cdda2wav.ps
上传用户:xiejiait
上传日期:2007-01-06
资源大小:881k
文件大小:51k
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- (/dev/dsp)3068 4488 w
- 10 R f
- (.)3425 4488 w
- 10 S1 f
- (261)1080 4656 w
- 10 B f
- ( --set-pitch)1 465(p percentage)1 587 2 1145 4656 t
- 10 R f
- (changes pitch of audio data copied to sound device.)8 2124 1 1440 4776 t
- 10 S1 f
- (261)1080 4944 w
- 10 B f
- (v level --verbose-level)2 996 1 1145 4944 t
- 10 R f
- ( information about the CD.)4 1116(prints verbose)1 571 2 1440 5064 t
- 10 B f
- (Level)3194 5064 w
- 10 R f
- (is a sum of powers of two in the range 0 up to)12 1939 1 3461 5064 t
- ( box ; r)3 310( center)1 309(63. Each power of two controls the type of information to be reported.)12 2902 3 1440 5184 t
- 10 S f
- (372)4961 5184 w
- 10 R f
- (l)5044 5184 w
- 10 S f
- (372)5072 5184 w
- 10 R f
- (.)5122 5184 w
- ( 2)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7680 t
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- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- (Power Description)1 826 1 1080 960 t
- 10 S f
- (_)1939 960 w
- 10 R f
- ( a summary of the recording param-)6 1489( show)1 521( table of contents 2)4 796(1 show)1 571 4 2023 960 t
- ( and display the media catalog number)6 1590( retrieve)1 614( and display index offsets 8)5 1136( determine)1 709(eters 4)1 271 5 1080 1080 t
- ( the table)2 400( show)1 471( all Intern. Standard Recording Codes ISRC 32)7 2001( and display)2 515( retrieve)1 564(MCN 16)1 369 6 1080 1200 t
- ( the table of contents with track titles (when available))9 2243( show)1 471(of contents in start sector notation 64)6 1530 3 1080 1320 t
- 10 S1 f
- (261)1080 1488 w
- 10 B f
- (N --no-write)1 564 1 1145 1488 t
- 10 R f
- (does not write to a 256le, it just reads (for debugging purposes).)11 2549 1 1440 1608 t
- 10 S1 f
- (261)1080 1776 w
- 10 B f
- (J --info-only)1 566 1 1145 1776 t
- 10 R f
- (does not write to a 256le, it just gives information about the disc.)12 2601 1 1440 1896 t
- 10 S1 f
- (261)1080 2064 w
- 10 B f
- (H --no-info256le)1 644 1 1145 2064 t
- 10 R f
- (does not write an info 256le and a cddb 256le.)9 1731 1 1440 2184 t
- 10 S1 f
- (261)1080 2352 w
- 10 B f
- (g --gui)1 316 1 1145 2352 t
- 10 R f
- (formats the output to be better parsable by gui frontends.)9 2341 1 1440 2472 t
- 10 S1 f
- (261)1080 2640 w
- 10 B f
- ( --md5)1 288(M count)1 399 2 1145 2640 t
- 10 R f
- (enables calculation of MD-5 checksum for 'count' bytes from a beginning of a track.)13 3496 1 1440 2760 t
- 10 S1 f
- (261)1080 2928 w
- 10 B f
- ( --speed-select)1 603(S speed)1 361 2 1145 2928 t
- 10 R f
- (sets the cdrom device to one of the selectable speeds for reading.)11 2676 1 1440 3048 t
- 10 S1 f
- (261)1080 3216 w
- 10 B f
- (q --quiet)1 405 1 1145 3216 t
- 10 R f
- (quiet operation, no screen output.)4 1369 1 1440 3336 t
- 10 S1 f
- (261)1080 3504 w
- 10 B f
- (V --verbose-SCSI)1 787 1 1145 3504 t
- 10 R f
- (enable SCSI command logging to the console. This is mainly used for debugging.)12 3367 1 1440 3624 t
- 10 S1 f
- (261)1080 3792 w
- 10 B f
- (Q --silent-SCSI)1 694 1 1145 3792 t
- 10 R f
- (suppress SCSI command error reports to the console. This is mainly used for guis.)13 3393 1 1440 3912 t
- 10 S1 f
- (261)1080 4080 w
- 10 B f
- (J --version)1 493 1 1145 4080 t
- 10 R f
- (display version of cdda2wav on standard output.)6 1987 1 1440 4200 t
- (Defaults depend on the)3 947 1 1080 4368 t
- 10 B f
- (Make256le)1440 4488 w
- 10 R f
- (and)1845 4488 w
- 10 B f
- (environment variable)1 927 1 2022 4488 t
- 10 R f
- (settings (currently)1 732 1 2982 4488 t
- 10 B f
- (CDDA)3747 4488 w
- 10 S f
- (_)4035 4488 w
- 10 B f
- (DEVICE)4085 4488 w
- 10 R f
- ().)4507 4488 w
- 9 B f
- (ENVIRONMENT VARIABLES)1 1250 1 720 4656 t
- 10 B f
- (CDDA)1080 4776 w
- 10 S f
- (_)1368 4776 w
- 10 B f
- (DEVICE)1418 4776 w
- 10 R f
- ( the device name. The device naming is compatible with Jvrg Schilling's)11 3018(is used to set)3 541 2 1841 4776 t
- (cdrecord package.)1 732 1 1080 4896 t
- 9 B f
- (DISCUSSION)720 5064 w
- 10 B f
- (cdda2wav)1080 5184 w
- 10 R f
- (is able to read parts of an)6 1177 1 1562 5184 t
- 10 B f
- (audio)2793 5184 w
- 10 R f
- (CD or)1 277 1 3088 5184 t
- 10 B f
- (multimedia)3420 5184 w
- 10 R f
- (CDROM (containing audio parts))3 1436 1 3964 5184 t
- (directly digitally. These parts can be written to a 256le, a pipe, or to a sound device.)16 3384 1 1080 5304 t
- 10 B f
- (cdda2wav)1080 5472 w
- 10 R f
- (stands for)1 400 1 1542 5472 t
- 10 B f
- (CDDA)1976 5472 w
- 10 R f
- (to)2298 5472 w
- 10 B f
- (WAV)2410 5472 w
- 10 R f
- ((where)2688 5472 w
- 10 B f
- (CDDA)2999 5472 w
- 10 R f
- (stands for compact disc digital audio and)6 1697 1 3322 5472 t
- 10 B f
- (WAV)5054 5472 w
- 10 R f
- (is)5333 5472 w
- ( allows copying)2 677( It)1 141( sample format introduced by MS Windows).)6 1944(a sound)1 331 4 1080 5592 t
- 10 B f
- (CDDA)4220 5592 w
- 10 R f
- (audio data from the)3 845 1 4555 5592 t
- (CDROM drive into a 256le on your ram-, hard-, 257oppy- or whatever-disk in)12 3042 1 1080 5712 t
- 10 B f
- (WAV)4155 5712 w
- 10 R f
- (or other formats.)2 684 1 4432 5712 t
- ( (uninterrupted))1 656(The latest versions try to get higher real-time scheduling priorities to ensure smooth)12 3664 2 1080 5880 t
- ( for super users and are higher than those of 'normal' processes.)11 2686(operation. These priorities are available)4 1634 2 1080 6000 t
- ( libraries to take advantage of)5 1228( note that you need newer kernels and c)8 1643( Please)1 321(Thus delays are minimized.)3 1128 4 1080 6120 t
- (this feature.)1 479 1 1080 6240 t
- ( is on device)3 541(If your CDROM (not yet for SCSI drives))7 1763 2 1080 6408 t
- 10 B f
- (/dev/cdrom)3422 6408 w
- 10 R f
- (and it is loaded with an audio CD,)7 1457 1 3943 6408 t
- (you may simply invoke)3 972 1 1080 6528 t
- 10 B f
- (cdda2wav)2087 6528 w
- 10 R f
- (and it will create the sound 256le)6 1292 1 2550 6528 t
- 10 B f
- (audio.wav)3877 6528 w
- 10 R f
- ( track)1 233(recording the whole)2 818 2 4349 6528 t
- ( your 256le system has enough space)6 1453(beginning with track 1 in stereo at 16 bit at 44100 Hz sample rate, if)14 2867 2 1080 6648 t
- ( limited. SCSI drives have to use different devices (see 256les)10 2633( recording time will be)4 1014(free. Otherwise)1 673 3 1080 6768 t
- 10 B f
- (README)1080 6888 w
- 10 R f
- (and)1557 6888 w
- 10 B f
- (README.INSTALL)1734 6888 w
- 10 R f
- (for details).)1 468 1 2676 6888 t
- 9 B f
- (HINTS ON OPTIONS)2 880 1 720 7056 t
- 10 R f
- ( control the format of the WAV 256le. In the following text all of)13 2662( of the options are used to)6 1092(Options Most)1 566 3 1080 7176 t
- (them are described.)2 794 1 1440 7296 t
- ( 1)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7776 t
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- 4 pagesetup
- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- (Select Device)1 559 1 1080 960 t
- 10 S1 f
- (261)1440 1080 w
- 10 B f
- (D)1505 1080 w
- 10 I f
- (device)1613 1080 w
- 10 R f
- ( speci256er given should correspond)4 1418( The)1 225( be used.)2 376(selects the CDROM drive device to)5 1478 4 1903 1080 t
- ( interface (see below).)3 963(to the selected)2 625 2 1440 1200 t
- 10 B f
- (CHANGE!)3112 1200 w
- 10 R f
- (For the cooked)2 651 1 3635 1200 t
- 10 S f
- (_)4286 1200 w
- 10 R f
- (ioctl interface this is the)4 1064 1 4336 1200 t
- (cdrom device descriptor as before.)4 1464 1 1440 1320 t
- 10 B f
- ( used with the addressed with their)6 1627(The SCSI devices)2 789 2 2984 1320 t
- ( and SCSI device descriptor!!!)4 1356(SCSI-Bus, SCSI-Id,)1 862 2 1440 1440 t
- 10 R f
- (One example for a SCSI CDROM drive)6 1700 1 3700 1440 t
- (on bus 0 with SCSI ID 3 and lun 0 is -D0,3,0.)11 1916 1 1440 1560 t
- (Select Auxiliary device)2 953 1 1080 1728 t
- 10 S1 f
- (261)1440 1848 w
- 10 B f
- (A)1505 1848 w
- 10 I f
- (auxdevice)1623 1848 w
- 10 R f
- ( For Non-SCSI-CDROM drives this is the)6 1816(is necessary for CD-Extra handling.)4 1517 2 2067 1848 t
- ( the CDROM drive)3 835(same device as given by -D (see above). For SCSI-CDROM drives it is)12 3125 2 1440 1968 t
- ((SCSI) device (i.e.)2 759 1 1440 2088 t
- 10 B f
- (/dev/sr0)2232 2088 w
- 10 R f
- () corresponding to the SCSI device (i.e.)6 1629 1 2604 2088 t
- 10 B f
- (0,3,0)4300 2088 w
- 10 R f
- (). It has to match the)5 866 1 4534 2088 t
- (device used for sampling.)3 1050 1 1440 2208 t
- (Select Interface)1 630 1 1080 2376 t
- 10 S1 f
- (261)1440 2496 w
- 10 B f
- (I)1505 2496 w
- 10 I f
- (interface)1577 2496 w
- 10 R f
- ( generic)1 327(selects the CDROM drive interface. For SCSI drives use)8 2325 2 1965 2496 t
- 10 S f
- (_)4617 2496 w
- 10 R f
- (scsi (cooked)1 505 1 4667 2496 t
- 10 S f
- (_)5172 2496 w
- 10 R f
- (ioctl)5222 2496 w
- (may not yet be available for all devices):)7 1767 1 1440 2616 t
- 10 B f
- (generic)3285 2616 w
- 10 S f
- (_)3595 2616 w
- 10 B f
- (scsi)3645 2616 w
- 10 R f
- (and)3840 2616 w
- 10 B f
- (cooked)4028 2616 w
- 10 S f
- (_)4328 2616 w
- 10 B f
- (ioctl)4378 2616 w
- 10 R f
- ( 256rst uses the)3 582(. The)1 257 2 4561 2616 t
- ( latter uses the ioctl of the CDROM driver. The latter variant works)12 2849(generic SCSI interface, the)3 1111 2 1440 2736 t
- (only when the kernel driver supports)5 1602 1 1440 2856 t
- 10 B f
- (CDDA)3094 2856 w
- 10 R f
- ( match the selected)3 840(reading. This entry has to)4 1126 2 3434 2856 t
- (CDROM device (see above).)3 1182 1 1440 2976 t
- (Enable echo to soundcard)3 1052 1 1080 3144 t
- 10 S1 f
- (261)1440 3264 w
- 10 B f
- (e)1505 3264 w
- 10 R f
- ( while recording, so you hear it nearly simultaneously.)8 2311(copies audio data to the sound card)6 1499 2 1590 3264 t
- ( gets the same data that is recorded. This is time critical, so it works best with)16 3353(The soundcard)1 607 2 1440 3384 t
- (the)1440 3504 w
- 10 S1 f
- (261)1598 3504 w
- 10 B f
- (q)1663 3504 w
- 10 R f
- ( use)1 169(option. To)1 461 2 1755 3504 t
- 10 B f
- (cdda2wav)2421 3504 w
- 10 R f
- (as a pseudo CD player without recording in a 256le you could)11 2515 1 2885 3504 t
- (use)1440 3624 w
- 10 B f
- (cdda2wav)1618 3624 w
- 10 S1 f
- (261)2091 3624 w
- 10 B f
- (q)2156 3624 w
- 10 S1 f
- (261)2257 3624 w
- 10 B f
- (e)2322 3624 w
- 10 S1 f
- (261)2411 3624 w
- 10 B f
- (t2)2476 3624 w
- 10 S1 f
- (261)2604 3624 w
- 10 B f
- (d0)2669 3624 w
- 10 S1 f
- (261)2820 3624 w
- 10 B f
- (N)2885 3624 w
- 10 R f
- ( This feature reduces the)4 1056(to play the whole second track.)5 1342 2 3002 3624 t
- ( cannot make better recordings than your sound)7 2004(recording speed to at most onefold speed. You)7 1956 2 1440 3744 t
- (card can play (since the same data is used).)8 1784 1 1440 3864 t
- (Change pitch of echoed audio)4 1224 1 1080 4032 t
- 10 S1 f
- (261)1440 4152 w
- 10 B f
- (p percentage)1 566 1 1505 4152 t
- 10 R f
- ( card. Only the copy to the)6 1188(changes the pitch of all audio echoed to a sound)9 2096 2 2116 4152 t
- ( pitch,)1 273( Normal)1 386( the same.)2 448(soundcard is affected, the recorded audio samples in a 256le remain)10 2853 4 1440 4272 t
- ( -p)1 151( percentages correspond to lower pitches, i.e.)6 1858( Lower)1 328( given by 100%.)3 685(which is the default, is)4 938 5 1440 4392 t
- ( script)1 259( also the)2 359( See)1 215(50 transposes the audio output one octave lower.)7 2038 4 1440 4512 t
- 10 B f
- (pitchplay)4348 4512 w
- 10 R f
- (as an example.)2 614 1 4786 4512 t
- (This option was contributed by Raul Sobon.)6 1812 1 1440 4632 t
- (Select mono or stereo recording)4 1307 1 1080 4800 t
- 10 S1 f
- (261)1440 4920 w
- 10 B f
- (m)1505 4920 w
- 10 R f
- (or)1637 4920 w
- 10 S1 f
- (261)1769 4920 w
- 10 B f
- (c 1)1 143 1 1834 4920 t
- 10 R f
- ( mixed),)1 358(selects mono recording (both stereo channels are)6 2089 2 2026 4920 t
- 10 S1 f
- (261)4523 4920 w
- 10 B f
- (s)4588 4920 w
- 10 R f
- (or)4677 4920 w
- 10 S1 f
- (261)4810 4920 w
- 10 B f
- (c 2)1 144 1 4875 4920 t
- 10 R f
- (or)5069 4920 w
- 10 S1 f
- (261)5202 4920 w
- 10 B f
- (c s)1 133 1 5267 4920 t
- 10 R f
- (selects stereo recording (doubles 256le size). Parameter s will swap both sound channels.)12 3562 1 1440 5040 t
- (Select maximum quality)2 994 1 1080 5208 t
- 10 S1 f
- (261)1440 5328 w
- 10 B f
- (x)1505 5328 w
- 10 R f
- ( that other format)3 750( Note)1 270(will set stereo, 16 bits per sample at 44.1 KHz (full CD quality).)12 2783 3 1597 5328 t
- (options given later can change this setting.)6 1749 1 1440 5448 t
- (Select sample quality)2 871 1 1080 5616 t
- 10 S1 f
- (261)1440 5736 w
- 10 B f
- (b 8)1 144 1 1505 5736 t
- 10 R f
- (speci256es 8 bit (1 Byte) for each sample in each channel;)10 2364 1 1687 5736 t
- 10 S1 f
- (261)4090 5736 w
- 10 B f
- (b 12)1 195 1 4155 5736 t
- 10 R f
- (speci256es 12 bit (2 Byte))4 1011 1 4389 5736 t
- (for each sample in each channel;)5 1359 1 1440 5856 t
- 10 S1 f
- (261)2835 5856 w
- 10 B f
- (b 16)1 192 1 2900 5856 t
- 10 R f
- ( each sample in each chan-)5 1121(speci256es 16 bit (2 Byte) for)5 1151 2 3128 5856 t
- ( playing 12-bit or 16-bit sam-)5 1265(nel (Ensure that your sample player or sound card is capable of)11 2695 2 1440 5976 t
- ( samples are aligned to 16-bit samples, so)7 1735( 12-bit)1 307(ples). Selecting 12 or 16 bits doubles 256le size.)8 1918 3 1440 6096 t
- (they waste some disk space.)4 1155 1 1440 6216 t
- (Select sample rate)2 742 1 1080 6384 t
- 10 S1 f
- (261)1440 6504 w
- 10 B f
- (r)1505 6504 w
- 10 I f
- (samplerate)1594 6504 w
- 10 R f
- ( sample rate.)2 549(selects a)1 355 2 2083 6504 t
- 10 I f
- (samplerate)3066 6504 w
- 10 R f
- (can be in a range between 44100 and 900.)8 1844 1 3556 6504 t
- (Option)1440 6624 w
- 10 S1 f
- (261)1751 6624 w
- 10 B f
- (R)1816 6624 w
- 10 R f
- (lists all available rates.)3 934 1 1921 6624 t
- (Select sample rate divider)3 1058 1 1080 6792 t
- 10 S1 f
- (261)1440 6912 w
- 10 B f
- (a)1505 6912 w
- 10 I f
- (divider)1595 6912 w
- 10 R f
- ( rate divider.)2 539(selects a sample)2 673 2 1918 6912 t
- 10 I f
- (divider)3204 6912 w
- 10 R f
- (can be minimally 1 and maximally 50.5 and)7 1872 1 3528 6912 t
- ( Option)1 344(everything between in steps of 0.5.)5 1435 2 1440 7032 t
- 10 S1 f
- (261)3252 7032 w
- 10 B f
- (R)3317 7032 w
- 10 R f
- (lists all available rates.)3 934 1 3422 7032 t
- (To make the sound smoother at lower sampling rates,)8 2211 1 1440 7200 t
- 10 B f
- (cdda2wav)3685 7200 w
- 10 R f
- (sums over)1 417 1 4147 7200 t
- 10 I f
- (n)4598 7200 w
- 10 R f
- (samples (where)1 633 1 4682 7200 t
- 10 I f
- (n)5350 7200 w
- 10 R f
- ( 2)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7680 t
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- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- ( Hertz output we have to sum over 2 samples, for 900)11 2328(is the speci256c dividend). So for 22050)6 1632 2 1440 960 t
- ( size)1 197( cancels higher frequencies. Standard sector)5 1830( This)1 252(Hertz we have to sum over 49 samples.)7 1681 4 1440 1080 t
- ( CD (ignoring additional information) is 2352 Bytes. In order to 256nish summing for)13 3487(of an audio)2 473 2 1440 1200 t
- ( sampling)1 407( Arbitrary)1 444(an output sample at sector boundaries the rates above have to be choosen.)12 3109 3 1440 1320 t
- ( some interpolation scheme, which needs much more sophis-)8 2521(rates in high quality would require)5 1439 2 1440 1440 t
- (ticated programming.)1 868 1 1440 1560 t
- (List a table of all sampling rates)6 1330 1 1080 1728 t
- 10 S1 f
- (261)1440 1848 w
- 10 B f
- (R)1505 1848 w
- 10 R f
- ( Dividers can range from 1 to 50.5 in)8 1638(shows a list of all sample rates and their dividers.)9 2141 2 1621 1848 t
- (steps of 0.5.)2 499 1 1440 1968 t
- (Select start track and optionally end track)6 1706 1 1080 2136 t
- 10 S1 f
- (261)1440 2256 w
- 10 B f
- (t)1505 2256 w
- 10 I f
- (n+m)1573 2256 w
- 10 R f
- (selects)1798 2256 w
- 10 B f
- (n)2099 2256 w
- 10 R f
- (as the start track and optionally)5 1301 1 2190 2256 t
- 10 B f
- (m)3526 2256 w
- 10 R f
- ( a range to be recorded.)5 990(as the last track of)4 766 2 3644 2256 t
- ( sets the track where recording begins.)6 1640( This)1 254( of contents.)2 527(These tracks must be from the table)6 1539 4 1440 2376 t
- ( tracks as well (limited by the optional end track)9 2063(Recording can advance through the following)5 1897 2 1440 2496 t
- ( 256le or different 256les are then created)7 1581(or otherwise depending on recording time). Whether one)7 2379 2 1440 2616 t
- (depends on the)2 615 1 1440 2736 t
- 10 S1 f
- (261)2088 2736 w
- 10 B f
- (B)2153 2736 w
- 10 R f
- (option (see below).)2 784 1 2253 2736 t
- (Select start index)2 704 1 1080 2904 t
- 10 S1 f
- (261)1440 3024 w
- 10 B f
- (i)1505 3024 w
- 10 I f
- (n)1586 3024 w
- 10 R f
- ( will invoke the index)4 988( other than 1)3 586( Indices)1 374(selects the index to start recording with.)6 1763 4 1689 3024 t
- ( given)1 264(scanner, which will take some time to 256nd the correct start position. An offset may be)15 3696 2 1440 3144 t
- (additionally (see below).)2 1006 1 1440 3264 t
- (Set recording time)2 754 1 1080 3432 t
- 10 S1 f
- (261)1440 3552 w
- 10 B f
- (d n)1 188 1 1505 3552 t
- 10 R f
- (sets recording time to)3 917 1 1736 3552 t
- 10 I f
- (n)2696 3552 w
- 10 R f
- ( time for whole track if)5 1018(seconds or set recording)3 1021 2 2789 3552 t
- 10 I f
- (n)4872 3552 w
- 10 R f
- (is zero. In)2 434 1 4966 3552 t
- ( have an appended 'f'.)4 952(order to specify the duration in frames (sectors) also, the argument can)11 3008 2 1440 3672 t
- ( note)1 206( Please)1 322( rather than seconds.)3 847(Then the numerical argument is to be taken as frames (sectors))10 2585 4 1440 3792 t
- ( ranges are being used they de256ne the recording time as well thus overriding any)14 3328(that if track)2 478 2 1440 3912 t
- 10 S1 f
- (261)5279 3912 w
- 10 B f
- (d)5344 3912 w
- 10 R f
- (option speci256ed times.)2 919 1 1440 4032 t
- ( generated sample will play (at the de256ned sample)8 2178(Recording time is de256ned as the time the)7 1782 2 1440 4200 t
- ( sampling)1 409(rate). Since it's related to the amount of generated samples, it's not the time of the)15 3551 2 1440 4320 t
- ( neither strictly coupled with the time informa-)7 1978( It's)1 205(process itself (which can be less or more).)7 1777 3 1440 4440 t
- ( by the usage of)4 688( can occur)2 439( Differences)1 537(tion on the audio CD (shown by your hi256 CD player).)10 2296 4 1440 4560 t
- (the)1440 4680 w
- 10 S1 f
- (261)1608 4680 w
- 10 B f
- (o)1673 4680 w
- 10 R f
- ( below). Notice that recording time will be shortened, unless enough disk)11 3169(option (see)1 462 2 1769 4680 t
- ( at anytime by pressing the break character (signal)8 2254(space exists. Recording can be aborted)5 1706 2 1440 4800 t
- (SIGQUIT).)1440 4920 w
- (Record a complete audio CD in one go in different 256les)10 2299 1 1080 5088 t
- 10 S1 f
- (261)1440 5208 w
- 10 B f
- (B)1505 5208 w
- 10 R f
- ( base name can be given. File names have an)9 2033(copies each track into a seperate 256le. A)7 1744 2 1623 5208 t
- ( to the audio format. To record all audio)8 1672(appended track number and an extension corresponding)6 2288 2 1440 5328 t
- (tracks of a CD, use a suf256cient high duration (i.e. -d99999).)10 2465 1 1440 5448 t
- (Set start sector offset)3 864 1 1080 5616 t
- 10 S1 f
- (261)1440 5736 w
- 10 B f
- (o)1505 5736 w
- 10 I f
- (sectors)1589 5736 w
- 10 R f
- (increments start sector of the track by)6 1556 1 1906 5736 t
- 10 I f
- (sectors)3496 5736 w
- 10 R f
- ( are able to skip a)5 751( this option you)3 653(. By)1 209 3 3787 5736 t
- ( want. Each sec-)3 680(certain amount at the beginning of a track so you can pick exactly the part you)15 3280 2 1440 5856 t
- ( 256ne control. If your offset is so high that it would)11 2142(tor runs for 1/75 seconds, so you have very)8 1818 2 1440 5976 t
- ( Recording)1 486( message is issued and the offset is ignored.)8 1841(not 256t into the current track, a warning)7 1633 3 1440 6096 t
- ( the)1 158( skip introductory quiet passages automagically, use)6 2144( (To)1 212(time is not reduced.)3 818 4 1440 6216 t
- 10 S1 f
- (261)4808 6216 w
- 10 B f
- (w)4873 6216 w
- 10 R f
- (option see)1 419 1 4981 6216 t
- (below.))1440 6336 w
- (Wait for signal option)3 904 1 1080 6504 t
- 10 S1 f
- (261)1440 6624 w
- 10 B f
- (w)1505 6624 w
- 10 R f
- ( option will suppress all silent output at startup, reducing possibly 256le size.)12 3145(Turning on this)2 641 2 1614 6624 t
- 10 B f
- (cdda2wav)1440 6744 w
- 10 R f
- (will watch for any signal in the output signal and switches on writing to 256le.)14 3158 1 1901 6744 t
- (Find extrem samples)2 849 1 1080 6912 t
- 10 S1 f
- (261)1440 7032 w
- 10 B f
- (F)1505 7032 w
- 10 R f
- ( most positive sample value)4 1183(Turning on this option will display the most negative and the)10 2609 2 1608 7032 t
- ( volume. The)2 564(found during recording for both channels. This can be useful for readjusting the)12 3396 2 1440 7152 t
- ( cover the complete sampling process. They)6 1821(values shown are not reset at track boundaries, they)8 2139 2 1440 7272 t
- ( 3)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7752 t
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- 6 pagesetup
- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- (are taken from the original samples and have the same format (i.e. they are independent of the)16 3960 1 1440 960 t
- (selected output format).)2 967 1 1440 1080 t
- (Find if input samples are in mono)6 1398 1 1080 1248 t
- 10 S1 f
- (261)1440 1368 w
- 10 B f
- (G)1505 1368 w
- 10 R f
- ( given, input samples for both channels will be compared. At the end of the)14 3147(If this option is)3 636 2 1617 1368 t
- ( stereo, otherwise when both)4 1205(program the result is printed. Differences in the channels indicate)9 2755 2 1440 1488 t
- (channels are equal it will indicate mono.)6 1665 1 1440 1608 t
- (Undo the pre-emphasis in the input samples)6 1802 1 1080 1776 t
- 10 S1 f
- (261)1440 1896 w
- 10 B f
- (T)1505 1896 w
- 10 R f
- ( CDs are recorded with a modi256ed frequency response called pre-)10 2990(Some older audio)2 777 2 1633 1896 t
- ( correction can be seen in the 257ags)7 1475(emphasis. This is found mostly in classical recordings. The)8 2485 2 1440 2016 t
- ( that show this setting only in the sub-)8 1611(of the Table Of Contents often. But there are recordings,)9 2349 2 1440 2136 t
- ( you have a pre-emphasized recording and want cdda2wav to undo this,)11 3025(channels. If you know)3 935 2 1440 2256 t
- ( A reverse 256ltering is done before the samples are written into)11 2635(you have to specify this option.)5 1325 2 1440 2376 t
- (the audio 256le.)2 563 1 1440 2496 t
- (Set audio format)2 682 1 1080 2664 t
- 10 S1 f
- (261)1440 2784 w
- 10 B f
- (O audiotype)1 571 1 1505 2784 t
- 10 R f
- (can be)1 269 1 2113 2784 t
- 10 I f
- (wav)2419 2784 w
- 10 R f
- ((for wav 256les) or)3 709 1 2617 2784 t
- 10 I f
- (au)3363 2784 w
- 10 R f
- (or)3500 2784 w
- 10 I f
- (sun)3620 2784 w
- 10 R f
- ((for sun PCM 256les) or)4 931 1 3796 2784 t
- 10 I f
- (cdr)4765 2784 w
- 10 R f
- (or)4936 2784 w
- 10 I f
- (raw)5057 2784 w
- 10 R f
- ((for)5251 2784 w
- ( 256le samples are coded in linear pulse code)8 1913( All)1 211( for cd writers).)3 695(headerless 256les to be used)4 1141 4 1440 2904 t
- ( Wav)1 259( compact disc format). This holds for all audio formats.)9 2328(modulation (as done in the audio)5 1373 3 1440 3024 t
- (256les are compatible to Wind)4 1176 1 1440 3144 t
- 10 S f
- (*)2616 3144 w
- 10 R f
- ( the)1 157(ws sound 256les, they have lsb,msb byte order as being used on)11 2577 2 2666 3144 t
- ( type 256les are not like the older com-)8 1598( Sun)1 230( extension is '.wav'.)3 855(audio cd. The default 256lename)4 1277 4 1440 3264 t
- ( is used. The)3 556(mon logarithmically coded .au 256les, but instead as mentioned above linear PCM)11 3404 2 1440 3384 t
- ( AIFF and)2 439( The)1 227( extension is '.au'.)3 777(byte order is msb,lsb to be compatible. The default 256lename)9 2517 4 1440 3504 t
- ( their samples in bigendian format)5 1498(the newer variant AIFC from the Apple/SGI world store)8 2462 2 1440 3624 t
- ( easiest 'format', the cdr aka raw for-)7 1602( the)1 163( Finally)1 358((msb,lsb). In AIFC no compression is used.)6 1837 4 1440 3744 t
- ( satisfy the order wanted by most cd writers.)8 1852(mat. It is done per default in msb,lsb byte order to)10 2108 2 1440 3864 t
- ( be)1 157(Since there is no header information in this format, the sample parameters can only)13 3803 2 1440 3984 t
- ( extension is)2 526(identi256ed by playing the samples on a soundcard or similiar. The default 256lename)12 3434 2 1440 4104 t
- ('.cdr' or '.raw'.)2 632 1 1440 4224 t
- (Select cdrom drive reading speed)4 1362 1 1080 4392 t
- 10 S1 f
- (261)1440 4512 w
- 10 B f
- (S speed)1 366 1 1505 4512 t
- 10 R f
- ( reduce read)2 514(allows to switch the cdrom drive to a certain level of speed in order to)14 2977 2 1909 4512 t
- ( given completely freely, since there are often)7 1947(errors. The actual speed factor can generally be)7 2013 2 1440 4632 t
- ( argu-)1 255( An)1 200( possible. Details depend very much on the cdrom drives.)9 2474(less settings than factors)3 1031 4 1440 4752 t
- ( 1 often selects single)4 912(ment of 0 for example is often the default speed of the drive, a value of)15 3048 2 1440 4872 t
- (speed.)1440 4992 w
- (Enable MD5 checksums)2 992 1 1080 5160 t
- 10 S1 f
- (261)1440 5280 w
- 10 B f
- (M count)1 409 1 1505 5280 t
- 10 R f
- ( bytes from the beginning of a)6 1318(enables calculation of MD-5 checksum for 'count')6 2125 2 1957 5280 t
- (track. This was introduced for quick comparisons of tracks.)8 2437 1 1440 5400 t
- (Do linear or overlapping reading of sectors)6 1766 1 1080 5568 t
- 10 S1 f
- (261)1440 5688 w
- 10 B f
- (P sectors)1 429 1 1505 5688 t
- 10 R f
- ( given number of sectors for initial overlap sampling for jitter correction.)11 3110(sets the)1 314 2 1976 5688 t
- ( read twice to enable)4 893(Two cases are to be distinguished. For nonzero values, some sectors are)11 3067 2 1440 5808 t
- ( zero is given, no overlap sampling will be used.)9 2015( an argument of)3 653( If)1 132(cdda2wav's jitter correction.)2 1160 4 1440 5928 t
- 10 B f
- (NEWS!)1440 6048 w
- 10 R f
- ( the setting during sampling)4 1161(For nonzero overlap sectors cdda2wav dynamically adjusts)6 2434 2 1805 6048 t
- ( an increased)2 548( no match can be found, cdda2wav retries the read with)10 2338( If)1 137((like cdparanoia does).)2 937 4 1440 6168 t
- ( reduces)1 337( the amount of jitter is lower than the current overlapped samples, cdda2wav)12 3166(overlap. If)1 457 3 1440 6288 t
- ( given has to be lower)5 974( argument)1 420( The)1 231(the overlap setting, resulting in a higher reading speed.)8 2335 4 1440 6408 t
- (than the total number of sectors per request (see option)9 2337 1 1440 6528 t
- 10 I f
- (-n)3818 6528 w
- 10 R f
- ( this)1 185( will check)2 470(below). Cdda2wav)1 803 3 3942 6528 t
- ( case of zero sectors is nice on low load)9 1798( The)1 236(setting and issues a error message otherwise.)6 1926 3 1440 6648 t
- (situations or errorfree (perfect) cdrom drives and perfect (not scratched) audio cds.)11 3388 1 1440 6768 t
- (Set the transfer size)3 808 1 1080 6936 t
- 10 S1 f
- (261)1440 7056 w
- 10 B f
- (n sectors)1 415 1 1505 7056 t
- 10 R f
- (will set the transfer size to the speci256ed sectors per request.)10 2450 1 1953 7056 t
- (Set number of ring buffer elements)5 1440 1 1080 7224 t
- ( 4)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7704 t
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- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- 10 S1 f
- (261)1440 960 w
- 10 B f
- (l buffers)1 399 1 1505 960 t
- 10 R f
- (will allocate the speci256ed number of ring buffer elements.)8 2379 1 1937 960 t
- (Set endianess of input samples)4 1259 1 1080 1128 t
- 10 S1 f
- (261)1440 1248 w
- 10 B f
- (C endianess)1 567 1 1505 1248 t
- 10 R f
- ( be set)2 307( can)1 188( Endianess)1 488(will override the default settings of the input format.)8 2295 4 2122 1248 t
- (explicitly to)1 510 1 1440 1368 t
- 10 S1 f
- (")2004 1368 w
- 10 R f
- (little)2045 1368 w
- 10 S1 f
- (")2229 1368 w
- 10 R f
- (or)2324 1368 w
- 10 S1 f
- (")2461 1368 w
- 10 R f
- (big)2502 1368 w
- 10 S1 f
- (")2630 1368 w
- 10 R f
- ( on voting with)3 693(or to the automatic endianess detection based)6 1982 2 2725 1368 t
- 10 S1 f
- (")1440 1488 w
- 10 R f
- (guess)1481 1488 w
- 10 S1 f
- (")1703 1488 w
- 10 R f
- (.)1744 1488 w
- (Set endianess of output samples)4 1309 1 1080 1656 t
- 10 S1 f
- (261)1440 1776 w
- 10 B f
- (E endianess)1 550 1 1505 1776 t
- 10 R f
- ((endianess can be)2 729 1 2093 1776 t
- 10 S1 f
- (")2860 1776 w
- 10 R f
- (little)2901 1776 w
- 10 S1 f
- (")3085 1776 w
- 10 R f
- (or)3164 1776 w
- 10 S1 f
- (")3286 1776 w
- 10 R f
- (big)3327 1776 w
- 10 S1 f
- (")3455 1776 w
- 10 R f
- () will override the default settings of the out-)8 1904 1 3496 1776 t
- (put format.)1 452 1 1440 1896 t
- (Verbose option)1 621 1 1080 2064 t
- 10 S1 f
- (261)1440 2184 w
- 10 B f
- (v level)1 310 1 1505 2184 t
- 10 R f
- (prints more information. A binary mask allows selection of different information.)10 3337 1 1848 2184 t
- 10 B f
- (0)1440 2424 w
- 10 R f
- (keeps quiet)1 460 1 1523 2424 t
- 10 B f
- (1)1440 2664 w
- 10 R f
- (displays the table of contents)4 1192 1 1523 2664 t
- 10 B f
- (2)1440 2904 w
- 10 R f
- (displays a summary of recording parameters)5 1811 1 1523 2904 t
- 10 B f
- (4)1440 3144 w
- 10 R f
- (invokes the index scanner and displays start positions of indices)9 2628 1 1523 3144 t
- 10 B f
- (8)1440 3384 w
- 10 R f
- (retrieves and displays a media catalog number)6 1894 1 1523 3384 t
- 10 B f
- (16)1440 3624 w
- 10 R f
- (retrieves and displays international standard recording codes)6 2465 1 1573 3624 t
- 10 B f
- (32)1440 3864 w
- 10 R f
- (displays track start positions in absolute sector notation)7 2269 1 1573 3864 t
- (To combine several requests just add the numbers and give the sum as argument.)13 3338 1 1440 4104 t
- (The table of contents)3 864 1 1080 4272 t
- ( of contents with number of tracks and total time (displayed in)11 2643(The display will show the table)5 1317 2 1440 4392 t
- 10 I f
- (mm)1440 4512 w
- 10 R f
- (:)1592 4512 w
- 10 I f
- (ss)1620 4512 w
- 10 R f
- (.)1706 4512 w
- 10 I f
- (hh)1731 4512 w
- 10 R f
- (format,)1882 4512 w
- 10 I f
- (mm)2224 4512 w
- 10 R f
- (=minutes,)2376 4512 w
- 10 I f
- (ss)2824 4512 w
- 10 R f
- (=seconds,)2910 4512 w
- 10 I f
- (hh)3357 4512 w
- 10 R f
- ( following list)2 612( The)1 238(=rounded 1/100 seconds).)2 1085 3 3465 4512 t
- ( summary gives a line per track)6 1421( The)1 241( entry.)1 283(displays track number and track time for each)7 2015 4 1440 4632 t
- (describing the type of the track.)5 1304 1 1440 4752 t
- 10 B f
- (track preemphasis copypermitted tracktype chans)4 2174 1 2250 4992 t
- 10 R f
- (The)1440 5232 w
- 10 B f
- (track)1634 5232 w
- 10 R f
- (column holds the track number.)4 1324 1 1900 5232 t
- 10 B f
- (preemphasis)3296 5232 w
- 10 R f
- ( that track has been given a)6 1176(shows if)1 350 2 3874 5232 t
- ( effect with the)3 658( You can undo this)4 835( NOTE:)1 372(non linear frequency response.)3 1284 4 1440 5352 t
- 10 S1 f
- (261)4633 5352 w
- 10 B f
- (T)4698 5352 w
- 10 R f
- (option.)4809 5352 w
- 10 B f
- (copy-)5167 5352 w
- (permitted)1440 5472 w
- 10 R f
- ( copy.)1 258(indicates if this track is allowed to)6 1449 2 1899 5472 t
- 10 B f
- (tracktype)3678 5472 w
- 10 R f
- (can be data or audio. On mul-)6 1273 1 4127 5472 t
- ( track CDs) both of them should be present.)8 1889(timedia CDs (except hidden)3 1175 2 1440 5592 t
- 10 B f
- (channels)4580 5592 w
- 10 R f
- (is de256ned)1 404 1 4996 5592 t
- (for audio tracks only. There can be two or four channels.)10 2346 1 1440 5712 t
- (No 256le output)2 572 1 1080 5880 t
- 10 S1 f
- (261)1440 6000 w
- 10 B f
- (N)1505 6000 w
- 10 R f
- (this debugging option switches off writing to a 256le.)8 2111 1 1610 6000 t
- (No info256le generation)2 898 1 1080 6168 t
- 10 S1 f
- (261)1440 6288 w
- 10 B f
- (H)1505 6288 w
- 10 R f
- (this option switches off creation of an info 256le and a cddb 256le.)12 2579 1 1616 6288 t
- (Generation of simple output for gui frontends)6 1868 1 1080 6456 t
- 10 S1 f
- (261)1440 6576 w
- 10 B f
- (g)1505 6576 w
- 10 R f
- ( gui frontends)2 601(this option switches on simple line formatting, which is needed to support)11 3197 2 1602 6576 t
- ((like xcd-roast).)1 645 1 1440 6696 t
- (Verbose SCSI logging)2 916 1 1080 6864 t
- 10 S1 f
- (261)1440 6984 w
- 10 B f
- (V)1505 6984 w
- 10 R f
- ( of SCSI commands. This will produce a lot of output)10 2417(this option switches on logging)4 1355 2 1628 6984 t
- ((when SCSI devices are being used), which is needed for debugging purposes. The format is the)15 3960 1 1440 7104 t
- ( will not describe it here.)5 1033( I)1 99(same as being used with the cdrecord package from Jvrg Schilling.)10 2750 3 1440 7224 t
- ( 5)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7704 t
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- 10 R f
- ( ( 1 ))3 164( CDDA2WAV)1 1838( Commands)1 489( User)1 1454(CDDA2WAV ( 1 ))3 735 5 720 480 t
- (Quiet option)1 511 1 1080 960 t
- 10 S1 f
- (261)1440 1080 w
- 10 B f
- (q)1505 1080 w
- 10 R f
- ( reduces cpu time resources.)4 1159( That)1 249(suppresses all screen output except error messages.)6 2090 3 1594 1080 t
- (Just show information option)3 1194 1 1080 1248 t
- 10 S1 f
- (261)1440 1368 w
- 10 B f
- (J)1505 1368 w
- 10 R f
- ( write a 256le, it only prints information about the disc (depending on the)13 2967(does not)1 345 2 1589 1368 t
- 10 S1 f
- (261)4936 1368 w
- 10 B f
- (v)5001 1368 w
- 10 R f
- (option).)5086 1368 w
- (This is just for information purposes.)5 1523 1 1440 1488 t
- 9 B f
- (HINTS ON USAGE)2 785 1 720 1656 t
- 10 R f
- ( sample player software and sound card)6 1813(Don't create samples you cannot read. First check your)8 2507 2 1080 1776 t
- (hardware. I experienced problems with very low sample rates (stereo)9 2897 1 1080 1896 t
- 10 S1 f
- (<)4018 1896 w
- 10 R f
- (= 1575 Hz, mono)3 745 1 4074 1896 t
- 10 S1 f
- (<)4859 1896 w
- 10 R f
- (= 3675 Hz))2 485 1 4915 1896 t
- ( standard WAV players for sound blaster (maybe they are not legal in)12 3017(when trying to play them with)5 1303 2 1080 2016 t
- 10 B f
- (WAV)1080 2136 w
- 10 R f
- ( cdda2wav sup-)2 662( Now)1 270( in a bigendian format.)4 979(format). Most CD-Writers insist on audio samples)6 2121 4 1368 2136 t
- (ports the)1 355 1 1080 2256 t
- 10 S1 f
- (261)1468 2256 w
- 10 B f
- (E endianess)1 545 1 1533 2256 t
- 10 R f
- (option to control the endianess of the written samples.)8 2226 1 2111 2256 t
- ( the 'perfect')2 534(If your hardware is fast enough to run cdda2wav uninterrupted and your CD drive is one of)16 3786 2 1080 2424 t
- ( all overlap sampling off with the)6 1422(ones, you will gain speed when switching)6 1764 2 1080 2544 t
- 10 S1 f
- (261)4306 2544 w
- 10 B f
- (P 0)1 184 1 4371 2544 t
- 10 R f
- (option. Further 256ne)2 805 1 4595 2544 t
- (tuning can be done with the)5 1157 1 1080 2664 t
- 10 S1 f
- (261)2272 2664 w
- 10 B f
- (n sectors)1 417 1 2337 2664 t
- 10 R f
- ( should be requested)3 851(option. You can specify how much sectors)6 1760 2 2789 2664 t
- (in one go.)2 413 1 1080 2784 t
- (Cdda2wav supports)1 801 1 1080 2952 t
- 10 B f
- (pipes)1917 2952 w
- 10 R f
- (now. Use a 256lename of)4 967 1 2176 2952 t
- 10 S1 f
- (261)3179 2952 w
- 10 R f
- (to let cdda2wav output its samples to standard out-)8 2120 1 3280 2952 t
- (put.)1080 3072 w
- ( the)1 158(Conversion to other sound formats can be done using)8 2211 2 1080 3240 t
- 10 B f
- (sox)3485 3240 w
- 10 R f
- (program package (although the use of)5 1565 1 3660 3240 t
- 10 B f
- (sox)5261 3240 w
- (-x)1080 3360 w
- 10 R f
- ( should be no more necessary; see option)7 1695(to change the byte order of samples)6 1473 2 1197 3360 t
- 10 S1 f
- (261)4398 3360 w
- 10 B f
- (E)4463 3360 w
- 10 R f
- (to change the output)3 837 1 4563 3360 t
- (byteorder).)1080 3480 w
- ( into different 256les in one run, this is currently possible)10 2296(If you really want to sample more than one track)9 2024 2 1080 3648 t
- (with the)1 337 1 1080 3768 t
- 10 S1 f
- (261)1454 3768 w
- 10 B f
- (B)1519 3768 w
- 10 R f
- ( will be opened for the next)6 1164(option. When recording time exceeds the track limit a new 256le)10 2613 2 1623 3768 t
- (track.)1080 3888 w
- 9 B f
- (WARNING)720 4056 w
- 10 B f
- (IMPORTANT:)1080 4176 w
- 10 R f
- (it is prohibited to sell copies of copyrighted material by noncopyright holders. This pro-)13 3631 1 1769 4176 t
- ( constraint when using the)4 1093( user acknowledges this)3 987( The)1 225(gram may not be used to circumvent copyrights.)7 2015 4 1080 4296 t
- (software.)1080 4416 w
- 9 B f
- (BUGS)720 4584 w
- 10 R f
- (Performance may not be optimal on slower systems.)7 2148 1 1080 4704 t
- (The index scanner may give timeouts.)5 1560 1 1080 4944 t
- (The resampling (rate conversion code) uses polynomial interpolation, which is not optimal.)11 3737 1 1080 5184 t
- (Cdda2wav should use threads.)3 1239 1 1080 5424 t
- (When using jitter correction with ATAPI cdrom drives, track endings are not handled correctly.)13 3927 1 1080 5664 t
- 9 B f
- (ACKNOWLEDGEMENTS)720 5832 w
- 10 R f
- ( and Fraunhofer Institut f)4 1080(Thanks goto Project MODE (http://www.mode.net/))4 2165 2 1080 5952 t
- 10 S f
- (372)4325 5952 w
- 10 R f
- (r integrierte Schaltungen)2 1025 1 4375 5952 t
- ( Europe and Ricoh Japan provided)5 1558( Plextor)1 383((FhG-IIS) (http://www.iis.fhg.de/) for 256nancial support.)4 2379 3 1080 6072 t
- ( has helped a lot)4 701( Rammi)1 366( this software.)2 589(cdrom disk drives and cd burners which helped a lot to develop)11 2664 4 1080 6192 t
- ( showed a lot of stamina when hearing 100 times the 256rst 16 seconds of the 256rst)16 3346(with the debugging and)3 974 2 1080 6312 t
- ( patches contributed by Monty xiphmont)5 1670( Paranoia)1 415(track of the Krupps CD.)4 994 3 1080 6432 t
- 10 S1 f
- (@)4159 6432 w
- 10 R f
- (mit.edu.)4251 6432 w
- 9 B f
- (AUTHOR)720 6600 w
- 10 R f
- (Heiko Eissfeldt heiko)2 882 1 1080 6720 t
- 10 S1 f
- (@)1962 6720 w
- 10 R f
- (colossus.escape.de)2054 6720 w
- 9 B f
- (DATE)720 6888 w
- 10 R f
- (25 Mar 1999)2 532 1 1080 7008 t
- ( 6)1 2099( change:)1 343( Last)1 1796(SunOS 5.4)1 442 4 720 7680 t
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- %%Trailer
- done
- %%DocumentFonts: Times-Roman Times-Bold Times-Italic Symbol
- %%Pages: 8