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— RU.COMPRESS
From : Vadim Yoockin 2:5020/1042.50 01 May 00 12:35:45
To : All
Subj : Compressors Comparison Tests 5.5 [3/9]
===================== Hачало - 3.txt =====================
¦ C-sources (Watcom 10.0) 1,890,501
========================================================
* rkuc 1.04 o16 x 224,528 2:17.18 2:31.88 PPM
* rkuc 1.04 o12 x 225,020 2:02.38 2:13.68 PPM
rk 1.01a01 mx2 225,156 2:32.80 2:29.93 PPM
rk 1.02a03 mx2 225,164 2:33.29 2:39.01 PPM
* rkuc 1.04 o8 x 229,744 1:48.47 1:57.97 PPM
rk 1.01a01 mx2 ft 231,912 2:42.43 2:48.86 PPM
rk 1.01a01 mx1 233,120 2:27.57 2:26.91 PPM
rk 1.02a03 mx1 233,128 2:27.68 2:35.60 PPM
acb 2.00 u 233,189 2:26.16 2:27.20 AC
* acb 2.00 b 235,985 1:40.90 1:40.90 AC
* boa 0.58b -m15 238,395 1:06.35 1:11.30 PPM
rkuc 1.04 o16 238,728 1:37.21 1:41.96 PPM
rkive 1.92a mt2 239,429 3:05.76 2:44.72 LZP,PPM
rkuc 1.04 o16 b 240,580 2:04.13 2:06.45 PPM
acb 2.00 B 241,635 1:12.83 1:13.05 AC
rkuc 1.04 o12 242,664 1:24.45 1:27.80 PPM
* dc 0.98 246,296 16.50 9.14 BWT+Ari
dc 0.98-ae 246,296 17.49 9.80 BWT+Ari
dc 0.98-cprle 246,448 16.44 9.14 BWT+Ari
boa 0.58b -m7 247,928 1:04.92 1:10.75 PPM
bee 0.2e 248,584 4:22.41 4:11.90 PPM
rkive 1.92a mt1 249,437 1:21.56 1:08.33 LZP,PPM
* ba 1.00 -24-r 251,033 31.52 7.87 BWT+Ari
dc 0.98-a 251,252 18.04 10.95 BWT+Ari
ba 1.00 -24 251,727 26.01 7.74 BWT+Ari
rkive 1.4 -mt 251,816 44.10 36.08 LZP,PPM
ba 1.00 -24-T 251,838 26.33 7.86 BWT+Ari
ba 1.00 -24-j 252,169 25.56 7.97 BWT+Ari
dst 0.9 mt 4 252,183 2:02.05 52.04 LZ+PPM
dst 0.9 me 4 252,183 2:04.08 51.93 LZ+PPM
ba 1.00 -24-f 252,528 26.36 7.75 BWT+Ari
zzip 0.34e -a2 -b8 252,766 32.94 8.53 BWT+Ari
ba 1.00 -24-p 253,092 26.19 7.73 BWT+Ari
zzip 0.34e -a1 -b8 253,396 32.72 8.25 BWT+Ari
* szip 1.05Xf b19 o0 253,508 48.89 7.48 ST+Ari
* bwc/PGCC 0.99 m2m 253,665 13.46 5.63 BWT+Ari
rkive 1.92a mb3 254,060 54.11 36.03 LZP,PPM
szip 1.12 b21 o0 254,136 47.86 5.61 ST+Ari
ppmn 1.00a1 O7 254,244 25.63 28.23 PPM
zzip 0.34e -a3 -b8 254,227 33.00 8.48 BWT+Ari
dst 0.9 mt 254,542 56.22 51.49 LZ+PPM
dst 0.9 mg 254,542 58.25 51.54 LZ+PPM
rk 1.01a01 mf3 255,040 1:06.50 37.02 ROLZ
rk 1.02a03 mf3 255,044 1:06.39 38.39 ROLZ
* ybs' 255,086 12.72 5.70 BWT+Ari
rk 1.01a01 mf2 255,284 42.96 25.47 ROLZ
rk 1.02a03 mf2 255,288 42.02 25.58 ROLZ
eri 4.5fre -m5 256,157 1:11.21 8.10 ST+PPM
eri 4.5fre -m4 256,158 1:05.73 8.09 ST+PPM
szip 1.10 b19 o0 256,312 48.41 6.11 ST+Ari
eri 4.5fre -m3 256,314 1:02.79 8.05 ST+PPM
rkive 1.92b mf3 256,928 34.31 16.67 LZP,PPM
rkive 1.4 258,427 33.83 17.57 LZP,PPM
ppmonstr 259,814 18.31 19.38 PPM
eri 4.5fre -m2 260,045 1:00.08 7.48 ST+PPM
rkuc 1.04 o8 260,092 1:14.26 1:17.29 PPM
ppmdf o6 m32 261,438 8.69 9.84 PPM
ppmn 1.00a1 O6 262,020 23.65 26.30 PPM
eri 4.5fre -m1 262,556 59.51 7.38 ST+PPM
777 0.04b1 m2 262,968 4:26.36 49.22 LZ+PPM
777 0.04b1 m9 262,968 4:26.53 49.88 LZ+PPM
* ppmde o6 m32 263,211 7.87 8.86 PPM
szip 1.05Xf b19 o12 263,401 23.10 13.86 ST+Ari
szip 1.12 b21 o12 264,644 22.32 11.71 ST+Ari
ict UC 1.0 265,614 15.45 9.95 ST+Ari
szip 1.05Xf b19 o10 266,176 19.30 12.76 ST+Ari
szip 1.10 b19 o12 267,055 22.24 12.39 ST+Ari
szip 1.12 b21 o10 267,380 18.38 10.67 ST+Ari
szip 1.10 b19 o10 269,885 18.54 11.17 ST+Ari
* jar32 1.02d -m4 270,108 21.42 3.24 LZ+Huf
szip 1.05Xe b19 o8 270,141 15.44 10.93 ST+Ari
szip 1.05Xf b19 o8 270,150 15.67 11.66 ST+Ari
jar32 1.01b3 -m4 270,235 20.65 3.18 LZ+Huf
jar32 1.01b3 -m3 270,487 20.60 3.24 LZ+Huf
szip 1.12 b21 o8 271,422 14.75 9.64 ST+Ari
* cabarc 1.00 LZX:21 271,720 40.18 0.77 LZ+Huf
szip 1.05Xe b19 o7 273,596 13.62 10.49 ST+Ari
ppmn 1.00a1 M:15 273,851 17.00 19.47 PPM
ppmn 1.00a1 273,875 17.10 19.36 PPM
szip 1.10 b19 o8 274,069 15.13 10.18 ST+Ari
arjz'0.50(md2m,mp9),dict -e 274,248 22.86 2.15 LZ+Huf
ba 1.00 275,074 22.45 8.03 BWT+Ari
zzip 0.34e -a2 -b4 275,394 27.61 8.64 BWT+Ari
arjz'0.50(md2m), dict -e 275,580 17.60 2.20 LZ+Huf
arjz'0.50(md2m,mp9),dict 275,747 28.50 2.31 LZ+Huf
ppmonstr o5 m16 275,784 17.02 18.19 PPM
rkive 1.92a 275,952 24.27 19.45 LZP,PPM
* ppmdf o5 m16 276,207 7.96 9.14 PPM
bwc/PGCC 0.99 m900k 276,488 12.38 5.65 BWT+Ari
ufa 0.04b1 m2 277,275 1:54.24 8.84 LZ+PPM
ppmde o5 m16 277,619 7.15 8.25 PPM
arjz'0.50(md2m), dict 278,242 20.19 2.26 LZ+Huf
bix 1.00b7 m1 279,140 31.47 1.16 LZ+Huf
szip 1.05Xf b19 o6 280,453 12.21 10.78 ST+Ari
bzip2/PGCC 0.90 -9 280,776 17.28 4.28 BWT+Huf
bzip2/Watcom -9 280,776 21.39 5.33 BWT+Huf
bzip2/w32 0.95b -9 280,776 25.93 4.96 BWT+Huf
bzip2/w32 0.90 -9 280,776 26.07 4.90 BWT+Huf
bzip2 0.1pl2 -9 280,776 35.97 9.18 BWT+Huf
imp 0.91 -2 -u1000 280,824 13.68 2.97 BWT+Huf
imp 1.10 -2 u1000 280,847 14.04 3.09 BWT+Huf
imp 1.00 -2 u1000 280,847 14.16 3.03 BWT+Huf
exp1 1. 280,847 15.78 4.45 BWT+Huf
szip 1.12 b21 o6 281,499 11.17 8.75 ST+Ari
rk 1.01a01 282,232 12.68 10.84 ROLZ
rk 1.02a03 282,236 11.65 11.33 ROLZ
rar/win 2.70b1 m5 282,361 27.78 1.50 LZ+Huf
uharc 0.2b m3 282,467 1:24.31 10.34 LZ+PPM
rar/win 2.70b1 m4 282,791 21.29 1.49 LZ+Huf
szip 1.10 b19 o6 284,201 11.55 9.25 ST+Ari
rkive 1.90b mf 284,723 41.64 34.82 LZP,PPM
rar/win 2.70b1 m3 285,423 14.42 1.44 LZ+Huf
arjz'0.50 mp9 md2m 286,560 1:04.19 1.05 LZ+Huf
bwc/PGCC 0.99 m600k 289,074 12.11 5.63 BWT+Ari
lzds2' s1024 m5 289,147 27.06 2.04 LZ+Ari
ba 1.00 -24-z 289,166 23.03 8.22 BWT+Ari
lzds2' s1024 m4 289,579 17.33 1.99 LZ+Ari
dc 0.98-b1024 289,713 14.63 9.63 BWT+Ari
szip 1.05Xe b19 o5 290,670 10.33 9.62 ST+Ari
rk 1.01a01 mf1 291,572 12.10 11.29 ROLZ
rk 1.02a03 mf1 291,576 9.63 11.39 ROLZ
dst 0.9 mb 4 291,953 3:37.26 26.13 LZ+DHuf
lzds2' s1024 m3 292,112 12.00 1.98 LZ+Ari
lzds2' s1024 m2 292,423 10.17 2.04 LZ+Ari
lz (kabanov) 6 292,780 29.69 1.99 LZ+Huf
bzip2/PGCC 0.90 -6 293,205 16.21 4.27 BWT+Huf
bzip2/w32 0.95b -6 293,205 24.36 4.90 BWT+Huf
bzip2/w32 0.90 -6 293,205 24.47 4.84 BWT+Huf
lz (kabanov) 5 293,630 23.70 2.10 LZ+Huf
arjz'0.50 md2m 293,650 18.98 1.05 LZ+Huf
rkive 1.92b mf1 293,884 14.28 11.57 LZP,PPM
imp 1.00 -1 m3 u1000 296,429 22.72 0.94 LZ+Huf
imp 1.10 -1 m3 u1000 296,429 22.78 1.05 LZ+Huf
zzip 0.34e -a2 296,980 24.32 8.64 BWT+Ari
lzds2' s1024 m1 297,894 8.74 2.15 LZ+Ari
zzip 0.34c -a1 297,989 27.08 8.43 BWT+Ari
xtreme t6 298,941 24.02 2.25 LZ+Huf
uharc 0.2b mm 299,429 37.51 10.67 LZ+PPM
uharc 0.2b 299,429 47.46 10.72 LZ+PPM
777 0.04b1 m5 mu16 md1024 300,803 1:55.39 2:09.63 LZ+PPM
ppmdf 301,394 7.24 8.40 PPM
ppmde 302,236 6.76 7.70 PPM
ufa 0.04b1 m5 303,651 1:50.73 2:04.84 LZ+PPM
lz (kabanov) 4 304,746 17.55 2.21 LZ+Huf
* szip 1.12 b21 o4 307,456 4.85 8.04 ST+Ari
szip 1.05Xf b19 o4 307,877 5.88 10.06 ST+Ari
rar/win 2.70b1 mdc 308,740 13.64 1.50 LZ+Huf
szip 1.10 b19 o4 309,516 5.34 8.53 ST+Ari
rkuc 1.04 311,124 43.59 45.08 PPM
imp 0.91 -1 -u1000 311,204 14.66 1.05 LZ+Huf
imp 1.10 -1 u1000 311,211 14.91 0.99 LZ+Huf
x1 0.95a am4l3 314,422 42.24 46.20 PPM
arjz'0.50 mp9 314,862 32.51 0.95 LZ+Huf
arjz'0.50 mp8 315,253 25.48 0.99 LZ+Huf
dst 0.9 mb 315,704 21.24 12.17 LZ+DHuf
arjz'0.50 318,452 14.84 1.06 LZ+Huf
x1 0.95a am4 318,717 38.45 41.86 PPM
ace32 1.2b m5 319,263 18.54 1.93 LZ+Huf
uharc 0.2b m1 326,012 33.93 11.27 LZ+PPM
arjz'0.50 mp6 326,483 10.51 1.00 LZ+Huf
lz (kabanov) 3 328,566 9.18 2.21 LZ+Huf
ace32 1.2b m4 330,711 11.61 2.09 LZ+Huf
arjz'0.50 mp5 337,547 8.37 0.89 LZ+Huf
lz (kabanov) 2 345,966 7.37 2.26 LZ+Huf
arhangel 1.40a1 -2-mc12000 351,403 30.31 31.78 PPM
rar 2.03 m5 355,553 16.55 1.04 LZ+Huf
rar 2.50 m5 355,553 17.91 1.08 LZ+Huf
arhangel 1.40a1 -2 356,187 30.70 31.81 PPM
ha a2 0.999c 356,303 37.07 37.07 PPM
rar 2.50 m4 356,350 14.82 1.15 LZ+Huf
uc 2.3.05 358,932 15.60 1.43 LZ+Huf
arhangel 1.40a1 -2-mc8192 363,441 29.45 30.75 PPM
arhangel 1.40a1 -1-mt 367,615 14.65 4.46 LZ+Ari
* cabarc 1.00 LZX:15 374,486 24.22 0.66 LZ+Huf
lz (kabanov) 1 375,332 6.16 2.37 LZ+Huf
7zip 2.00b2 mx 377,204 42.41 1.66 LZ+Huf
ufa 0.04b1 m2 mq 378,284 23.23 14.89 LZ+PPM
7zip 2.00 379,257 20.03 1.60 LZ+Huf
7zip 2.00b2 379,440 19.74 1.66 LZ+Huf
arhangel 1.40a1 -1 387,444 14.98 3.55 LZ+Ari
ha a1 0.999c 387,968 19.83 5.77 LZ+Ari
* pkzip 2.50 max 389,629 4.96 0.72 LZ+Huf
pkzip 2.04g -ex 391,944 9.44 0.96 LZ+Huf
* pkzip 2.50 392,454 3.63 0.78 LZ+Huf
hap 3.00 398,121 20.21 26.14 PPM
pkzip 2.04g 399,206 5.01 0.90 LZ+Huf
arhangel 1.29b -1 417,954 12.72 5.87 LZ+Ari
===================== Конец - 3.txt =====================
... 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 01 May 00 12:36:00
To : All
Subj : Compressors Comparison Tests 5.5 [4/9]
===================== Hачало - 4.txt =====================
¦ EXE (wcc386.exe WC 10.0) 536,624
========================================================
* rk 1.02a01 mx2 253,784 1:41.59 1:44.56 PPM
rk 1.02a03 mx2 253,788 1:40.49 1:46.21 PPM
* rk 1.02a01 mx1 255,524 1:33.07 1:40.33 PPM
rk 1.02a03 mx1 255,528 1:37.19 1:42.52 PPM
777 0.04b1 m9 258,689 2:23.22 1:54.95 LZ+PPM
* ufa 0.04b1 m9 263,564 25.74 8.58 LZ+PPM
ppmn 1.00a1 O7 268,177 27.66 31.96 PPM
ppmn 1.00a1 O6 268,235 27.39 31.80 PPM
ppmn 1.00a1 MB 268,385 23.87 28.60 PPM
ppmn 1.00a1 268,580 23.70 28.00 PPM
ppmn 1.00a1 M:15 268,902 23.32 27.40 PPM
rkuc 1.04 o16 b x 273,304 1:14.46 1:18.80 PPM
rkuc 1.04 o15 b x 273,312 1:10.86 1:16.93 PPM
* cabarc 1.00 LZX:21 273,527 8.67 0.33 LZ+Huf
uharc 0.2b m3 273,922 28.38 5.83 LZ+PPM
bee 0.2e 273,996 50.92 48.25 PPM
rk 1.02a01 mf2 274,536 24.09 23.05 ROLZ
rk 1.02a03 mf2 274,540 24.09 22.66 ROLZ
bix 1.00b7 m9 275,333 9.03 0.66 LZ+Huf
rk 1.02a03 mf3 275,496 36.30 34.44 ROLZ
uharc 0.2b 275,796 20.18 5.88 LZ+PPM
777 0.04b1 m2 276,036 2:35.48 2:05.56 LZ+PPM
uharc 0.2b m1 277,011 15.51 5.88 LZ+PPM
acb 2.00 u 277,376 1:45.56 1:46.12 AC
rk 1.02a01 mf1 279,372 12.22 13.21 ROLZ
rk 1.02a03 mf1 279,372 12.60 13.54 ROLZ
rk 1.02a01 279,440 12.74 13.26 ROLZ
rk 1.02a03 279,440 13.09 13.59 ROLZ
acb 2.00 b 279,870 1:10.97 1:10.97 AC
uharc 0.2b mm 280,041 17.27 5.88 LZ+PPM
ufa 0.04b1 m2 280,425 25.92 8.90 LZ+PPM
rkive 1.92a mb3 280,434 2:10.12 1:53.32 LZP,PPM
rkive 1.90b 280,481 1:30.96 1:20.30 LZP,PPM
arhangel 1.29b -2-mm6 280,622 34.21 39.49 PPM
rkive 1.4 280,672 50.53 40.15 LZP,PPM
* cabarc 1.00 LZX:15 282,277 6.04 0.33 LZ+Huf
rkive 1.92a mt1 282,540 1:36.83 1:31.72 LZP,PPM
ufa 0.03b4 m2 mq 282,887 29.88 9.28 LZ+PPM
ppmonstr o6 m32 282,947 21.63 23.63 PPM
arhangel 1.32 -2-mc8192 283,221 32.81 37.48 PPM
ppmdf o6 m32 283,331 14.10 15.77 PPM
ppmonstr 283,484 19.95 22.36 PPM
ppmonstr o5 m16 283,851 20.16 22.55 PPM
rkuc 1.04 o8 b 284,128 50.17 55.02 PPM
ppmdf o5 m16 284,132 13.23 14.90 PPM
rkuc 1.04 o12 b 284,208 53.06 57.66 PPM
rkuc 1.04 o16 b 284,268 56.37 1:00.28 PPM
ppmdf 285,467 12.38 14.09 PPM
rkive 1.92a 285,510 52.45 48.45 LZP,PPM
ppmde o6 m32 286,861 12.65 14.31 PPM
ppmde o5 m16 287,503 11.88 13.32 PPM
* imp 0.91 -1 -u500 m3 287,635 3.24 0.44 LZ+Huf
boa 0.58b -m7 287,708 1:19.37 1:31.95 PPM
* imp 1.10 -1 m3 u1000 287,757 2.54 0.40 LZ+Huf
ppmde 288,411 10.95 12.38 PPM
* imp 1.00 -1 u1000 288,592 2.48 0.45 LZ+Huf
imp 1.10 -1 u1000 288,592 2.59 0.45 LZ+Huf
rkuc 1.04 o15 x 290,136 48.73 57.48 PPM
bix 1.00b7 m1 292,368 8.90 0.61 LZ+Huf
rkuc 1.04 o8 292,848 42.57 47.97 PPM
arhangel 1.40a1 -1 292,905 6.19 2.54 LZ+Ari
ba 1.00 -24-r-z 292,915 9.17 6.75 BWT+Ari
rkuc 1.04 o12 292,924 46.41 50.70 PPM
dst 0.9 me 4 292,971 1:05.12 14.25 LZ+DHuf
ba 1.00 -24-T-z 293,036 8.84 6.80 BWT+Ari
ba 1.00 -24-z 293,067 8.62 6.82 BWT+Ari
dc 0.98-b1024 293,427 6.21 5.23 BWT+Ari
rkuc 1.04 293,560 30.41 35.33 PPM
dc 0.98 293,985 5.83 5.24 BWT+Ari
dst 0.9 mb 4 294,445 51.22 9.08 LZ+DHuf
imp 0.91 -2 -u1000 294,709 3.41 1.43 BWT+Huf
imp 1.00 -2 u1000 294,709 3.53 1.60 BWT+Huf
imp 1.10 -2 u1000 294,709 3.74 1.49 BWT+Huf
dst 0.9 me 294,983 15.51 11.45 LZ+DHuf
x1 0.95a am4 295,567 57.61 1:04.81 PPM
dc 0.98-ae 295,917 6.11 5.29 BWT+Ari
dc 0.98-a 295,922 6.32 5.34 BWT+Ari
rkive 1.92b mf3 296,375 26.79 17.76 LZP,PPM
dst 0.9 mb 296,376 10.51 6.33 LZ+DHuf
rar/win 2.70b1 m5 mm mde 296,463 6.38 0.95 LZ+Huf
x1 0.95a am4l3 296,724 1:07.39 1:16.51 PPM
ha a2 0.999c 296,805 51.10 50.53 PPM
dst 0.9 mt 4 297,220 1:10.80 1:28.17 LZ+PPM
dst 0.9 mt 297,228 1:00.62 1:28.12 LZ+PPM
dst 0.9 mg 297,230 14.53 9.74 LZ+DHuf
szip 1.05Xf b19 o0 297,892 7.20 4.01 ST+Ari
szip 1.05Xf b19 o10 297,903 7.59 5.77 ST+Ari
szip 1.05Xf b19 o12 297,911 8.69 6.27 ST+Ari
szip 1.05Xf b19 o6 297,922 5.28 4.95 ST+Ari
szip 1.05Xf b19 o8 297,967 6.43 5.39 ST+Ari
rkive 1.92b mf1 298,087 16.32 13.57 LZP,PPM
szip 1.10 b19 o0 298,238 7.04 3.64 ST+Ari
szip 1.10 b19 o10 298,248 7.38 5.34 ST+Ari
szip 1.10 b19 o12 298,258 8.79 5.67 ST+Ari
szip 1.10 b19 o6 298,285 5.18 4.52 ST+Ari
szip 1.10 b19 o8 298,325 6.44 4.85 ST+Ari
ict UC 1.0 298,348 6.65 5.22 ST+Ari
ba 1.00 -24-r 298,411 9.31 6.89 BWT+Ari
ba 1.00 -24-T 298,563 8.41 6.98 BWT+Ari
szip 1.04 298,588 3.90 8.02 ST+Ari
szip 1.05Xf b19 o4 298,589 3.24 4.62 ST+Ari
ba 1.00 298,652 8.39 6.98 BWT+Ari
szip 1.12 b21 o0 298,668 6.66 3.36 ST+Ari
szip 1.12 b21 o10 298,679 7.32 5.01 ST+Ari
szip 1.12 b21 o6 298,693 4.96 4.19 ST+Ari
szip 1.10 b19 o4 298,823 3.14 4.13 ST+Ari
ba 1.00 -24-g 298,868 8.31 6.96 BWT+Ari
rar/win 2.70b1 m5 298,953 6.00 0.89 LZ+Huf
rar/win 2.70b1 m4 298,976 6.06 0.84 LZ+Huf
rar/win 2.70b1 m3 299,071 5.61 0.83 LZ+Huf
ace32 1.2b m5 299,170 8.30 1.43 LZ+Huf
szip 1.12 b21 o4 299,249 2.93 3.85 ST+Ari
rar/win 2.70b1 mdc 299,333 5.56 0.89 LZ+Huf
ufa 0.04b1 m5 (777) 299,405 45.70 49.48 LZ+PPM
ace32 1.2b m4 300,054 5.95 1.44 LZ+Huf
arjz'0.50 mp9 md2m 300,114 18.32 0.61 LZ+Huf
jar32 1.01b3 -m4 300,131 9.01 1.60 LZ+Huf
jar32 1.02d -m4 300,139 9.50 1.59 LZ+Huf
arjz'0.50 mp9 300,265 15.79 0.67 LZ+Huf
arjz'0.50 mp8 300,339 13.76 0.61 LZ+Huf
arjz'0.50 md2m 300,641 10.62 0.61 LZ+Huf
arjz'0.50 300,679 9.74 0.67 LZ+Huf
arjz'0.50 mp6 301,236 7.05 0.67 LZ+Huf
arjz'0.50 mp5 302,486 5.46 0.66 LZ+Huf
ba 1.00 -24-m 303,546 8.72 6.95 BWT+Ari
zzip 0.34e -a2 303,557 7.92 5.89 BWT+Ari
eri 4.5fre -m5 303,656 23.05 4.79 ST+PPM
eri 4.5fre -m4 303,657 18.22 4.82 ST+PPM
eri 4.5fre -m3 303,866 15.57 4.72 ST+PPM
zzip 0.34e -a3 304,215 8.19 5.84 BWT+Ari
zzip 0.34e -a2 -b4 304,353 7.81 5.95 BWT+Ari
ba 1.00 -24-p 304,851 8.41 7.02 BWT+Ari
bwc/PGCC 0.99 m2m 304,996 5.66 3.66 BWT+Ari
bwc/PGCC 0.99 m900k 304,996 5.69 3.58 BWT+Ari
bwc/PGCC 0.99 m600k 304,996 5.69 3.58 BWT+Ari
rar 2.50 m5 305,134 8.61 0.67 LZ+Huf
rar 2.03 m5 305,134 8.63 0.66 LZ+Huf
rar 2.50 m4 305,182 6.96 0.70 LZ+Huf
7zip 2.00b2 mx 305,435 8.54 1.11 LZ+Huf
eri 4.5fre -m2 306,348 13.06 4.29 ST+PPM
7zip 2.00 306,576 5.12 1.06 LZ+Huf
7zip 2.00b2 306,576 5.18 1.11 LZ+Huf
lzds2' s1024 m5 308,521 4.79 1.38 LZ+Ari
bzip2/PGCC 0.90 -6 308,624 6.38 2.38 BWT+Huf
bzip2/PGCC 0.90 -9 308,624 6.41 2.44 BWT+Huf
bzip2/Watcom -9 308,624 7.09 2.75 BWT+Huf
bzip2/w32 0.90 -9 308,624 9.46 2.92 BWT+Huf
bzip2/w32 0.95b -9 308,624 9.57 2.92 BWT+Huf
bzip2/w32 0.95b -6 308,624 9.57 2.98 BWT+Huf
bzip2 0.1pl2 -9 308,624 12.48 4.95 BWT+Huf
lzds2' s1024 m4 308,677 4.45 1.44 LZ+Ari
exp1 1. 308,698 5.06 2.14 BWT+Huf
lzds2' s1024 m3 308,724 4.24 1.44 LZ+Ari
lz (kabanov) 6 309,064 7.03 1.82 LZ+Huf
lz (kabanov) 5 309,074 6.65 1.87 LZ+Huf
lz (kabanov) 4 309,094 6.60 1.93 LZ+Huf
eri 4.5fre -m1 309,413 12.18 4.19 ST+PPM
ha a1 0.999c 309,529 8.81 3.62 LZ+Ari
lz (kabanov) 3 310,652 5.45 1.87 LZ+Huf
arhangel 1.29b -1-l16384 310,705 6.59 4.22 LZ+Ari
lzds2' s1024 m1 310,932 3.58 1.43 LZ+Ari
uc 2.3.05 310,990 6.70 0.94 LZ+Huf
arhangel 1.29b -1 311,386 6.61 4.19 LZ+Ari
lz (kabanov) 2 311,680 4.68 1.82 LZ+Huf
pkzip 2.50 max 312,925 2.59 0.50 LZ+Huf
* pkzip 2.50 313,254 2.04 0.55 LZ+Huf
pkzip 2.04g -ex 313,413 4.41 0.44 LZ+Huf
lz (kabanov) 1 314,076 4.07 1.88 LZ+Huf
pkzip 2.04g 314,092 2.82 0.44 LZ+Huf
hap 3.00 315,960 17.64 23.13 PPM
ufa 0.04b1 m9 mq 321,014 13.75 12.92 LZ+PPM
ufa 0.04b1 m2 mq 334,810 14.06 13.40 LZ+PPM
xtreme t6 335,082 4.24 2.20 LZ+Huf
===================== Конец - 4.txt =====================
... 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 01 May 00 12:36:34
To : All
Subj : Compressors Comparison Tests 5.5 [5/9]
===================== Hачало - 5.txt =====================
¦ BMP (exJPG) 906,354
========================================================
* bmf 1.1 -F4-S 201,768 22.77 13.98 PPM
bmf 1.1 -F4-Q9-S 201,768 2:01.99 13.97 PPM
* bmf 1.0 -F4-S 201,804 20.18 14.25 PPM
bmf 1.0 -F4-Q9-S 201,804 1:23.21 14.25 PPM
* bmf 0.5 -F4-S 202,620 18.92 13.70 PPM
bmf 0.5 -F4-Q9-S 202,620 1:19.52 13.64 PPM
* bmf 0.4 -F4-S 212,632 17.82 11.17 PPM
uhic 1.0 m 218,943 54.81 56.56 PPM
uhic 1.0 e 223,262 19.51 20.22 PPM
* eri 6.01 -3m 225,879 22.65 2.90 2DPPM
* eri 6.01 226,164 21.70 2.81 2DPPM
eri 4.5fre 3m 226,179 20.29 3.70 2DPPM
* arhangel 1.40a1 -mm 226,383 17.71 11.38 LZ+Ari
eri 4.5fre 3l 226,660 20.23 3.67 2DPPM
* eri 4.5fre 3k 228,049 16.99 3.76 2DPPM
eri 6.01 -3k 228,059 19.62 2.96 2DPPM
eri 6.01 -3i 228,165 18.83 2.89 2DPPM
* eri 4.5fre 3i 228,408 16.53 3.69 2DPPM
* eri 4.01 229,742 16.74 0.15 2DPPM
arhangel 1.40a1 -mm -mp63 230,612 19.41 11.49 LZ+Ari
bmf 0.5 -F4-Q9 232,676 39.37 1.93 ZRLE+Huf
bmf 1.0 -F4-Q9 233,148 39.54 1.93 ZRLE+Huf
bmf 1.1 -F4-Q9 233,148 39.71 1.99 ZRLE+Huf
* bmf 0.5 -F4 235,436 9.37 1.82 ZRLE+Huf
bmf 0.4 -F4 235,708 10.49 1.82 ZRLE+Huf
bmf 1.0 -F4 235,788 9.54 1.76 ZRLE+Huf
bmf 1.1 -F4 235,788 9.57 1.77 ZRLE+Huf
bmf 0.3 -F4 236,252 9.51 1.94 ZRLE+Huf
arhangel 1.40a1 -mm -mr0 236,487 18.57 12.25 LZ+Ari
eri 4.5fre -m5 238,682 20.69 3.69 2DPPM
eri 4.5fre 238,794 15.75 3.69 2DPPM
eri 4.5fre -m4 238,995 14.22 3.80 2DPPM
eri 4.5fre -m3 239,202 11.98 3.74 2DPPM
eri 4.5fre -m2 240,787 10.09 3.42 2DPPM
* bmf 0.21 -F4 244,536 8.30 1.77 ZRLE+Huf
rkim 1.06 252,913 30.09 31.74 PPM
rkim 1.06 cx 259,317 1:31.24 41.14 PPM
ufa 0.04b1 m4 265,846 1:03.39 13.45 LZ+PPM
777 0.03b4 m2 267,979 2:55.82 1:31.12 LZ+PPM
rkive 1.92a mm1 275,770 20.77 22.74 LZP,PPM
ufa 0.04b1 m4 mq 279,324 17.08 15.60 LZ+PPM
* esp 1.7? /MM2 /ML6 280,522 5.28 0.72 LZ+Huf
eri 4.5fre -m1 283,244 9.11 3.14 2DPPM
rk 1.01a01 mx2 291,668 1:28.22 1:33.23 PPM
rk 1.01a01 mx1 291,680 1:28.56 1:31.85 PPM
uharc 0.2b m3 300,229 41.91 10.72 LZ+PPM
uharc 0.2b 300,548 29.86 10.72 LZ+PPM
uharc 0.2b m1 301,665 27.17 10.50 LZ+PPM
dst 0.9 mm m2 4 310,252 2:56.72 48.40 LZ+PPM
nk 310,768 54.50 8.43 PPM+2DRLE
dst 0.9 mm m2 312,797 34.60 47.25 LZ+PPM
rk 1.01a01 mf3 333,780 55.12 33.78 ROLZ
rk 1.01a01 mf2 338,616 29.60 22.29 ROLZ
rk 1.01a01 344,352 12.08 11.55 ROLZ
rar/win 2.70b5 m5 mm 344,439 6.23 3.80 LZ+Huf
rar/win 2.70b5 m4 mm 344,442 6.06 3.80 LZ+Huf
rar/win 2.70b5 m3 mm 344,540 6.87 3.75 LZ+Huf
rar 2.02 -mm 344,695 6.37 4.01 LZ+Huf
rk 1.01a01 mf1 345,124 11.73 11.89 ROLZ
imp 1.10 -1 u1000 mm 347,251 7.88 0.78 LZ+Huf
imp 1.10 -1 m3 mm u1000 347,303 8.15 0.84 LZ+Huf
rar/win 2.70b5 mmf 349,986 6.27 4.02 LZ+Huf
szip 1.05Xf i o12 360,595 12.54 9.13 ST+Ari
szip 1.05Xf i o6 360,856 7.37 7.15 ST+Ari
* szip 1.05Xf i o4 360,868 4.23 6.43 ST+Ari
uc 2.3.05 361,982 18.40 1.43 LZ+Huf
rkive 1.90b mf 399,434 1:32.17 1:24.47 LZP,PPM
imp 0.91 -2 -u1000 565,493 4.01 0.71 BWT+Huf
imp 1.10 -2 u1000 mm 565,516 6.71 2.43 BWT+Huf
bzip2/Watcom -9 566,435 13.80 4.45 BWT+Huf
bzip2 0.1pl2 -9 566,435 25.35 8.19 BWT+Huf
exp1 1. 566,506 10.34 3.57 BWT+Huf
acb 2.00 584,842 2:11.54 2:11.54 AC
cabarc 1.00 LZX:21 588,616 11.97 0.57 LZ+Huf
boa 0.58b -m7 600,374 2:13.64 2:34.23 PPM
x1 0.95a am4l3 601,253 2:27.09 2:50.04 PPM
imp 0.91 -1 -u1000 601,594 6.42 2.42 LZ+Huf
uharc 0.2b mm 604,123 25.63 10.34 LZ+PPM
jar32 1.02d -m4 609,087 12.40 2.42 LZ+Huf
jar32 1.01b3 -m3 609,285 11.86 2.41 LZ+Huf
jar32 1.01b3 -m4 609,449 11.75 2.42 LZ+Huf
x1 0.95a am4 611,025 2:06.72 2:22.47 PPM
ace 1.0b -m5 611,601 7.63 2.09 LZ+Huf
cabarc 1.00 LZX:15 612,038 8.02 0.57 LZ+Huf
ha a1 0.999c 625,800 9.83 7.47 LZ+Ari
ha a2 0.999c 637,950 1:30.00 1:26.51 PPM
hap 3.00 683,153 37.85 50.48 PPM
¦ BMP (exJPG) without header 906,300
========================================================
* ufa 0.04b1 m4 265,786 1:04.20 13.43 LZ+PPM
* ufa 0.04b1 m4 mq 279,261 17.11 15.63 LZ+PPM
* esp 1.92 MM2 ML6 280,442 5.74 0.76 LZ+Huf
uharc 0.2b m3 300,193 42.78 10.73 LZ+PPM
uharc 0.2b 300,524 29.65 10.81 LZ+PPM
uharc 0.2b m1 301,615 26.70 10.55 LZ+PPM
dst 0.9 mm m2 4 310,167 2:55.90 48.36 LZ+PPM
arhangel 1.29b -mm 310,907 41.70 26.20 LZ+Ari
arhangel 1.32 -mm 310,907 48.11 26.62 LZ+Ari
dst 0.9 mm m2 312,702 34.50 47.31 LZ+PPM
dst 0.9 mm 312,702 34.97 47.31 LZ+PPM
arhangel 1.34 -mm 313,768 40.45 16.39 LZ+Ari
rar/win 2.60b5 m4 mm 345,220 6.59 3.74 LZ+Huf
rar/win 2.60 m5 mm 345,234 6.06 3.80 LZ+Huf
rar/win 2.03 m4 mm 345,274 5.05 3.80 LZ+Huf
rar 2.50 m4 mm 345,292 6.26 3.96 LZ+Huf
rar 2.50 m5 mm 345,294 5.97 3.96 LZ+Huf
rar/win 2.60 m3 mm 345,374 6.12 3.75 LZ+Huf
* imp 1.10 -1 u1000 mm 346,995 7.82 0.77 LZ+Huf
imp 1.10 -1 m3 mm u1000 347,055 8.15 0.83 LZ+Huf
rar/win 2.70b5 m5 mm 347,647 6.34 3.75 LZ+Huf
rar/win 2.70b5 m4 mm 347,652 6.17 3.70 LZ+Huf
rar/win 2.70b5 m3 mm 347,779 6.27 3.69 LZ+Huf
rar/win 2.70b5 mmf 350,653 6.22 4.03 LZ+Huf
arhangel 1.40a1 -mm 357,422 23.25 3.19 LZ+Ari
szip 1.05Xf i o12 360,544 12.38 9.14 ST+Ari
szip 1.05Xf i o6 360,800 7.37 7.16 ST+Ari
* szip 1.05Xf i o4 360,823 4.19 6.55 ST+Ari
rkive 1.92b mm1 561,157 1:35.95 1:31.97 LZP,PPM
rk 1.01a01 mm0 mx2 561,916 2:52.84 2:59.37 PPM
===================== Конец - 5.txt =====================
... 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 01 May 00 12:37:20
To : All
Subj : Compressors Comparison Tests 5.5 [6/9]
===================== Hачало - 6.txt =====================
¦ Fileware.doc (WinWord file) 427,520
========================================================
* 777 0.04b1 m2 103,925 1:12.98 42.84 LZ+PPM
* rk 1.01a01 mx1 107,140 59.46 1:01.82 PPM
rk 1.02a03 mx1 107,148 1:02.81 1:04.36 PPM
rkive 1.92b mt2 107,975 1:44.55 1:35.53 LZP,PPM
* ufa 0.04b1 m2 108,260 17.71 3.68 LZ+PPM
rk 1.01a01 mx2 108,844 1:02.11 1:03.92 PPM
rk 1.02a03 mx2 108,852 1:04.71 1:06.50 PPM
rkuc 1.04 o16 b x 109,376 45.96 48.15 PPM
rkive 1.92b mt1 110,238 40.42 36.46 LZP,PPM
rkive 1.92b mb3 112,337 50.16 42.02 LZP,PPM
bee 0.2e 113,329 47.24 45.06 PPM
rkive 1.92b mm1 113,996 17.16 15.40 LZP,PPM
rkive 1.92b mb1 114,123 16.83 15.12 LZP,PPM
* jar32 1.02d m3 114,248 7.37 1.15 LZ+Huf
* jar32 1.02d m4 114,249 6.98 1.10 LZ+Huf
acb 2.00 u 115,504 33.77 34.21 AC
ppmn 1.00a1 O7 115,568 11.77 13.70 PPM
rkuc 1.04 o16 b 115,572 31.13 33.07 PPM
rkuc 1.04 o12 b 115,908 28.64 30.50 PPM
acb 2.00 b 115,967 24.09 24.31 AC
ppmn 1.00a1 O6 115,972 11.49 13.31 PPM
rkuc 1.04 o8 b 116,500 25.92 28.10 PPM
ppmn 1.00a1 116,750 9.56 11.44 PPM
ppmn 1.00a1 M:15 116,755 9.90 11.72 PPM
* arjz'0.50 mp9 md2m 116,849 4.13 0.45 LZ+Huf
acb 2.00 B 117,020 17.38 17.65 AC
* arjz'0.50 mp9 117,176 3.75 0.45 LZ+Huf
* arjz'0.50 mp8 117,281 3.36 0.44 LZ+Huf
bix 1.00b7 m1 117,431 5.58 0.45 LZ+Huf
* arjz'0.50 md2m 117,457 3.09 0.50 LZ+Huf
bix 1.00b4 m9 117,643 6.11 0.45 LZ+Huf
dst 0.9 mg 4 117,666 15.13 7.70 LZ+DHuf
ppmn 1.00a1 MO 117,706 10.44 12.33 PPM
dst 0.9 mb 4 117,767 11.33 4.25 LZ+DHuf
* arjz'0.50 117,786 2.96 0.39 LZ+Huf
rkuc 1.04 o12 x 117,876 28.90 33.10 PPM
rkuc 1.04 o16 x 118,008 31.52 36.18 PPM
* cabarc 1.00 LZX:21 118,017 8.91 0.27 LZ+Huf
rkuc 1.04 o8 x 118,264 26.62 30.30 PPM
cabarc 1.00 LZX:18 118,479 8.63 0.27 LZ+Huf
* arjz'0.50 mp6 118,552 2.65 0.44 LZ+Huf
boa 0.58b m7 118,641 25.41 27.72 PPM
boa 0.58b m11 118,788 26.34 28.43 PPM
boa 0.58b m15 118,934 26.51 28.65 PPM
rar/win 2.70b1 m5 119,143 3.42 0.51 LZ+Huf
rar/win 2.70b1 m4 119,154 3.47 0.56 LZ+Huf
* imp 0.91b -1 m3 u1000 119,226 1.92 0.33 LZ+Huf
imp 1.10 -1 m3 u1000 119,228 1.93 0.39 LZ+Huf
dst 0.9 mg 119,261 8.86 7.27 LZ+DHuf
rar/win 2.70b1 m3 119,284 3.25 0.55 LZ+Huf
dst 0.9 mb 119,364 5.01 3.86 LZ+DHuf
ppmonstr 119,720 8.92 10.07 PPM
* imp 0.91b -1 u1000 119,774 1.59 0.33 LZ+Huf
imp 1.10 -1 u1000 119,776 1.66 0.39 LZ+Huf
imp 1.00 -1 u1000 119,776 1.82 0.34 LZ+Huf
rar/win 2.70b1 mdc 119,778 3.19 0.50 LZ+Huf
rkuc 1.04 o16 119,820 25.91 27.96 PPM
arjz'0.50 mp5 119,821 2.16 0.44 LZ+Huf
cabarc 1.00 LZX:15 119,975 5.88 0.27 LZ+Huf
ace32 1.02a m5 119,988 3.30 0.71 LZ+Huf
ace32 1.2b m5 119,988 3.35 1.16 LZ+Huf
rkuc 1.04 o12 120,164 23.13 25.36 PPM
ppmdf o6 m32 120,346 5.36 6.02 PPM
ace32 1.02a m4 120,372 2.86 0.71 LZ+Huf
ace32 1.2b m4 120,372 2.93 1.16 LZ+Huf
ppmde o6 m32 120,699 4.62 5.23 PPM
rkuc 1.04 o8 120,892 21.06 23.27 PPM
rk 1.01a01 mf2 121,244 15.41 15.24 ROLZ
rk 1.02a03 mf2 121,248 15.85 15.02 ROLZ
ppmonstr o5 m16 121,308 8.48 9.48 PPM
rkive 1.92b mf3 121,378 12.75 9.52 LZP,PPM
arhangel 1.32 -1 121,431 3.41 1.78 LZ+Ari
arhangel 1.32 -1-mm6 121,431 3.51 1.73 LZ+Ari
arhangel 1.32 -1-l16384 121,446 3.44 1.70 LZ+Ari
ha 0.999c a1 121,447 4.23 1.70 LZ+Ari
rk 1.01a01 mf3 121,496 25.86 25.69 ROLZ
rk 1.02a03 mf3 121,500 26.13 27.17 ROLZ
7zip 2.00b2 mx 121,575 8.86 0.56 LZ+Huf
uharc 0.2b m3 121,584 15.95 3.30 LZ+PPM
dst 0.9 mt 4 121,648 24.04 28.49 LZ+PPM
ppmdf o5 m16 121,670 4.92 5.64 PPM
ppmde o5 m16 121,889 4.23 4.96 PPM
dst 0.9 mt 121,909 22.17 28.28 LZ+PPM
rar 2.03 m5 122,227 2.69 0.38 LZ+Huf
rar 2.50 m5 122,227 2.70 0.37 LZ+Huf
rar 2.03 m4 122,343 2.31 0.38 LZ+Huf
rar 2.50 m4 122,343 2.52 0.39 LZ+Huf
7zip 2.00 122,446 4.29 0.55 LZ+Huf
7zip 2.00b2 122,477 4.13 0.62 LZ+Huf
uharc 0.2b 122,526 11.00 3.30 LZ+PPM
rkive 1.92b mf1 123,026 7.65 6.73 LZP,PPM
uc 2.3.05 tt 123,376 4.78 0.71 LZ+Huf
rk 1.01a01 123,656 6.35 7.27 ROLZ
rk 1.02a03 123,660 6.65 7.37 ROLZ
rk 1.01a01 mf1 123,756 6.06 7.37 ROLZ
rk 1.02a03 mf1 123,764 6.27 7.27 ROLZ
ppmdf 124,016 4.68 5.49 PPM
arhangel 1.29b -2-mo5 124,114 15.86 18.54 PPM
arhangel 1.32 -2-mo5 124,114 16.28 18.84 PPM
ppmde 124,122 3.85 4.62 PPM
uc 2.3.05 tn 124,204 3.63 0.71 LZ+Huf
rkuc 1.04 124,276 14.44 16.25 PPM
arhangel 1.29b -2-mo6 124,337 17.26 20.04 PPM
arhangel 1.32 -2-mo6 124,337 17.69 20.16 PPM
arhangel 1.29b -1 124,394 3.17 1.84 LZ+Ari
uharc 0.2b m1 124,555 9.35 3.35 LZ+PPM
lzds2' s1024 m2 124,702 2.20 0.83 LZ+Ari
lzds2' s1024 m1 124,835 2.20 0.78 LZ+Ari
uharc 0.2b mm 124,954 8.47 3.30 LZ+PPM
pkzip 2.04g -ex 125,985 2.33 0.30 LZ+Huf
* esp 1.92 126,105 1.37 0.22 LZ+Huf
lz (kabanov) 6 126,146 3.18 0.88 LZ+Huf
lz (kabanov) 5 126,164 2.81 0.95 LZ+Huf
lz (kabanov) 4 126,260 2.70 0.88 LZ+Huf
x1 0.95a am4l3 126,922 20.40 23.59 PPM
* pkzip 2.04g 127,244 1.40 0.30 LZ+Huf
pkzip 2.50 max 127,747 1.32 0.33 LZ+Huf
lz (kabanov) 3 128,092 2.26 0.89 LZ+Huf
* pkzip 2.50 128,173 1.07 0.39 LZ+Huf
x1 0.95a am4 128,559 19.91 23.15 PPM
lz (kabanov) 2 128,714 2.09 0.94 LZ+Huf
lzds2' s1024 m3 130,089 3.91 0.83 LZ+Ari
lz (kabanov) 1 130,618 1.92 0.99 LZ+Huf
lzds2' s1024 m4 131,863 4.46 0.88 LZ+Ari
ba 1.00 -24-r-g 132,608 5.83 3.18 BWT+Ari
ba 1.00 -24-T-g 132,858 5.18 3.22 BWT+Ari
ba 1.00 -24-g 132,923 5.07 3.22 BWT+Ari
zzip 0.34e -a1 133,169 7.42 2.81 BWT+Ari
ba 1.00 -24-T-m 133,581 5.61 3.30 BWT+Ari
ba 1.00 -24-m 133,608 5.46 3.33 BWT+Ari
ba 1.00 -24-r 133,619 5.85 3.23 BWT+Ari
ba 1.00 -24-T 133,831 5.18 3.28 BWT+Ari
ba 1.00 133,885 5.12 3.19 BWT+Ari
dc 0.98-cprle 133,911 3.90 2.87 BWT+Ari
dc 0.98 133,912 4.07 2.97 BWT+Ari
arhangel 1.29b -2-mc8192 133,951 14.49 17.22 PPM
arhangel 1.32 -2-mc8192 133,951 14.51 17.04 PPM
ba 1.00 -24-p 134,027 5.21 3.24 BWT+Ari
bwc/PGCC 0.99 m900k 134,183 3.03 1.81 BWT+Ari
bwc/PGCC 0.99 m2m 134,183 3.03 1.84 BWT+Ari
bwc/PGCC 0.99 m600k 134,183 3.04 1.83 BWT+Ari
arhangel 1.29b -2 134,466 15.43 18.03 PPM
arhangel 1.32 -2 134,466 15.53 18.04 PPM
ha 0.999c a2 134,467 21.78 22.27 PPM
arhangel 1.32 -2-mc12000 134,710 15.95 18.66 PPM
szip 1.05Xf b19 o0 134,758 9.84 2.03 ST+Ari
bzip2/PGCC 0.90 -6 134,932 5.37 1.33 BWT+Huf
bzip2/PGCC 0.90 -9 134,932 5.43 1.33 BWT+Huf
bzip2/Watcom -9 134,932 6.49 1.48 BWT+Huf
bzip2/w32 0.90 -9 134,932 9.10 1.60 BWT+Huf
bzip2/w32 0.95b -9 134,932 9.13 1.60 BWT+Huf
bzip2/w32 0.95b -6 134,932 9.19 1.54 BWT+Huf
bzip2 0.1pl2 -9 134,932 12.15 2.69 BWT+Huf
szip 1.12 b21 o0 134,945 9.41 1.60 ST+Ari
exp1 1. 135,008 5.00 1.15 BWT+Huf
ba 1.00 -24-r-z 135,128 5.92 3.24 BWT+Ari
dc 0.98-ae 135,240 4.23 2.98 BWT+Ari
dc 0.98-a 135,245 4.40 3.03 BWT+Ari
eri 4.5fre -m4 135,256 17.08 2.91 ST+PPM
eri 4.5fre -m3 135,297 15.73 2.83 ST+PPM
imp 0.91b -2 u1000 135,345 3.52 0.93 BWT+Huf
imp 1.00 -2 u1000 135,347 3.36 0.83 BWT+Huf
imp 1.10 -2 u1000 135,347 3.42 0.88 BWT+Huf
ufa 0.04b1 m5 136,327 30.41 33.49 LZ+PPM
szip 1.05Xf b19 o12 136,391 5.00 3.68 ST+Ari
szip 1.10 b19 o0 136,408 9.74 1.65 ST+Ari
777 0.04b1 m5 mu16 md1024 136,527 31.73 34.92 LZ+PPM
szip 1.12 b21 o12 136,566 4.85 3.15 ST+Ari
eri 4.5fre -m2 136,742 14.52 2.49 ST+PPM
ict UC 1.0 136,848 3.68 2.91 ST+Ari
szip 1.05Xf b19 o10 136,907 4.29 3.30 ST+Ari
szip 1.12 b21 o10 137,055 4.19 2.81 ST+Ari
ba 1.00 -24-T-z 137,464 5.24 3.31 BWT+Ari
ba 1.00 -24-z 137,546 5.16 3.34 BWT+Ari
szip 1.05Xf b19 o8 137,622 3.68 3.02 ST+Ari
szip 1.12 b21 o8 137,704 3.53 2.54 ST+Ari
szip 1.10 b19 o12 138,139 4.84 3.31 ST+Ari
szip 1.10 b19 o10 138,638 4.13 3.03 ST+Ari
eri 4.5fre -m1 138,665 13.97 2.51 ST+PPM
szip 1.05Xf b19 o6 138,898 2.97 2.80 ST+Ari
szip 1.12 b21 o6 138,930 2.87 2.32 ST+Ari
szip 1.10 b19 o8 139,372 3.47 2.70 ST+Ari
ufa 0.04b1 m2 mq 139,472 6.87 5.83 LZ+PPM
hap 3.00 140,613 8.36 10.39 PPM
szip 1.10 b19 o6 140,671 2.86 2.37 ST+Ari
szip 1.12 b21 o4 141,784 1.49 2.05 ST+Ari
szip 1.05Xf b19 o4 142,192 1.76 2.53 ST+Ari
szip 1.10 b19 o4 143,776 1.65 2.15 ST+Ari
xtreme t6 144,747 2.43 1.22 LZ+Huf
===================== Конец - 6.txt =====================
... 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 01 May 00 12:37:48
To : All
Subj : Compressors Comparison Tests 5.5 [7/9]
===================== Hачало - 7.txt =====================
¦ Dictionary (ca.fdb) 627,761 (from foliant)
========================================================
* rk 1.01a01 mx2 108,540 1:45.49 1:48.96 PPM
rk 1.02a03 mx2 108,548 1:55.46 1:52.26 PPM
* dc 0.98-cprle 109,275 5:10.80 3.47 BWT+Ari
* dc 0.98-b512 113,170 3.19 2.75 BWT+Ari
rk 1.01a01 mx1 113,828 1:41.37 1:46.05 PPM
rk 1.02a03 mx1 113,840 1:46.04 1:47.64 PPM
dc 0.98 114,795 3.19 2.81 BWT+Ari
rkuc 1.04 o15 b x 122,908 1:16.25 1:20.49 PPM
rkuc 1.04 o16 b x 122,908 1:19.09 1:20.70 PPM
eri 4.5fre -m5 130,117 18.57 3.59 ST+PPM
eri 4.5fre -m4 130,118 16.56 3.59 ST+PPM
eri 4.5fre -m3 130,189 15.36 3.62 ST+PPM
eri 4.5fre -m2 131,280 14.25 3.36 ST+PPM
777 0.04b1 m2 131,608 1:47.14 1:18.32 LZ+PPM
eri 4.5fre -m1 134,375 13.86 3.33 ST+PPM
ufa 0.04b1 m2 148,455 26.34 6.87 LZ+PPM
* bix 1.00b7 m1 174,572 13.65 0.67 LZ+Huf
* cabarc 1.00 LZX:18 178,139 12.92 0.38 LZ+Huf
cabarc 1.00 LZX:21 178,239 13.36 0.38 LZ+Huf
cabarc 1.00 LZX:15 179,907 7.97 0.38 LZ+Huf
uharc 0.2b m3 180,439 30.63 5.39 LZ+PPM
uharc 0.2b m1 187,763 16.22 5.61 LZ+PPM
uharc 0.2b mm 189,974 20.73 5.55 LZ+PPM
uharc 0.2b 190,143 24.25 5.55 LZ+PPM
7zip 2.00b2 mx 198,706 11.56 0.94 LZ+Huf
dst 0.9 mb 198,745 11.67 5.80 LZ+DHuf
dst 0.9 mb 4 199,322 1:33.67 9.03 LZ+DHuf
7zip 2.00 199,686 7.43 0.99 LZ+Huf
7zip 2.00b2 199,701 7.82 0.94 LZ+Huf
rar/win 2.70b1 mdc 200,980 5.84 0.94 LZ+Huf
rar/win 2.70b1 m3 201,658 5.95 0.94 LZ+Huf
rar/win 2.70b1 m4 201,722 6.22 0.94 LZ+Huf
rar/win 2.70b1 m5 201,726 6.17 0.84 LZ+Huf
ace32 1.2b m5 204,994 9.25 1.39 LZ+Huf
ace32 1.02a m5 204,994 9.35 0.93 LZ+Huf
ace32 1.02a m4 205,098 6.16 0.99 LZ+Huf
ace32 1.2b m4 205,098 6.22 1.44 LZ+Huf
rkive 1.92b mb3 209,634 1:19.31 1:05.39 LZP,PPM
rar 2.03 m4 210,153 11.93 0.66 LZ+Huf
rar 2.50 m4 210,153 12.20 0.64 LZ+Huf
rar 2.03 m5 210,203 14.68 0.60 LZ+Huf
rar 2.50 m5 210,203 14.89 0.66 LZ+Huf
lz (kabanov) 2 210,402 3.97 1.55 LZ+Huf
lz (kabanov) 3 210,960 4.79 1.60 LZ+Huf
lzds2' s64 m3 211,941 4.13 1.38 LZ+Ari
lz (kabanov) 5 212,210 7.43 1.55 LZ+Huf
lz (kabanov) 4 212,214 7.36 1.49 LZ+Huf
lz (kabanov) 6 212,216 7.86 1.55 LZ+Huf
arjz'0.50 mp5 212,330 5.39 0.50 LZ+Huf
* imp 0.91b -1 u1000 212,420 2.69 0.49 LZ+Huf
imp 1.10 -1 u1000 212,423 2.75 0.51 LZ+Huf
imp 1.00 -1 m3 u1000 212,930 2.87 0.50 LZ+Huf
imp 1.10 -1 m3 u1000 212,930 2.93 0.45 LZ+Huf
arjz'0.50 mp6 213,192 7.71 0.50 LZ+Huf
arjz'0.50 mp9 213,298 33.01 0.56 LZ+Huf
arjz'0.50 mp8 213,357 23.99 0.50 LZ+Huf
arjz'0.50 213,400 12.71 0.56 LZ+Huf
lz (kabanov) 1 213,696 3.52 1.55 LZ+Huf
arjz'0.50 md2m 213,893 14.30 0.67 LZ+Huf
arjz'0.50 mp9 md2m 213,939 41.69 0.66 LZ+Huf
uc 2.3.05 tn 214,834 7.15 1.04 LZ+Huf
uc 2.3.05 tt 214,898 9.79 1.04 LZ+Huf
lzds2' s512 m3 215,470 4.40 1.27 LZ+Ari
lzds2' s1024 m4 216,024 4.62 1.38 LZ+Ari
lzds2' s1024 m5 216,049 5.11 1.33 LZ+Ari
lzds2' s1024 m3 216,077 4.18 1.33 LZ+Ari
lzds2' s1024 m1 217,278 3.68 1.32 LZ+Ari
rkive 1.92b mb1 220,862 44.33 40.48 LZP,PPM
rkive 1.92b mm1 221,455 44.55 40.59 LZP,PPM
pkzip 2.50 max 222,922 3.19 0.45 LZ+Huf
* pkzip 2.50 222,997 2.09 0.45 LZ+Huf
pkzip 2.04g 223,340 2.77 0.43 LZ+Huf
jar32 1.02d m4 223,674 13.09 1.54 LZ+Huf
jar32 1.02d m3 223,677 13.42 1.54 LZ+Huf
pkzip 2.04g -ex 223,706 4.61 0.43 LZ+Huf
rkive 1.92b mf3 224,047 24.27 14.53 LZP,PPM
arhangel 1.29b -1 225,107 13.32 3.53 LZ+Ari
arhangel 1.30 -1-mm6 225,107 14.99 3.60 LZ+Ari
ha 0.999c a1 225,531 18.04 3.35 LZ+Ari
arhangel 1.29b -1-l16384 226,290 13.40 3.53 LZ+Ari
arhangel 1.30 -1-l16384 226,290 14.93 3.53 LZ+Ari
rkive 1.92b mt2 226,615 3:35.10 3:22.84 LZP,PPM
arhangel 1.32 -1 226,675 14.30 3.52 LZ+Ari
arhangel 1.32 -1-mm6 226,675 14.43 3.52 LZ+Ari
ppmn 1.00a1 226,987 26.64 30.53 PPM
ppmn 1.00a1 O6 227,072 31.95 36.03 PPM
arhangel 1.32 -1-l16384 227,683 14.37 3.51 LZ+Ari
rkive 1.92b mt1 228,024 1:40.21 1:31.74 LZP,PPM
rk 1.01a01 mf2 228,228 22.01 19.43 ROLZ
rk 1.02a03 mf2 228,236 22.12 19.37 ROLZ
ppmn 1.00a1 M:15 230,409 27.55 31.36 PPM
rk 1.01a01 mf3 230,692 36.31 30.81 ROLZ
rk 1.02a03 mf3 230,696 37.08 30.97 ROLZ
* esp 1.92 233,634 2.75 0.33 LZ+Huf
rkive 1.92b mf1 237,295 13.53 11.54 LZP,PPM
acb 2.00 u 238,658 1:42.35 1:43.23 AC
acb 2.00 b 238,962 1:08.69 1:09.35 AC
ppmonstr 239,211 20.01 22.53 PPM
acb 2.00 B 239,985 47.13 47.68 AC
rk 1.01a01 mf1 241,916 10.29 10.85 ROLZ
rk 1.02a03 mf1 241,924 10.01 10.68 ROLZ
rk 1.01a01 243,540 10.71 10.90 ROLZ
rk 1.02a03 243,544 10.61 10.84 ROLZ
bee 0.2e 244,667 42.62 40.77 PPM
arhangel 1.32 -2-mo6 247,347 41.27 46.69 PPM
zzip 0.34e -a3 248,043 8.31 5.18 BWT+Ari
zzip 0.34e -a4 248,225 18.32 10.62 BWT+Ari
szip 1.05Xf b19 o8 248,980 6.21 5.17 ST+Ari
szip 1.05Xf b19 o0 248,981 8.08 3.74 ST+Ari
szip 1.05Xf b19 o10 248,984 7.42 5.72 ST+Ari
szip 1.05Xf b19 o6 248,989 5.06 4.67 ST+Ari
szip 1.05Xf b19 o4 249,004 2.91 4.23 ST+Ari
ict UC 1.0 249,330 6.54 5.06 ST+Ari
szip 1.12 b21 o6 249,351 4.90 3.97 ST+Ari
szip 1.12 b21 o0 249,373 7.48 2.98 ST+Ari
szip 1.12 b21 o4 249,390 2.53 3.58 ST+Ari
ba 1.00 -24-r-z 250,074 8.58 6.33 BWT+Ari
ba 1.00 -24-T-z 250,082 9.34 6.32 BWT+Ari
ba 1.00 -24-z 250,091 9.21 6.33 BWT+Ari
zzip 0.34e -a2 250,687 7.54 5.28 BWT+Ari
ppmonstr o6 m32 250,736 21.67 24.21 PPM
szip 1.10 b19 o0 251,068 7.87 3.24 ST+Ari
szip 1.10 b19 o10 251,074 7.27 5.18 ST+Ari
szip 1.10 b19 o8 251,082 6.17 4.74 ST+Ari
szip 1.10 b19 o6 251,096 4.84 4.19 ST+Ari
szip 1.10 b19 o4 251,335 2.81 3.81 ST+Ari
ba 1.00 252,759 8.49 6.39 BWT+Ari
rkuc 1.04 o8 x 253,544 47.15 52.46 PPM
rkuc 1.04 o12 x 253,556 49.71 54.91 PPM
rkuc 1.04 o16 x 253,556 52.03 58.00 PPM
arhangel 1.29b -2-mo5 254,093 36.45 42.28 PPM
arhangel 1.32 -2-mo5 254,093 37.64 43.09 PPM
ppmonstr o5 m16 254,497 20.30 22.98 PPM
rkuc 1.04 o15 b 254,756 54.19 57.96 PPM
ppmdf o6 m32 256,430 14.34 16.17 PPM
ba 1.00 -24-p 257,639 8.58 6.46 BWT+Ari
ppmdf o5 m16 258,893 13.21 15.11 PPM
bwc/PGCC 0.99 m600k 259,959 6.82 3.47 BWT+Ari
bwc/PGCC 0.99 m2m 259,959 6.82 3.47 BWT+Ari
bwc/PGCC 0.99 m900k 259,959 6.82 3.51 BWT+Ari
arhangel 1.29b -2-mc8192 260,515 30.88 36.20 PPM
arhangel 1.32 -2-mc8192 260,515 31.04 36.06 PPM
dc 0.98-acprle 262,376 5.23 5.18 BWT+Ari
ppmde o6 m32 262,501 12.98 14.69 PPM
arhangel 1.29b -2 263,258 32.50 38.10 PPM
arhangel 1.32 -2 263,258 33.02 38.40 PPM
ha 0.999c a2 263,259 45.37 46.09 PPM
boa 0.58b m7 263,638 1:21.12 1:31.08 PPM
ba 1.00 -24-g 263,880 8.17 6.29 BWT+Ari
ppmdf 264,095 11.74 13.50 PPM
boa 0.58b m11 264,902 1:26.02 1:35.70 PPM
ppmde o5 m16 265,019 11.99 13.70 PPM
arhangel 1.32 -2-mc12000 265,503 33.88 39.91 PPM
dc 0.98-ae 265,908 5.99 5.56 BWT+Ari
dc 0.98-a 265,913 6.22 5.61 BWT+Ari
bzip2/PGCC 0.90 -6 265,914 6.25 2.21 BWT+Huf
bzip2/w32 0.95b -6 265,914 9.24 2.70 BWT+Huf
bzip2 0.1pl2 -6 265,914 12.98 4.62 BWT+Huf
boa 0.58b m15 265,938 1:27.78 1:37.24 PPM
ba 1.00 -24-m 266,670 8.79 6.32 BWT+Ari
ppmde 269,054 10.62 12.05 PPM
dst 0.9 mt 270,988 1:05.62 1:31.14 LZ+PPM
rkuc 1.04 273,268 31.13 35.08 PPM
bzip2/PGCC 0.90 -9 274,659 6.14 2.22 BWT+Huf
bzip2/Watcom -9 274,659 7.20 2.47 BWT+Huf
bzip2/w32 0.90 -9 274,659 9.12 2.64 BWT+Huf
bzip2/w32 0.95b -9 274,659 9.18 2.70 BWT+Huf
bzip2 0.1pl2 -9 274,659 12.70 4.62 BWT+Huf
exp1 1. 274,729 5.06 1.98 BWT+Huf
imp 1.00 -2 u1000 275,017 3.64 1.33 BWT+Huf
imp 1.10 -2 u1000 275,017 3.75 1.38 BWT+Huf
hap 3.00 277,286 17.16 20.84 PPM
ufa 0.04b1 m5 277,856 50.82 55.49 LZ+PPM
ufa 0.04b1 m2 mq 278,347 16.39 16.11 LZ+PPM
x1 0.95a am4l3 279,527 1:13.37 1:27.56 PPM
x1 0.95a am4 280,363 1:01.43 1:11.88 PPM
777 0.04b1 m5 mu16 md1024 280,382 51.75 56.32 LZ+PPM
xtreme t6 291,403 4.13 1.93 LZ+Huf
===================== Конец - 7.txt =====================
... 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 01 May 00 12:38:38
To : All
Subj : Compressors Comparison Tests 5.5 [8/9]
===================== Hачало - 8.txt =====================
¦ Samples.xls 445,440
========================================================
* 777 0.04b1 m2 63,812 1:20.75 26.74 LZ+PPM
* 777 0.04b1 m9 65,093 1:19.92 27.62 LZ+PPM
* ufa 0.04b1 m2 66,548 20.52 2.53 LZ+PPM
* ufa 0.04b1 m9 67,853 20.30 2.71 LZ+PPM
rk 1.01a01 mx1 69,068 1:05.95 1:07.88 PPM
rk 1.02a03 mx1 69,080 1:08.31 1:10.19 PPM
rk 1.01a01 mx2 69,176 1:08.82 1:09.69 PPM
rk 1.02a03 mx2 69,188 1:11.23 1:12.99 PPM
* bix 1.00b7 m1 72,389 6.44 0.39 LZ+Huf
* cabarc 1.00 LZX:21 73,158 12.27 0.29 LZ+Huf
* cabarc 1.00 LZX:18 73,232 10.35 0.28 LZ+Huf
bix 1.00b1 m9 73,289 7.43 0.61 LZ+Huf
bix 1.00b4 m9 73,314 7.16 0.45 LZ+Huf
dst 0.9 mb 4 73,808 30.37 4.90 LZ+DHuf
rkuc 1.04 o15 b x 74,160 46.02 47.97 PPM
* rar/win 2.60b6 m5 mm mde 74,162 4.08 0.56 LZ+Huf
rkuc 1.04 o16 b x 74,212 49.32 51.44 PPM
rar/win 2.70b1 m5 mm mde 74,233 4.14 0.51 LZ+Huf
* rar/win 2.70b1 m5 74,276 3.47 0.51 LZ+Huf
rar/win 2.70b1 m4 74,355 3.41 0.56 LZ+Huf
* rar/win 2.70b1 m3 74,570 3.03 0.50 LZ+Huf
rar/win 2.70b1 mdc 74,667 2.92 0.50 LZ+Huf
rkive 1.92b mt2 74,762 1:21.40 1:13.84 LZP,PPM
rar/win 2.70b1 m5 md1024 74,766 3.91 0.50 LZ+Huf
rar/win 2.70b1 m5 74,821 3.91 0.45 LZ+Huf
uharc 0.2b m3 74,926 17.65 2.64 LZ+PPM
ace32 1.2b m5 75,071 3.48 1.16 LZ+Huf
ace32 1.02a m5 75,071 3.52 0.72 LZ+Huf
rar/win 2.60b5 m4 75,118 4.00 0.51 LZ+Huf
dst 0.9 mt 4 75,606 23.55 22.28 LZ+PPM
arjz'0.50 mp9 md2m 75,627 6.61 0.50 LZ+Huf
rkive 1.92b mb3 75,685 31.36 25.97 LZP,PPM
arjz'0.50 mp9 75,697 6.34 0.44 LZ+Huf
* ace32 1.02a m4 75,831 2.70 0.72 LZ+Huf
ace32 1.2b m4 75,831 2.71 1.16 LZ+Huf
arjz'0.50 mp8 75,938 4.57 0.39 LZ+Huf
uharc 0.2b mm 75,941 7.98 2.74 LZ+PPM
uharc 0.2b 75,941 10.44 2.69 LZ+PPM
dst 0.9 mt 76,066 18.21 22.23 LZ+PPM
imp 1.10 -1 m3 u1000 76,694 3.42 0.34 LZ+Huf
imp 1.00 -1 m3 u1000 76,695 3.36 0.34 LZ+Huf
imp 1.10 -1 u1000 76,771 3.37 0.33 LZ+Huf
imp 1.10 -2 u1000 76,771 13.71 0.34 BWT+Huf
imp 1.00 -1 u1000 76,772 3.25 0.34 LZ+Huf
imp 1.00 -2 u1000 76,772 13.87 0.34 BWT+Huf
rk 1.01a01 mf2 76,800 13.15 12.11 ROLZ
rk 1.02a03 mf2 76,808 13.20 12.10 ROLZ
dst 0.9 mb 76,835 4.63 3.36 LZ+DHuf
uharc 0.2b m1 76,924 8.62 2.73 LZ+PPM
arjz'0.50 md2m 76,972 3.36 0.45 LZ+Huf
arjz'0.50 77,039 3.29 0.45 LZ+Huf
rkive 1.92b mt1 77,120 33.45 30.19 LZP,PPM
bee 0.2e 77,148 1:08.47 1:04.36 PPM
rkuc 1.04 o16 x 77,420 34.26 38.16 PPM
rkuc 1.04 o12 x 77,428 30.65 34.06 PPM
boa 0.58b m15 77,585 20.95 22.66 PPM
boa 0.58b m11 77,597 20.66 22.50 PPM
rkuc 1.04 o8 x 77,708 27.84 30.48 PPM
jar32 1.02d m4 77,766 7.11 1.10 LZ+Huf
jar32 1.02d m3 77,770 7.37 1.05 LZ+Huf
acb 2.00 u 78,077 26.25 26.34 AC
rkuc 1.04 o16 78,084 25.89 27.90 PPM
arjz'0.50 mp6 78,394 2.70 0.40 LZ+Huf
acb 2.00 b 78,576 18.62 18.81 AC
rkive 1.92b mf3 78,730 10.01 7.12 LZP,PPM
rkuc 1.04 o15 b 78,852 28.79 29.95 PPM
lz (kabanov) 6 78,930 2.97 0.73 LZ+Huf
* lz (kabanov) 5 78,952 2.59 0.72 LZ+Huf
rkuc 1.04 o12 79,092 22.83 24.84 PPM
* lz (kabanov) 4 79,170 2.31 0.66 LZ+Huf
acb 2.00 B 79,362 13.44 13.63 AC
arjz'0.50 mp5 80,055 2.21 0.39 LZ+Huf
* lzds2' s1024 m2 80,219 1.92 0.67 LZ+Ari
lzds2' s1024 m1 80,756 2.08 0.66 LZ+Ari
rkive 1.92b mb1 80,890 12.80 11.23 LZP,PPM
* lz (kabanov) 3 82,036 1.71 0.72 LZ+Huf
rkuc 1.04 o8 82,960 21.21 22.71 PPM
rk 1.01a01 83,312 4.51 4.40 ROLZ
rk 1.02a03 83,316 4.65 4.40 ROLZ
rkive 1.92b mf1 83,375 5.04 4.40 LZP,PPM
rk 1.01a01 mf1 83,760 4.24 4.41 ROLZ
rk 1.02a03 mf1 83,772 4.13 4.41 ROLZ
ppmonstr 85,438 7.22 7.96 PPM
ppmonstr o6 m32 85,438 7.36 8.01 PPM
ppmdf o6 m32 85,573 4.03 4.52 PPM
ppmde o6 m32 86,197 3.40 3.96 PPM
ufa 0.04b1 m2 mq 87,295 5.50 4.08 LZ+PPM
ppmn 1.00a1 O6 88,432 8.63 9.80 PPM
ppmn 1.00a1 O7 88,460 9.18 10.57 PPM
ufa 0.04b1 m9 mq 88,806 5.78 4.29 LZ+PPM
xtreme t6 88,809 2.70 0.94 LZ+Huf
lzds2' s512 m3 90,766 4.34 0.67 LZ+Ari
lzds2' s1024 m3 91,406 4.56 0.67 LZ+Ari
dc 0.98 91,477 8.08 2.59 BWT+Ari
dc 0.98-a 91,978 26.51 2.70 BWT+Ari
lzds2' s1024 m4 92,108 4.90 0.72 LZ+Ari
szip 1.12 b21 o0 92,289 1:59.85 1.27 ST+Ari
ppmdf o5 m16 92,369 3.77 4.27 PPM
ppmonstr o5 m16 92,565 6.98 7.65 PPM
ppmde o5 m16 92,654 3.25 3.74 PPM
ba 1.00 -24-r 92,854 6.91 2.58 BWT+Ari
szip 1.05Xf b19 o0 92,911 2:00.35 1.71 ST+Ari
ba 1.00 -24-T 93,089 4.94 2.56 BWT+Ari
ba 1.00 93,107 4.78 2.58 BWT+Ari
ppmn 1.00a1 93,117 7.37 8.64 PPM
ba 1.00 -24-p 93,285 4.85 2.54 BWT+Ari
zzip 0.34e -a2 93,297 1:18.26 2.38 BWT+Ari
bwc/PGCC 0.99 m600k 93,309 3.76 1.56 BWT+Ari
ba 1.00 -24-g 94,064 4.83 2.55 BWT+Ari
zzip 0.34e -a1 94,372 1:18.32 2.37 BWT+Ari
ba 1.00 -24-m 95,845 5.03 2.58 BWT+Ari
szip 1.12 b21 o12 96,106 5.16 2.93 ST+Ari
bzip2/PGCC 0.90 -9 96,197 4.35 1.26 BWT+Huf
bzip2/PGCC 0.90 -6 96,197 4.37 1.22 BWT+Huf
bzip2/Watcom -9 96,197 5.62 1.47 BWT+Huf
bzip2/Watcom -6 96,197 5.63 1.47 BWT+Huf
bzip2/w32 0.95b -6 96,197 6.87 1.43 BWT+Huf
bzip2/w32 0.95b -9 96,197 6.87 1.44 BWT+Huf
bzip2 0.1pl2 -6 96,197 10.94 3.09 BWT+Huf
bzip2 0.1pl2 -9 96,197 11.15 3.07 BWT+Huf
exp1 1. 96,272 4.30 1.10 BWT+Huf
szip 1.05Xf b19 o12 96,394 5.57 3.48 ST+Ari
eri 4.5fre -m4 97,372 1:12.76 2.57 ST+PPM
eri 4.5fre -m3 97,398 1:11.71 2.56 ST+PPM
szip 1.12 b21 o10 97,750 4.30 2.59 ST+Ari
szip 1.05Xf b19 o10 97,955 4.35 3.03 ST+Ari
eri 4.5fre -m2 98,825 1:10.99 2.32 ST+PPM
ICT UC 1.0 99,121 3.89 2.65 ST+Ari
eri 4.5fre -m1 99,527 1:10.50 2.36 ST+PPM
szip 1.12 b21 o8 99,913 3.63 2.37 ST+Ari
szip 1.05Xf b19 o8 100,074 3.59 2.87 ST+Ari
lz (kabanov) 2 101,006 1.92 0.83 LZ+Huf
ppmdf 101,396 3.65 4.20 PPM
ppmde 101,695 3.02 3.58 PPM
rkuc 1.04 103,192 13.83 15.56 PPM
x1 0.95a am4l3 104,323 15.56 17.10 PPM
szip 1.12 b21 o6 105,018 2.81 2.21 ST+Ari
szip 1.05Xf b19 o6 105,115 2.81 2.71 ST+Ari
boa 0.58b m7 106,425 27.99 30.74 PPM
x1 0.95a am4 111,465 14.96 16.72 PPM
777 0.04b1 m5 mu16 md1024 113,009 30.58 33.82 LZ+PPM
ufa 0.04b1 m5 116,049 29.64 32.83 LZ+PPM
ufa 0.04b1 m5 116,049 29.76 32.90 LZ+PPM
* szip 1.12 b21 o4 117,725 1.38 1.99 ST+Ari
szip 1.05Xf b19 o4 118,089 1.60 2.54 ST+Ari
szip 1.5Xe i o6 123,853 3.41 2.86 ST+Ari
rar 2.03 m5 mm 128,757 7.42 0.38 LZ+Huf
rar 2.03 m4 mm 128,988 5.06 0.38 LZ+Huf
rar 2.03 m5 129,587 7.09 0.38 LZ+Huf
rar 2.50 m5 129,587 7.11 0.41 LZ+Huf
rar 2.03 m4 129,860 4.67 0.38 LZ+Huf
rar 2.50 m4 129,860 4.74 0.39 LZ+Huf
lz (kabanov) 1 131,840 2.03 1.00 LZ+Huf
szip 1.5Xe i o4 133,034 2.03 2.69 ST+Ari
cabarc 1.00 LZX:15 134,756 6.21 0.33 LZ+Huf
uc 2.3.05 tt 135,776 4.95 0.77 LZ+Huf
uc 2.3.05 tn 137,070 4.01 0.77 LZ+Huf
7zip 2.00b2 mx 143,100 9.30 0.66 LZ+Huf
7zip 2.00 144,141 4.63 0.73 LZ+Huf
7zip 2.00b2 144,150 4.63 0.61 LZ+Huf
arhangel 1.32 -1 144,540 6.78 2.02 LZ+Ari
arhangel 1.32 -1-mm6 144,540 6.91 2.03 LZ+Ari
arhangel 1.32 -1-l16384 144,639 6.84 2.00 LZ+Ari
ha 0.999c a1 144,801 8.45 1.97 LZ+Ari
pkzip 2.50 max 147,544 2.26 0.39 LZ+Huf
* pkzip 2.50 148,152 1.37 0.34 LZ+Huf
pkzip 2.04g -ex 148,334 3.09 0.32 LZ+Huf
esp 1.92 148,404 1.87 0.22 LZ+Huf
pkzip 2.04g 150,172 1.77 0.32 LZ+Huf
arhangel 1.32 -2-mc12000 154,425 16.05 17.89 PPM
arhangel 1.32 -2 155,466 15.83 17.51 PPM
ha 0.999c a2 155,468 21.89 21.34 PPM
arhangel 1.32 -2-mo5 157,166 19.85 22.19 PPM
arhangel 1.32 -2-mc8192 160,941 15.40 17.35 PPM
arhangel 1.32 -2-mo6 161,401 23.04 25.76 PPM
arhangel 1.29b -1 161,993 6.44 2.30 LZ+Ari
ba 1.00 -24-z 168,696 5.78 3.72 BWT+Ari
hap 3.00 175,981 11.33 13.58 PPM
imp 0.91b -1 m3 u1000 176,695 3.30 0.33 LZ+Huf
imp 0.91b -1 u1000 176,772 3.24 0.38 LZ+Huf
imp 0.91b -2 u1000 176,772 13.86 0.33 BWT+Huf
rkive 1.92b mm1 180,082 12.87 11.33 LZP,PPM
ict UC 1.0 199,121 3.63 2.64 ST+Ari
ufa 0.04b1 m4 219,422 22.33 8.03 LZ+PPM
ufa 0.04b1 m4 mq 227,656 9.35 8.36 LZ+PPM
===================== Конец - 8.txt =====================
... 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 01 May 00 12:39:06
To : All
Subj : Compressors Comparison Tests 5.5 [9/9]
===================== Hачало - 9.txt =====================
¦ OS2.INI 594,821
========================================================
* 777 0.04b1 m2 84,454 1:49.02 34.71 LZ+PPM
* 777 0.04b1 m9 84,768 1:48.19 35.15 LZ+PPM
* ufa 0.04b1 m2 88,359 26.96 3.14 LZ+PPM
ufa 0.04b1 m9 88,663 26.96 3.36 LZ+PPM
rk 1.01a01 mx2 92,152 1:25.86 1:24.65 PPM
rk 1.02a03 mx2 92,160 1:26.69 1:29.16 PPM
rk 1.01a01 mx1 92,460 1:22.29 1:23.33 PPM
rk 1.02a03 mx1 92,468 1:25.25 1:27.68 PPM
* bix 1.00b7 m1 94,445 7.98 0.50 LZ+Huf
* cabarc 1.00 LZX:21 94,928 14.41 0.28 LZ+Huf
cabarc 1.00 LZX:18 96,250 12.05 0.28 LZ+Huf
ace32 1.2b m5 97,151 4.19 1.22 LZ+Huf
* ace32 1.02a m5 97,151 4.24 0.77 LZ+Huf
acb 2.00 u 97,459 34.05 34.29 AC
dst 0.9 mb 4 97,579 58.75 6.28 LZ+DHuf
* ace32 1.02a m4 97,583 2.92 0.83 LZ+Huf
ace32 1.2b m4 97,583 3.09 1.22 LZ+Huf
rar/win 2.70b1 m5 97,658 5.56 0.61 LZ+Huf
rar/win 2.70b1 m4 97,707 4.74 0.62 LZ+Huf
rar/win 2.70b1 m3 97,827 3.64 0.61 LZ+Huf
acb 2.00 b 98,150 24.20 24.42 AC
rar/win 2.70b1 mdc 98,905 3.90 0.62 LZ+Huf
rkuc 1.04 o16 b x 99,268 1:00.59 1:04.59 PPM
rkuc 1.04 o15 b x 99,348 57.11 57.93 PPM
acb 2.00 B 99,396 17.58 17.80 AC
rkive 1.92b mb3 99,607 40.76 32.45 LZP,PPM
rkive 1.92b mt2 100,176 1:42.57 1:32.40 LZP,PPM
dst 0.9 mb 100,227 5.89 4.13 LZ+DHuf
uharc 0.2b m3 100,315 25.32 3.40 LZ+PPM
bee 0.2e 100,662 1:17.72 1:14.69 PPM
imp 1.00 -1 m3 u1000 100,903 3.36 0.45 LZ+Huf
imp 0.91b -1 m3 u1000 100,904 3.41 0.44 LZ+Huf
imp 1.10 -1 m3 u1000 100,906 3.42 0.51 LZ+Huf
arjz'0.50 mp9 md2m 101,274 12.49 0.55 LZ+Huf
uharc 0.2b mm 101,769 10.23 3.46 LZ+PPM
uharc 0.2b 101,769 13.69 3.49 LZ+PPM
imp 1.00 -1 u1000 102,098 2.81 0.44 LZ+Huf
* imp 0.91b -1 u1000 102,099 2.75 0.38 LZ+Huf
imp 1.10 -1 u1000 102,101 2.87 0.39 LZ+Huf
arjz'0.50 mp9 102,276 10.02 0.50 LZ+Huf
rk 1.01a01 mf2 102,348 16.39 13.92 ROLZ
rk 1.02a03 mf2 102,352 16.29 14.09 ROLZ
arjz'0.50 md2m 102,423 4.46 0.50 LZ+Huf
rk 1.01a01 mf3 102,576 29.71 24.53 ROLZ
arjz'0.50 mp8 102,593 7.05 0.50 LZ+Huf
rkive 1.92b mt1 102,810 41.36 36.30 LZP,PPM
uharc 0.2b m1 102,815 11.14 3.44 LZ+PPM
rkuc 1.04 o12 x 103,048 36.79 40.95 PPM
jar32 1.02d m3 103,077 9.47 1.32 LZ+Huf
jar32 1.02d m4 103,079 9.13 1.21 LZ+Huf
rkuc 1.04 o8 x 103,236 33.44 37.05 PPM
* lzds2' s1024 m2 103,379 2.70 0.78 LZ+Ari
arjz'0.50 103,695 4.12 0.50 LZ+Huf
rkive 1.92b mf3 103,716 13.64 8.40 LZP,PPM
* lzds2' s1024 m1 103,779 2.58 0.78 LZ+Ari
arjz'0.50 mp6 104,793 3.25 0.50 LZ+Huf
lz (kabanov) 6 104,890 5.39 0.99 LZ+Huf
cabarc 1.00 LZX:15 104,902 8.14 0.33 LZ+Huf
lz (kabanov) 5 104,934 4.30 1.00 LZ+Huf
boa 0.58b m15 104,972 26.56 29.20 PPM
lz (kabanov) 4 105,026 3.74 0.94 LZ+Huf
dst 0.9 mt 4 105,103 1:09.36 32.29 LZ+PPM
boa 0.58b m11 105,384 26.23 28.98 PPM
rkive 1.92b mm1 105,391 16.94 14.30 LZP,PPM
rkive 1.92b mb1 105,426 16.66 14.19 LZP,PPM
rkuc 1.04 o15 b 105,644 34.28 35.85 PPM
dst 0.9 mt 105,658 24.54 31.63 LZ+PPM
arjz'0.50 mp5 106,104 2.76 0.45 LZ+Huf
rkuc 1.04 o16 106,124 30.76 33.38 PPM
rkuc 1.04 o12 107,332 28.26 30.11 PPM
lzds2' s1024 m4 107,513 4.90 0.88 LZ+Ari
lzds2' s1024 m3 107,871 3.91 0.78 LZ+Ari
boa 0.58b m7 108,297 26.18 29.31 PPM
* lz (kabanov) 3 108,360 2.42 0.94 LZ+Huf
rkive 1.92b mf1 108,536 6.75 5.37 LZP,PPM
rar 2.03 m5 108,676 7.53 0.38 LZ+Huf
rar 2.50 m5 108,676 7.71 0.40 LZ+Huf
rar 2.03 m4 108,904 4.34 0.38 LZ+Huf
rar 2.50 m4 108,904 4.47 0.41 LZ+Huf
ppmonstr 109,169 9.07 9.99 PPM
rk 1.01a01 109,228 6.06 6.00 ROLZ
rk 1.02a03 109,232 5.89 6.05 ROLZ
rk 1.01a01 mf1 109,476 5.78 5.95 ROLZ
rk 1.02a03 mf1 109,480 5.45 5.94 ROLZ
ppmdf o6 m32 109,746 5.26 6.03 PPM
rkuc 1.04 o8 110,432 25.19 27.14 PPM
* lz (kabanov) 2 110,856 2.20 1.00 LZ+Huf
ppmde o6 m32 111,602 4.56 5.24 PPM
ppmn 1.00a1 O7 111,688 11.88 13.59 PPM
ufa 0.04b1 m2 mq 111,814 6.82 4.89 LZ+PPM
ufa 0.04b1 m9 mq 112,099 7.16 5.17 LZ+PPM
ppmn 1.00a1 O6 112,441 11.43 13.04 PPM
szip 1.05Xf b19 o0 112,627 23.87 2.25 ST+Ari
szip 1.12 b21 o0 112,637 23.43 1.76 ST+Ari
ba 1.00 -24-r 112,979 23.11 3.14 BWT+Ari
szip 1.10 b19 o0 113,191 23.82 1.87 ST+Ari
ba 1.00 -24-T 113,617 6.93 3.15 BWT+Ari
ba 1.00 113,648 6.77 3.11 BWT+Ari
ppmonstr o5 m16 113,699 8.59 9.52 PPM
ppmdf o5 m16 114,004 4.95 5.70 PPM
zzip 0.34e -a3 -b4 114,028 16.44 2.98 BWT+Ari
zzip 0.34e -a2 -b4 114,248 16.23 3.07 BWT+Ari
bwc/PGCC 0.99 m600k 114,546 3.80 2.00 BWT+Ari
ba 1.00 -24-p 114,782 6.90 3.09 BWT+Ari
ba 1.00 -24-g 115,312 6.87 3.10 BWT+Ari
dc 0.98 115,366 9.85 3.41 BWT+Ari
7zip 2.00b2 mx 115,600 13.71 0.61 LZ+Huf
ppmde o5 m16 115,672 4.28 5.01 PPM
szip 1.12 b21 o12 115,872 6.39 3.69 ST+Ari
szip 1.05Xf b19 o12 116,106 6.27 4.34 ST+Ari
dc 0.98-ae 116,187 9.78 3.47 BWT+Ari
dc 0.98-a 116,192 9.95 3.53 BWT+Ari
uc 2.3.05 tt 116,316 5.17 0.73 LZ+Huf
arhangel 1.32 -1 116,349 6.64 1.66 LZ+Ari
arhangel 1.32 -1-mm6 116,349 6.70 1.66 LZ+Ari
eri 4.5fre -m4 116,358 29.15 3.07 ST+PPM
ppmn 1.00a1 116,367 9.86 11.50 PPM
eri 4.5fre -m3 116,389 28.04 3.05 ST+PPM
ha 0.999c a1 116,395 8.47 1.87 LZ+Ari
arhangel 1.32 -1-l16384 116,506 6.63 1.71 LZ+Ari
szip 1.10 b19 o12 116,543 6.16 3.91 ST+Ari
ict UC 1.0 116,701 3.90 2.91 ST+Ari
lz (kabanov) 1 116,724 2.19 0.94 LZ+Huf
dc 0.98-b512 116,727 9.95 3.42 BWT+Ari
7zip 2.00 116,745 5.89 0.66 LZ+Huf
7zip 2.00b2 116,771 5.83 0.56 LZ+Huf
szip 1.12 b21 o10 116,857 5.23 3.30 ST+Ari
ba 1.00 -24-T-m 116,936 7.24 3.16 BWT+Ari
ba 1.00 -24-m 117,014 7.13 3.10 BWT+Ari
szip 1.05Xf b19 o10 117,108 5.23 3.91 ST+Ari
szip 1.10 b19 o10 117,508 5.12 3.53 ST+Ari
eri 4.5fre -m2 117,812 27.00 2.81 ST+PPM
imp 1.00 -2 u1000 117,868 6.28 1.10 BWT+Huf
imp 0.91b -2 u1000 117,869 6.27 1.04 BWT+Huf
imp 1.10 -2 u1000 117,871 6.33 1.11 BWT+Huf
uc 2.3.05 tn 117,886 3.85 0.71 LZ+Huf
szip 1.12 b21 o8 118,000 4.29 2.97 ST+Ari
szip 1.05Xf b19 o8 118,433 4.41 3.47 ST+Ari
xtreme t6 118,684 4.57 1.22 LZ+Huf
szip 1.10 b19 o8 118,724 4.29 3.08 ST+Ari
bzip2/PGCC 0.90 -9 118,794 4.86 1.46 BWT+Huf
bzip2/PGCC 0.90 -6 118,794 4.87 1.51 BWT+Huf
bzip2/Watcom -9 118,794 6.71 1.70 BWT+Huf
bzip2/Watcom -6 118,794 6.71 1.72 BWT+Huf
bzip2/w32 0.95b -6 118,794 7.65 1.66 BWT+Huf
bzip2/w32 0.95b -9 118,794 7.70 1.71 BWT+Huf
bzip2 0.1pl2 -9 118,794 11.93 3.08 BWT+Huf
bzip2 0.1pl2 -6 118,794 13.14 3.75 BWT+Huf
pkzip 2.50 max 118,845 2.65 0.33 LZ+Huf
ppmdf 118,855 4.76 5.50 PPM
exp1 1. 118,865 4.95 1.32 BWT+Huf
pkzip 2.04g -ex 119,258 3.80 0.34 LZ+Huf
eri 4.5fre -m1 119,456 26.66 2.77 ST+PPM
arhangel 1.29b -1 120,234 6.08 1.80 LZ+Ari
* esp 1.92 120,275 1.98 0.22 LZ+Huf
* pkzip 2.50 120,381 1.13 0.34 LZ+Huf
pkzip 2.04g 120,582 1.94 0.34 LZ+Huf
ppmde 120,621 4.02 4.73 PPM
szip 1.12 b21 o6 121,377 3.41 2.65 ST+Ari
ba 1.00 -24-z 121,748 6.73 3.18 BWT+Ari
szip 1.10 b19 o6 121,967 3.42 2.81 ST+Ari
szip 1.05Xf b19 o6 122,118 3.47 3.14 ST+Ari
rkuc 1.04 125,216 16.86 18.87 PPM
szip 1.12 b21 o4 127,767 1.54 2.37 ST+Ari
x1 0.95a am4l3 127,917 20.84 23.98 PPM
szip 1.10 b19 o4 128,440 1.77 2.48 ST+Ari
ufa 0.04b1 m5 128,552 37.78 42.07 LZ+PPM
777 0.04b1 m5 mu16 md1024 128,609 39.43 43.83 LZ+PPM
arhangel 1.29b -2-mo6 128,765 17.66 20.08 PPM
arhangel 1.32 -2-mo6 128,765 18.15 20.27 PPM
szip 1.05Xf b19 o4 128,853 1.87 2.97 ST+Ari
arhangel 1.29b -2-mo5 131,060 15.96 18.30 PPM
arhangel 1.32 -2-mo5 131,060 16.36 18.46 PPM
x1 0.95a am4 132,847 19.89 22.48 PPM
arhangel 1.29b -2-mc12000 143,321 15.73 17.80 PPM
arhangel 1.32 -2-mc12000 143,321 16.12 18.11 PPM
arhangel 1.29b -2-mm6 144,254 15.51 17.47 PPM
arhangel 1.32 -2-mm6 144,254 15.72 17.50 PPM
arhangel 1.32 -2 144,254 15.73 17.44 PPM
ha 0.999c a2 144,257 21.56 21.28 PPM
arhangel 1.32 -2-mc8192 145,176 14.83 16.64 PPM
hap 3.00 152,624 11.82 14.08 PPM
===================== Конец - 9.txt =====================
... 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 : IP Robot 2:5093/28.126 03 May 00 01:05:44
To : All
Subj : News at ftp://ftp.elf.stuba.sk/pub/pc/pack/
ftp://ftp.elf.stuba.sk/pub/pc/pack/pcr143d.zip
(147,883 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/pcr143s.zip
(301,570 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/wr27b5ru.exe
(668,776 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/wra27b5c.exe
(598,038 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/wra27b5i.exe
(643,852 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/wra27b5j.exe
(645,973 bytes)
--- PktMake.pl
* Origin: PktMake.pl (2:5093/28.126)
— RU.COMPRESS
From : Dmitry Belash 2:5030/856.12 03 May 00 20:45:42
To : Vadim Yoockin
Subj : Compressors Comparison Tests 5.5 [1/9]
Hi Vadim!
01 Мая 00 г. Hа часах 12:26. И пишет Vadim Yoockin к All:
VY> Ppmonstr - новое творение Дмитрия Шкарина, чуть медленнее, чем Ppmdf,
VY> но по силе сжатия текстов не уступающее Rk без фильтров.
VY> Dc 0.98 (Distance coder by Edgar Binder) - лучший на сегодня
VY> BWT-кодер, использующий альтернативную MTF модель и текстовые фильтры.
Где взять?
VY> Most of compressors are available at
VY> ftp://ftp.elf.stuba.sk/pub/pc/pack
Тут нет :(
Bye!
Dmitry.
--- @c:\windows\win386.swp
* Origin: xxxxxns smopu!M (2:5030/856.12)
— RU.COMPRESS
From : Yury Reshetov 2:5085/42.6 05 May 00 01:35:12
To : All
Subj : WN: Компьютерные новости - 03.05.2000
=============================================================================
* Forwarded by Yury Reshetov (2:5085/42.6)
* Area : RU.DJATLOV (RU.DJATLOV)
* From : News Daemon, 2:4635/18 (Чет Май 04 2000 00:24)
* To : All
* Subj : WN: Компьютерные новости - 03.05.2000
=============================================================================
To: stranger@ck.arbitr.gov.ua
Компьютерные новости
3 мая 2000
Скандалы, сенсации
Создатель PKZip умер от алкоголизма
Филипп Катз, создавший всемирно популярную программу
сжатия PKZip, был найден мертвым в номере отеля
Milwaukee 14 апреля этого года.
Подробнее:
http://www.wn.ru/computers/03.05.2000/1.html
-+- News Daemon v1.6, (c) by sk // [rAN] [2:5033/27], 1998-99.
+ Origin: *** Dark Stranger BBS *** (2:4635/18.0)
=============================================================================
Hi, All!
Yury V. Reshetov.
... Все хорошее от Аллаха! Плохое от тебя самого. (с) Мухамед
--- GoldED 2.51.A0901+
* Origin: Hеча на зеркало пенять, коли рожа крива. (2:5085/42.6)
— RU.COMPRESS
From : Vadim Yoockin 2:5020/400 05 May 00 12:53:03
To : Dmitry Belash
Subj : Re: Compressors Comparison Tests 5.5 [1/9]
From: "Vadim Yoockin" <vy@thermosyn.com>
Hello, Dmitry Belash ! You wrote:
> VY> Ppmonstr - новое творение Дмитрия Шкарина, чуть медленнее, чем Ppmdf,
> VY> но по силе сжатия текстов не уступающее Rk без фильтров.
> VY> Dc 0.98 (Distance coder by Edgar Binder) - лучший на сегодня
> VY> BWT-кодер, использующий альтернативную MTF модель и текстовые фильтры.
>Где взять?
> VY> Most of compressors are available at
> VY> ftp://ftp.elf.stuba.sk/pub/pc/pack
>Тут нет :(
Есть. Он называется dc124.zip.
124 - это какая-то своя авторская нумерация.
Всего доброго,
Вадим.
--- ifmail v.2.15dev5
* Origin: Fidolook Express http://fidolook.da.ru (2:5020/400)
— RU.COMPRESS
From : Bulat Ziganshin 2:5093/27.61 05 May 00 13:00:57
To : Ivan Telegin
Subj : LZSS
* Originally in RU.COMPRESS
Hello Ivan!
Thursday April 27 2000, Ivan Telegin writes to All:
IT> А расскажите кто нибудь алгоритм поиска повторяющихся строк в сабже с
IT> помощью деревьев?
ar002 найди
Bulat, mailto:bulatz@fort.tatarstan.ru, ICQ 15872722
--- GoldED+/W32 1.1.2
* Origin: Windows 2000: мы добавили 1905 новых глюков! (2:5093/27.61)
— RU.COMPRESS
From : Vadim Yoockin 2:5020/400 05 May 00 16:16:58
To : All
Subj : Compressors Comparison Tests 5.5
From: "Vadim Yoockin" <vy@thermosyn.com>
Приветствую, All!
Тесты на английском языке выложены на www.members.com/vycct
Вскоре на сайте www.shomonopoly.com/arctest появится русский вариант.
Всего доброго,
Вадим.
--- ifmail v.2.15dev5
* Origin: Fidolook Express http://fidolook.da.ru (2:5020/400)
— RU.COMPRESS
From : Vadim Yoockin 2:5020/400 05 May 00 16:28:40
To : All
Subj : Re: Compressors Comparison Tests 5.5
From: "Vadim Yoockin" <vy@thermosyn.com>
>Приветствую, All!
>
>Тесты на английском языке выложены на www.members.com/vycct
Тьфу, на http://members.xoom.com/vycct
Всего доброго,
Вадим.
--- ifmail v.2.15dev5
* Origin: Fidolook Express http://fidolook.da.ru (2:5020/400)
— RU.COMPRESS
From : Michail Svarichevsky 2:452/64 07 May 00 23:32:29
To : All
Subj : Range Coder
Как поживаете, All ?
Кто-нибуть опишут pаботу сабжа.
Собственно уже частично pаботает, неясно, куда,куда пихать байты в
декодиpовщике.
C уважением, Michail Svarichevsky.
--- УТВЕРЖДАЮ. MSG-pедактоp капитан 2.5 pанга Голд Дедович фоp ДОС
* Origin: Все путем! (2:452/64)
— RU.COMPRESS
From : IP Robot 2:5093/28.126 08 May 00 01:06:33
To : All
Subj : News at ftp://ftp.elf.stuba.sk/pub/pc/pack/
ftp://ftp.elf.stuba.sk/pub/pc/pack/7zip21b3.exe
7-ZIP Archiver v2.10 beta - Command line file archiver for W32 (499,968 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/aspack21.zip
ASPack v2.1 - Advanced Win32 Executable File Compressor (323,735 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/qzip140.zip
QuickZip v1.40 - Freeware Zip Clone for Win32 (1,050,537 bytes)
ftp://ftp.elf.stuba.sk/pub/pc/pack/zipx60sh.zip
ZIP Explorer v6.0 - Disk catalog, offline browser and file restore program for
Win95/98/NT (1,336,126 bytes)
--- PktMake.pl
* Origin: PktMake.pl (2:5093/28.126)
— RU.COMPRESS
From : Volodya Iofik Jr 2:5020/1173.5 08 May 00 11:14:00
To : Vadim Yoockin
Subj : Re: Compressors Comparison Tests 5.5
Hello Vadim!
Время указано в min:sec.ssec ?
Если да, то как меньше, чем за секунду можно прочитать 700-килобайтовый файл, р
аспаковать его, и записать на диск больше 2Mb?!!
And what is PPM, BWT & Ari?
Volodya
--- GoldED/386 2.50+
* Origin: Кто сказал, что бесполезно биться головой о стену? (2:5020/1173.5)
— RU.COMPRESS
From : Sergei Voronin 2:5020/1105.36 08 May 00 18:03:06
To : All
Subj : Вопрос
Здравствуй, All!
Вопрос: Эсть ли эха, напрямую связанная с эхотагом, но где-бы люди могли бы
кидаться друг в друга исходниками архиваторов?
---
* Origin: http://crosswinds.net/~dessite/ Фотографии природы (2:5020/1105.36)
— RU.COMPRESS
From : Bulat Ziganshin 2:5093/28.126 09 May 00 12:03:35
To : Michail Svarichevsky
Subj : Range Coder
* Originally in RU.COMPRESS
Hello Michail!
Sunday May 07 2000, Michail Svarichevsky writes to All:
MS> Собственно уже частично pаботает, неясно, куда,куда пихать байты в
MS> декодиpовщике.
RANGECOD.C:
=== Cut ===
The input and output is done by the INBYTE and OUTBYTE macros
defined in the .c file; change them as needed; the first parameter
passed to them is a pointer to the rangecoder structure; extend that
structure as needed (and don't forget to initialize the values in
start_encoding resp. start_decoding). This distribution writes to
stdout and reads from stdin.
=== Cut ===
точнее, inbyte & outbyte :)
Bulat, mailto:bulatz@fort.tatarstan.ru, ICQ 15872722
--- GoldED+/W32 1.1.2
* Origin: А чем занимается херомантия? (2:5093/28.126)
— RU.COMPRESS
From : Andrey Lastochkin 2:5066/18.50 10 May 00 13:00:20
To : All
Subj : кодировщик gif
Здарова, All!
подскажите пожалуйста, когда следует менять размер кода сжатия в алгоритме LZW
с переменным размером кода?
привожу фрагмент программы, с подробными комментариями.
программа работает с 256-ти цветным gif'ом, поэтому код сжатия изначально равен
StartCodeSize+1
-------------
Suffix = *lbpoint++; // читаем следующий байт из потока данных
if (test ()) // есть в словаре?
Prefix = N; // да, есть
else
{ // отсутствует в словаре
TablePrefix[VocabPointer] = Prefix; // добавляем в словарь
TableSuffix[VocabPointer] = Suffix;
VocabPointer++; // увеличиваем указатель на последний элемент в словаре
> VocabPointer фактически указывает на элемент следующий за последним
> то есть если словарь содержит 1000 элементов, VocabPointer будет
> указывать на 1001-ый
// Threshold - переменная unsigned, которая определяет порог, при превышении
// размера словаря данного "порога" код сжатия увеличивается
if (VocabPointer == Threshold) // нужно ли увеличивать код сжатия?
> вот здесь возникают проблемы, если я изменю условие
> if (VocabPointer == Threshold+1), все работает, до следующей смены кода
> сжатия, потом опять получается лабуда, просмоторщик показывает только
> верх картинки, если картинка небольшая (ну килобайта 2) gif кодируется
> правильно
{
CodeSize++; // увеличиваем размер кода сжатия
Threshold <<= 1; // увеличиваем порог в 2 раза
if (Threshold == 1<<13) // если код сжатия превысил 12 бит, очищаем словарь
{
gifwrite (CC); // посылаем в поток символ очистки
VocabPointer = 258; //
CodeSize = StartCodeSize+1;
Threshold = 1<<CodeSize; // "порог" изменения кода сжатия
}
}
gifwrite (Prefix); // выводим код в поток симоволов
Prefix = Suffix;
}
------------------
еще, как можно увеличить скорость поиска в словаре, он выполняется очень медлен
но?
-----------
int test () // меняет значение глобальной переменной N, указывающее на номер
// вхождения в словаре
// возвращает 0 если не найдено, 1 - найдено
{
N = 0;
do // ищем в словаре, просматривая последовательно
{
if ((Suffix == TableSuffix[N]) && (Prefix == TablePrefix[N]))
return 1;
N++;
}
while (N < VocabPointer);
return 0;
}
-------------------
До скорого...
--- GoldED/386 3.0.1
* Origin: Кто к нам с чем, тот от того и того (2:5066/18.50)
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