Lines Matching refs:bits
95 # compression mode y (0 - 4) for GIF LZW with a maximum n bits
97 >>>5 ulelong+12 x \b, LZW %u-bits compression
108 # attributes (bits: 0~owner read,1~owner write,3~no delete,4~public read,5~public write)
2214 # and/or look for unused bits of booleans bytes like zoom, paginated, mail merge
2217 # test for unused bits of zoom- , paginated-boolean bytes
2868 # the magic number was a host "int", which might have been 16 bits
2869 # or 32 bits. We don't say "PDP-11" or "VAX", as there might have
4820 # test for unused flag bits in f_flags
4829 # test for unused flag bits in f_flags
4838 # test for unused flag bits in f_flags
4847 # test for unused flag bits in f_flags
5343 >14 beshort x %d bits
5544 # some common bits/sample values
6301 # NOTE: the spec incorrectly uses "bits per sample" instead of "bits per byte"
6860 >7 string =_ saved as 32-bits
6873 >7 string =- saved as 64-bits
7990 # .usp are user dictionary bits
8121 # test for unused flag bits (0x8000,0x0800,0x0400,0x0200,x0080) in f_flags
8430 >2 byte&0x1f x %d bits
8598 # There's only a magic nibble (4 bits); that nibble repeats every 33
10231 >388 lelong x %d bits/color
10232 >392 lelong x %d bits/pixel
10715 # multiple of 2 in between 16 and 16 K ,implies upper and lower bits are zero
11070 # look after database name for "some" null bits
11221 >&0 der int3=010001 DER Encoded Key Pair, 512 bits
11226 >&0 der int3=010001 DER Encoded Key Pair, 1024 bits
11231 >&0 der int3=010001 DER Encoded Key Pair, 2048 bits
11236 >&0 der int3=010001 DER Encoded Key Pair, 4096 bits
11241 >&0 der int3=010001 DER Encoded Key Pair, 8192 bits
11246 >&0 der int3=010001 DER Encoded Key Pair, 16k bits
11251 >&0 der int3=010001 DER Encoded Key Pair, 32k bits
11256 >>&0 der int2=0dfa DER Encoded Certificate, 512 bits
11257 >>&0 der int2=0dfb DER Encoded Certificate, 1024 bits
11258 >>&0 der int2=0dfc DER Encoded Certificate, 2048 bits
11259 >>&0 der int2=0dfd DER Encoded Certificate, 4096 bits
11260 >>&0 der int2=0dfe DER Encoded Certificate, 8192 bits
11261 >>&0 der int2=0dff DER Encoded Certificate, 16k bits
11262 >>&0 der int2=0e04 DER Encoded Certificate, 32k bits
11263 >>&0 der int2=x DER Encoded Certificate, ? bits (%s)
12725 # where xxyyzz are lower bits from offsets of error messages varying for different languages
12746 # where xxyyzz are lower bits from offsets of error messages varying for different languages
12764 # where xxyyzz are lower bits from offsets of error messages varying for different languages
13811 # a word like "FATnm " is only a hint for a FAT size on nm-bits
14639 # These bits come from LBN 1 (home block) of ODS-1, ODS-2 and ODS-5 volumes,
17572 # test for unused flag bits (0x8000,0x0800,0x0400,0x0200,x0080) in f_flags
17580 # test for unused flag bits in f_flags
18259 # profile flags bits 0-2 of least 16 used by ICC
18274 # ICC device attributes bits 0-7 used
18461 # skip some MPEG sequence *.vob and some CRI ADX audio with improbable interleave bits
18521 # Image descriptor: bits 3-0 give the alpha channel depth, bits 5-4 give direction
18524 # bits 5-4 give direction. normal bottom left
18529 # some info say other bits 6-7 should be zero
19232 # number of bits per pixel (color depth); found 4 8
19241 >>10 ulelong x \b, bits offset %u
19254 # number of bits per pixel (color depth); found 8
19265 >>10 ulelong x \b, bits offset %u
19266 #>>10 ulelong x \b, bits offset 0x%x
19274 # number of bits per pixel (color depth); found 1 4 8
19285 >>10 ulelong x \b, bits offset %u
19286 #>>10 ulelong x \b, bits offset %#x
19287 #>>(10.l) ubequad !0 \b, bits %#16.16llx
19295 # number of bits per pixel (color depth); found 16 32
19304 >>10 ulelong x \b, bits offset %u
19305 #>>10 ulelong x \b, bits offset 0x%x
19313 # number of bits per pixel (color depth); found 16 32
19322 >>10 ulelong x \b, bits offset %u
19323 #>>10 ulelong x \b, bits offset 0x%x
19351 # number of bits per pixel (color depth); found 1 2 4 8 16 24 32
19374 >>>10 ulelong x \b, bits offset %u
19375 #>>>10 ulelong x \b, bits offset %#x
19376 #>>>(10.l) ubequad !0 \b, bits %#16.16llxd
19384 # number of bits per pixel (color depth); found 4 8 16 24 32 1 (fmt-119-signature-id-121.bmp) 0 (rg…
19393 >>10 ulelong x \b, bits offset %u
19394 #>>10 ulelong x \b, bits offset 0x%x
19400 # number of bits per pixel (color depth); found 8 24 32
19409 >>10 ulelong x \b, bits offset %u
19410 #>>10 ulelong x \b, bits offset 0x%x
19429 >>10 ulelong x \b, bits offset %u
19430 #>>(10.l) ubequad x \b, bits %#16.16llx
19445 # number of bits per pixel (color depth). Typical 32 24 16 8 4 but only 1 found
19454 # number of bits per pixel (color depth). only 1 found
19467 >>10 ulelong x \b, bits offset %u
19468 #>>10 ulelong x \b, bits offset %#x
19469 #>>(10.l) ubequad !0 \b, bits %#16.16llx
19476 # skip many Corel Photo-Paint image "CPT9FILE" by checking for positive bits offset
19494 # number of bits per pixel (color depth). Typical 32 24 16 8 4 but only 1 found
19503 # number of bits per pixel (color depth). only 1 found
19516 >>10 ulelong x \b, bits offset %u
19517 #>>10 ulelong x \b, bits offset %#x
19518 #>>(10.l) ubequad !0 \b, bits %#16.16llx
19618 >12 ubyte >0 \b, %d bits per pixel
19761 # BitmapPad; number of padding bits added to each scan line like: 8 16 32
19764 #>>>>>44 ubelong x \b, %u bits/pixel
19775 # BitsPerRgb; Size of each color mask in bits like: 0 1 8 24
19776 #>>>>>68 ubelong x \b, %u bits/RGB
19885 # skip g3test.g3 by test for unused bits of 2nd color entry
19912 # skip control file load-v0001.aria2 by test for unused bits of 5th color palette entry
19914 # skip many GEM Image data like DANCER.IMG GAMEOVR4.IMG SHIP.IMG by test for unused bits of 8th col…
19916 # skip many GEM Image data like BEETHVEN.IMG CABINETS.IMG MEMO.IMG by test for unused bits of 14th …
19918 # skip few GEM Image data like CHURCH.IMG by test for unused bits of 15th color palette entry
19920 # skip many GEM Image data like TIGER.IMG TURKEY.IMG XMAS.IMG by test for unused bits of 16th color…
19927 # skip Intel ia64 COFF msvcrt.lib by test for unused bits of 1st atari color palette entry
19955 # skip lif files handled via ./lif by test for unused bits of 1st palette entry
20894 # 32 Flag bits *cttt; c~CLUT flag t~type 000~4BPP 001~8BPP 010~16BPP 011~24BPP 100~Mixed
22085 >>>0x8 ulelong 0x1 RGB 24 bits
22086 >>>0x8 ulelong 0x3 CMYK 24 bits
22087 >>>0x8 ulelong 0x5 greyscale 8 bits
22089 >>>0x8 ulelong 0xA RGB 8 bits
22095 >>>0x8 ulelong 0xC RGB 48 bits
22096 >>>0x8 ulelong 0xE greyscale 16 bits
22129 # bits 3-7 in CPT file flags: unknown, seem to be often 0
22559 # PnP Device indicators; contains bits that identify the device as being capable of bootable
22615 # last image indicator; bit 7 indicates "last image"; bits 0-6 are reserved
24265 # key-bytes; number of key bytes; key-bytes*8=MK-bits
24375 # upper 8 bits of the CPU subtype
24817 # # finder flags, bits 0-7
26534 # 16 0-bits near beginning like True Type fonts *.ttf, Postscript PrinterFontMetric *.pfm, FTYPE.HY…
26536 # maximal 7 0-bits for pixel sequences or 11 0-bits for EOL in G3
26560 # 16 0-bits near beginning like PicturePuzzler found on Golden Orchard Apple CD Rom
26562 # maximal 7 0-bits for pixel sequences or 11 0-bits for EOL in G3
27142 # library by module type mask 00038000h (bits 15-17);
27154 # bits 8-10; OSF_PM_APP=300h in flags ~Uses PM windowing API; either it is GUI or console
27286 # DOS drivers LS120.SYS, MKELS120.SYS use reserved bits of attribute field
28014 >6 uleshort >1 \b, %d bits/pixel
29677 0 string StartFont ASCII font bits
29783 >>2 leshort x (%d bits/pixel)
32386 # 2 byte for key bits in version 5.28 look
32425 # CTB. Old-style CTBs have only four bits of type information; bits
32426 # 1-0 are used to describe the length. New-style CTBs have 6 bits of
32447 # Tag bits 7 and 6 set
32496 # Tag bit 7 set, bits 6, 1, 0 clear
32644 # Print out the key's algorithm and the number of bits, if this is
32649 >>&0 ubeshort x \b %d bits)
32651 >>&0 ubeshort x \b %d bits)
32653 >>&0 ubeshort x \b %d bits)
32655 >>&0 ubeshort x \b %d bits)
32657 >>&0 ubeshort x \b (%d bits)
32661 >>&0 ubeshort x \b %d bits)
33360 # extra check: only two bits of flag field are currently used
34365 # 128 bit + total file size (64 bits) so 24 bytes
34787 >1120 ulong >0 %d bits/pixel
35401 # Variable byte #3, consisting of bits:
36612 # where real SYStem EXclusive messages at offset 1 are limited to seven bits
37813 # binaries, so the first 16 bits of the file would contain 0x10B.
38099 >32 string BYTE \b, 8 bits = VAX byte
38100 >32 string HALF \b, 16 bits = VAX word = Fortran INTEGER*2
38101 >32 string FULL \b, 32 bits = VAX longword = Fortran INTEGER*4
38102 >32 string REAL \b, 32 bits = VAX longword = Fortran REAL*4
38103 >32 string DOUB \b, 64 bits = VAX quadword = Fortran REAL*8
38104 >32 string COMPLEX \b, 64 bits = VAX quadword = Fortran COMPLEX*8
41002 # 32 bits zeroed), because there is no simple way to print them as the
