ari 71.80 rkuc 1.04 o8 x 253,544 3.88 4.08 PPM 78.38 arc' (I.Sutton) b5 254,080 0.61 0.50 BWT+Ari 71.68 arc' (I.Sutton) b5mm1 254,080 1.37 0.49 BWT+Ari 72.43 rkuc 1.04 o8 b 254,752 4.19 4.59 PPM 79.54 rkuc 1.04 o12 b 254,756 4.42 4.81 PPM 79.99 rkuc 1.04 o16 b 254,756 4.63 5.03 PPM 80.42 ppmdh o5 m16 255,230 1.04 1.15 PPMII 73.08 bwc/PGCC 0.99 m900k 259,959 0.69 0.36 BWT+Ari 73.26 bwc/PGCC 0.99 m600k 259,959 0.69 0.37 BWT+Ari 73.27 ybs 0.3e 260,483 0.70 0.49 BWT+Ari 73.54 arhangel 1.40a1 -2-mc8192 260,514 2.08 1.95 PPM 76.39 ppmdh 260,777 0.95 1.02 PPMII 74.40 zzip 0.35g -a1 261,683 0.77 0.71 BWT+Ari 74.16 dc 0.99.298b -a 261,926 0.52 0.46 BWT+Ari 73.73 ann p12 262,106 4.10 4.05 PPM+NN 80.95 rkuc 1.04 o8 262,320 3.82 4.24 PPM 80.92 rkuc 1.04 o12 262,324 4.03 4.44 PPM 81.33 rkuc 1.04 o16 262,324 4.22 4.68 PPM 81.76 sbc 0.860 262,364 0.79 0.42 BWT+Ari 74.08 sbc 0.860 b3m2 262,364 0.79 0.44 BWT+Ari 74.10 dc 0.99.015b -a 262,376 0.55 0.56 BWT+Ari 73.99 arc' (I.Sutton) 262,670 0.65 0.53 BWT+Ari 74.14 arc' (I.Sutton) mm1 262,670 1.40 0.55 BWT+Ari 74.91 ha 0.999c a2 263,259 4.58 4.29 PPM 81.99 boa 0.58b m7 263,638 6.59 6.57 PPM 86.39 bzip2/PGCC 1.0b7 -6 265,914 0.59 0.25 BWT+Huf 74.70 boa 0.58b m15 265,938 7.47 7.40 PPM 88.74 gca 0.90g 268,629 0.69 0.39 BWT+Ari 75.69 dst 0.9 mt 270,988 5.59 6.65 LZ+PPM 87.51 dst 0.9 mt 4 270,988 7.22 6.64 LZ+PPM 89.13 rkuc 1.04 273,268 2.35 2.79 PPM 81.04 bzip2/PGCC 1.0b7 -9 274,659 0.59 0.26 BWT+Huf 77.14 exp1 1. 274,729 0.62 0.18 BWT+Huf 77.11 imp 1.10 -2 u1000 274,999 0.40 0.24 BWT+Huf 77.02 hap 3.00 277,286 1.75 1.92 PPM 80.69 ppmy 0.3b m200 286,534 14.73 15.51 PPM 109.83 lzap 0.20.0b 297,800 7.15 7.16 DMC 97.03 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 09 Sep 01 12:54:37 To : All Subj : Compressors Comparison Test, September 2001 [7/8] ¦ Samples.xls 445,440 ========================================================================== Compressor and options size compress extract method rating ======================================================================== * 777 0.04b1 m2 63,809 7.99 2.87 LZ+Ari 28.58 * 7zip 2.30b2 7z LZMAbt234 64,395 0.63 0.12 LZMA 18.63 uharc' 0.4np m3 67,605 1.48 0.29 LZ+Ari 20.54 uharc' 0.4np m2 67,900 1.27 0.30 LZ+Ari 20.43 uharc' 0.4np m1 68,350 1.13 0.29 LZ+Ari 20.40 uharc' 0.4np mx 68,805 1.69 1.28 PPM 22.08 rk 1.04a01 mx1 69,068 5.02 5.09 PPM 29.29 rk 1.04a01 mx2 69,076 5.32 5.40 PPM 29.90 rk 1.04a01 mx3 M64 69,076 5.34 5.39 PPM 29.91 ppmonstr H o1 m64 71,653 1.72 1.74 PPMII 23.36 ppmonstr H o16 m64 72,446 0.94 0.97 PPMII 22.03 * cabarc 1.00 LZX:21 73,155 1.22 0.02 LZ+Huf 21.56 cabarc 1.00 LZX:18 73,229 1.07 0.02 LZ+Huf 21.43 * ace32 2.0c3 m5 d2048 73,580 0.52 0.58 LZ+Huf 21.53 * ace32 2.0c3 m3 73,596 0.47 0.60 LZ+Huf 21.51 ace32 2.0c3 m4 73,604 0.49 0.60 LZ+Huf 21.53 ppmonstr H o12 m64 73,726 0.86 0.91 PPMII 22.24 dst 0.9 mb 4 73,808 2.97 0.50 LZ+DHuf 23.97 rkuc 1.04 o12 b x 74,160 3.10 3.18 PPM 26.88 rkuc 1.04 o16 b x 74,212 3.38 3.47 PPM 27.46 * rar/win 2.70 m5 74,277 0.34 0.11 LZ+Huf 21.08 rar/win 2.70 m4 74,336 0.32 0.09 LZ+Huf 21.05 ppmdh o16 m64 74,410 0.40 0.42 PPMII 21.48 * rar/win 2.70 m3 74,555 0.29 0.08 LZ+Huf 21.07 ppmonstr H o10 m64 75,087 0.84 0.87 PPMII 22.56 dst 0.9 mt 4 75,606 1.92 1.61 LZ+PPM 24.53 arjz 0.50 mp9 md2m 75,624 0.69 0.07 LZ+Huf 21.76 ppmdh o12 m64 75,673 0.38 0.38 PPMII 21.78 arjz 0.50 mp9 75,694 0.62 0.07 LZ+Huf 21.71 arjz 0.50 mp8 75,935 0.43 0.07 LZ+Huf 21.59 dst 0.9 mt 76,066 1.44 1.57 LZ+PPM 24.13 imp 1.10 -1 m3 u1000 76,695 0.35 0.07 LZ+Huf 21.72 imp 1.10 -1 u1000 76,773 0.34 0.08 LZ+Huf 21.74 imp 1.10 -2 u1000 76,773 0.94 0.10 BWT+Huf 22.36 rk 1.04a01 mf2 76,808 1.59 1.45 ROLZ 24.37 rk 1.04a01 mf3 76,832 3.34 3.20 ROLZ 27.88 dst 0.9 mb 76,835 0.48 0.35 LZ+DHuf 22.17 arjz 0.50 md2m 76,969 0.32 0.07 LZ+Huf 21.77 arjz 0.50 77,036 0.29 0.07 LZ+Huf 21.75 ppmdh o10 m64 77,251 0.36 0.38 PPMII 22.19 ppmonstr H o8 m32 77,296 0.79 0.83 PPMII 23.09 rkuc 1.04 o16 x 77,420 2.54 2.62 PPM 26.66 rkuc 1.04 o12 x 77,428 2.24 2.39 PPM 26.13 bee 0.49 m3d3 77,518 2.67 2.72 PPM 26.92 boa 0.58b m15 77,582 1.71 1.68 PPM 24.94 rkuc 1.04 o8 x 77,708 1.98 2.10 PPM 25.66 jar32 1.02d m4 77,758 0.87 0.12 LZ+Huf 22.58 jar32 1.02d m3 77,772 0.89 0.09 LZ+Huf 22.58 rkuc 1.04 o16 b 77,840 2.47 2.60 PPM 26.69 acb 2.00 u 78,077 2.36 2.44 AC 26.48 rkuc 1.04 o16 78,084 2.09 2.20 PPM 25.98 dc 0.99.298b -mt 78,260 0.24 0.12 BWT+Ari 22.09 * arc' (I.Sutton) 78,287 0.23 0.18 BWT+Ari 22.15 arc' (I.Sutton) mm1 78,287 0.63 0.18 BWT+Ari 22.55 arc' (I.Sutton) b5 78,311 0.23 0.18 BWT+Ari 22.16 arc' (I.Sutton) b5mm1 78,311 0.62 0.18 BWT+Ari 22.55 arjz 0.50 mp6 78,391 0.27 0.06 LZ+Huf 22.10 acb 2.00 b 78,569 1.66 1.66 AC 25.14 rkuc 1.04 o12 b 78,852 2.27 2.35 PPM 26.52 dc 0.99.298b 78,919 0.29 0.12 BWT+Ari 22.33 dc 0.99.298b -b512 78,919 0.29 0.13 BWT+Ari 22.34 lz (Kabanov) 6 78,930 0.32 0.12 LZ+Huf 22.36 lz (Kabanov) 5 78,952 0.26 0.12 LZ+Huf 22.31 rkuc 1.04 o12 79,092 1.83 1.97 PPM 25.77 lz (Kabanov) 4 79,170 0.23 0.12 LZ+Huf 22.34 acb 2.00 B 79,364 1.14 1.21 AC 24.39 ppmdh o8 m64 79,475 0.32 0.37 PPMII 22.76 bee 0.49 m2d3 79,475 2.09 2.16 PPM 26.32 uharc' 0.4np mz 79,709 0.27 0.29 LZP 22.70 arjz 0.50 mp5 80,052 0.24 0.07 LZ+Huf 22.54 lzds2' s1024 m2 80,219 0.23 0.07 LZ+Ari 22.58 ppmn 1.00b1 O9 ICd 80,435 0.81 0.87 PPM 24.02 lzds2' s1024 m1 80,756 0.23 0.07 LZ+Ari 22.73 sbc 0.860 b3m1 81,369 0.30 0.20 BWT+Ari 23.10 sbc 0.860 81,370 0.37 0.22 BWT+Ari 23.19 sbc 0.860 b3m3 81,370 0.50 0.25 BWT+Ari 23.35 ppmn 1.00b1 O9 81,653 0.79 0.88 PPM 24.35 ppmn 1.00b1 O7 ICd 81,720 0.78 0.88 PPM 24.36 bee 0.49 m3d2 81,885 3.15 3.17 PPM 29.06 arc' (I.Sutton) b2 82,011 0.28 0.18 BWT+Ari 23.24 * lz (Kabanov) 3 82,036 0.18 0.12 LZ+Huf 23.08 gca 0.90g -v 82,458 0.35 0.18 BWT+Ari 23.43 arc' (I.Sutton) m1 82,582 0.18 0.16 BWT+Ari 23.27 arc' (I.Sutton) mm1m1 82,582 0.53 0.18 BWT+Ari 23.64 ppmonstr H o6 m32 82,668 0.76 0.78 PPMII 24.50 rkuc 1.04 o8 b 82,680 2.04 2.13 PPM 27.13 ppmn 1.00b1 O7 82,958 0.80 0.85 PPM 24.69 rkuc 1.04 o8 82,960 1.63 1.75 PPM 26.42 rk 1.04a01 83,312 0.33 0.29 PPM/ROLZ 23.76 ppmn 1.00b1 O6 ICd 83,345 0.77 0.86 PPM 24.78 rk 1.04a01 mf1 83,768 0.32 0.29 ROLZ 23.87 gca 0.90g 83,980 0.28 0.18 BWT+Ari 23.78 ppmn 1.00b1 O6 84,537 0.79 0.85 PPM 25.12 bee 0.49 m2d2 84,859 2.51 2.60 PPM 28.68 ppmdh o6 m64 85,118 0.29 0.35 PPMII 24.28 bee 0.49 m1d2 88,535 1.82 1.83 PPM 28.24 ppmonstr H o5 m16 89,224 0.75 0.74 PPMII 26.27 ppmn 1.00b1 O5 ICd 89,439 0.67 0.74 PPM 26.25 ppmy 0.3b m64 o9 89,840 9.25 9.87 PPM 44.07 ppmn 1.00b1 90,622 0.68 0.75 PPM 26.60 ybs 0.3e -r 91,207 0.47 0.19 BWT+Ari 25.99 dc 0.99.298b -a 91,340 0.50 0.23 BWT+Ari 26.10 lzds2' s1024 m3 91,406 0.40 0.07 LZ+Ari 25.86 dc 0.99.015b -a 91,477 0.51 0.31 BWT+Ari 26.23 ybs 0.3e 91,507 0.47 0.20 BWT+Ari 26.08 zzip 0.35g -mx 92,011 3.79 0.37 BWT+Ari 29.71 zzip 0.35g -a3 92,011 3.80 0.38 BWT+Ari 29.73 lzds2' s1024 m4 92,108 0.45 0.07 LZ+Ari 26.10 ppmdh o5 m16 92,121 0.27 0.32 PPMII 26.17 szip 1.12 b21 o0 92,289 8.56 0.12 BWT+Ari 34.31 dc 0.99.015b 92,413 1.11 0.29 BWT+Ari 27.07 lzds2' s1024 m5 92,639 0.52 0.07 LZ+Ari 26.32 ba 1.01b5 -24-r 92,863 0.47 0.24 BWT+Ari 26.50 zzip 0.35g -a1 92,899 3.86 0.37 BWT+Ari 30.03 ba 1.01b5 -24-T 93,103 0.41 0.25 BWT+Ari 26.52 ba 1.01b5 93,119 0.39 0.25 BWT+Ari 26.50 bwc/PGCC 0.99 m600k 93,309 0.43 0.18 BWT+Ari 26.52 ppmy 0.3b m64 o7 95,282 8.77 9.41 PPM 44.64 szip 1.12 b21 o12 96,106 0.61 0.27 ST+Ari 27.57 bzip2/PGCC 1.0b7 -9 96,197 0.40 0.15 BWT+Huf 27.27 bzip2/PGCC 1.0b7 -6 96,197 0.40 0.15 BWT+Huf 27.27 exp1 1. 96,269 0.57 0.12 BWT+Huf 27.43 compressia' b2048 96,567 0.53 0.42 BWT+Huf 27.77 compressia' b512 96,567 0.54 0.43 BWT+Huf 27.79 eri 4.14fre -m4 97,372 4.82 0.29 ST+PPM 32.15 eri 4.14fre -m3 97,398 4.64 0.29 ST+PPM 31.98 szip 1.12 b21 o10 97,750 0.48 0.26 ST+Ari 27.89 ppmonstr H 98,537 0.69 0.72 PPMII 28.78 eri 4.14fre -m2 98,825 4.51 0.25 ST+PPM 32.21 ICT UC 1.0 99,118 0.40 0.27 ST+Ari 28.20 eri 4.14fre -m1 99,527 4.42 0.25 ST+PPM 32.31 szip 1.12 b21 o8 99,913 0.40 0.23 ST+Ari 28.38 lz (Kabanov) 2 101,006 0.23 0.12 LZ+Huf 28.40 ppmdh 101,553 0.26 0.28 PPMII 28.74 ppmonstr H o1 m32 101,963 1.51 1.52 PPMII 31.35 rkuc 1.04 103,192 0.99 1.14 PPM 30.79 szip 1.12 b21 o6 105,018 0.31 0.18 ST+Ari 29.66 boa 0.58b m7 106,422 2.29 2.33 PPM 34.18 ppmy 0.3b m200 106,661 18.68 19.52 PPM 67.82 ppmy 0.3b m64 o5 110,513 8.22 8.49 PPM 47.40 szip 1.12 b21 o4 117,725 0.14 0.18 ST+Ari 33.02 ann p12 117,914 2.96 2.93 PPM+NN 38.64 ppmy 0.3b m64 122,601 12.50 13.23 PPM 59.78 ybs 0.3e -rm256k 124,081 0.41 0.24 BWT+Ari 35.11 ybs 0.3e -m256k 124,193 0.41 0.24 BWT+Ari 35.14 compressia' b256 128,344 0.65 0.45 BWT+Huf 36.75 lzap 0.20.0b 131,821 2.15 2.19 DMC 40.95 lz (Kabanov) 1 131,840 0.23 0.12 LZ+Huf 36.97 ppmy 0.3b m64 o4 134,486 7.66 8.38 PPM 53.39 cabarc 1.00 LZX:15 134,753 0.64 0.01 LZ+Huf 38.08 uc 2.3.05 tt 135,774 0.38 0.05 LZ+Huf 38.14 uc 2.3.05 tn 137,068 0.33 0.03 LZ+Huf 38.43 7zip 2.30b2 zip mx 143,095 1.10 0.06 LZ+Huf 40.90 7zip 2.30b2 zip 144,145 0.45 0.06 LZ+Huf 40.55 arhangel 1.40a1 -1 144,158 0.44 0.13 LZ+Ari 40.61 ha 0.999c a1 144,798 1.14 0.19 LZ+Ari 41.55 pkzip 2.50 max 147,538 0.23 0.05 LZ+Huf 41.26 pkzip 2.50 148,146 0.13 0.05 LZ+Huf 41.33 pkzip 2.04g -ex 148,328 0.24 0.06 LZ+Huf 41.50 esp 1.92 148,397 0.21 0.04 LZ+Huf 41.47 pkzip 2.04g 150,166 0.16 0.08 LZ+Huf 41.95 arhangel 1.40a1 -2-mc8192 154,617 1.20 1.03 PPM 45.17 ha 0.999c a2 155,465 2.31 2.09 PPM 47.58 ba 1.01b5 -24-z 168,674 0.59 0.32 BWT+Ari 47.76 hap 3.00 175,981 1.20 1.30 PPM 51.38 Всего доброго. Vadim Yoockin ... A Smith and Wesson beats four aces. --- Стаpый Дед стоимостью 3.00.Alpha4 доплата в СКВ UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50)
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