mirror of
git://git.code.sf.net/p/zsh/code
synced 2024-10-02 08:51:18 +02:00
210 lines
7.1 KiB
Plaintext
210 lines
7.1 KiB
Plaintext
#compdef -P (tiff*|*2tiff|pal2rgb)
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local pat expl ret=1
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if [[ "$service" = *2tiff ]]; then
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pat="*.(#i)${service}"
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else
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pat="*.(#i)tiff"
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fi
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if [[ $# -ne 0 || $+_in_tiff -ne 0 ]]; then
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if (( ! $# )); then
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_description files expl 'picture file'
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set -- "$expl[@]"
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fi
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_wanted files expl 'picture file' _path_files "$@" -g "$pat" - ||
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_files "$@" "$expl[@]" -g '*.(#i)tiff'
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return
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fi
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local _in_tiff=yes
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local curcontext="$curcontext" state line ret=1
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typeset -A opt_args
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case "$service" in
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tiff2bw)
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_arguments -C \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-r[specify rows per strip]:rows per strip:' \
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'-R[specify percentage of red channel]:percentage of red channel:' \
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'-G[specify percentage of green channel]:percentage of green channel:' \
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'-B[specify percentage of blue channel]:percentage of blue channel:' \
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':input file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiff2ps)
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_arguments \
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'-1[generate PostScript Level I output]' \
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'-2[generate PostScript Level II output]' \
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'-a[generate output for all IFDs]' \
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'-d[set initial TIFF directory]:initial TIFF directory:' \
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'(-p)-e[generate Encapsulated PostScript]' \
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'-o[set initial TIFF directory (file offset)]:file offset:' \
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'(-e)-p[generate non-Encapsulated PostScript]' \
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'-h[set page height]:page height:' \
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'-w[set page width]:page width:' \
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'-8[disable use of ASCII85 encoding]' \
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'-D[print two pages per sheet]' \
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'-O[specify output file]:output file:_files -g \*.\(\#i\)ps' \
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'-s[generate output for a single image]' \
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'-T[print pages for top edge binding]' \
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'*:input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffcmp)
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_arguments \
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'-l[list all differing bytes]' \
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'-t[ignore differences in directories]' \
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':first input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':second input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffcp)
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_arguments -C \
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'-B[write output in bin-endian byte order]' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-o[set initial TIFF directory (file offset)]:file offset:' \
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'-p[set sample packing]:sample packing:(contig separate)' \
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'(-t)-s[write output in strips]' \
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'(-s)-t[write output in tiles]' \
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'-i[ignore read errors]' \
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'-r[specify rows per strip]:rows per strip:' \
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'-w[specify output tile width]:output tile width:' \
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'-l[specify output tile length]:output tile length:' \
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'-f[specify fill order]:fill order:(lsb2msb msb2lsb)' \
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'*:input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffdither)
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_arguments -C \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-f[specify fill order]:fill order:(lsb2msb msb2lsb)' \
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'-r[specify rows per strip]:rows per strip:' \
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'-t[set threshold for dithering]:dither threshold value:' \
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':input file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffdump)
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_arguments \
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'-o[set initial TIFF directory (file offset)]:file offset:' \
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'-h[print numbers in hexadecimal]' \
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'*:input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffinfo)
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_arguments \
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'-c[display colormap and color/gray response curves]' \
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'-D[read and decompress data]' \
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'-d[print decompressed data]' \
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'-j[display JPEG-related tags]' \
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'-o[set initial TIFF directory (file offset)]:file offset:' \
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'-s[display offsets and byte counts for all data strips]' \
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'-i[ignore read errors]' \
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'-f[force fill order]:fill order:(lsb2msb msb2lsb)' \
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'-w[display raw data in words]' \
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'*:input TIFF file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffmedian)
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_arguments -C \
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'-r[specify rows per strip]:rows per strip:' \
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'-C[specify number of colormap entries]:number of colormap entries:' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-f[use Floyd-Steinberg dithering]' \
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':input file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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tiffsplit)
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_arguments \
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':input file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':output file prefix:' && ret=0
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;;
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fax2tiff)
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_arguments \
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'(-1 -4)-2[input is Group 3, 2d encoded]' \
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'(-2 -4)-1[input is Group 3, 1d encoded]' \
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'(-1 -2)-4[input is Group 4 encoded]' \
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'(-W)-B[0 in input is black]' \
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'(-B)-W[0 in input is white]' \
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'(-M)-L[input is lsb-to-msb]' \
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'(-L)-M[input is msb-to-lsb]' \
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'-R[specify resolution]:resolution (lines per inch):' \
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'-o[specify output file]:output file:_files -g \*.\(\#i\)tif\(\|f\)' \
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'(-f)-c[generate `classic'"'"' TIFF format]' \
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'(-c)-f[generate TIFF Class F format]' \
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'-m[output in msb-to-lsb order]' \
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'-p[don'"'"'t align EOL codes]' \
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'-s[duplicate all rows]' \
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'-v[verbose mode]' \
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':FAX input file:_files -g \*.\(\#i\)\(g\[34\]\|fax\)' && ret=0
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;;
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gif2tiff)
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_arguments -C \
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'-r[specify rows per strip]:rows per strip:' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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':input GIF file:_files -g \*.\(\#i\)gif' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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ppm2tiff)
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_arguments -C \
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'-r[specify rows per strip]:rows per strip:' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-R[specify resolution]:resolution:' \
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':input GIF file:_files -g \*.\(\#i\)ppm' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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ras2tiff)
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_arguments -C \
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'-r[specify rows per strip]:rows per strip:' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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':input raster image file:_files -g \*.\(\#i\)ras\(\|t\)' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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pal2rgb)
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_arguments -C \
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'-C[specify number of bits for colormap entries]:bits for colormap entries:(8 16)' \
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'-p[set sample packing]:sample packing:(contig separate)' \
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'-c[specify compression scheme]:compression scheme:->compress' \
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'-r[specify rows per strip]:rows per strip:' \
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':input file:_files -g \*.\(\#i\)tif\(\|f\)' \
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':output file:_files -g \*.\(\#i\)tif\(\|f\)' && ret=0
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;;
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*)
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_description files expl 'picture file'
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_files "$expl[@]" -g "$pat" && ret=0
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esac
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if [[ -n "$state" ]]; then
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if [[ "$PREFIX" = *:* ]]; then
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local scheme="${PREFIX%%:*}"
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compset -P 1 '*:'
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case "$scheme" in
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g3)
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_values -s : 'FAX Group 3 options' \
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'(2d)1d[use 1D-encoding]' \
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'(1d)2d[use 2D-encoding]' \
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'fill[byte-align EOL codes]' && ret=0
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;;
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jpeg)
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_message 'compression quality (0-100), or `r'"'"' (output RGB)'
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ret=0
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;;
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lzw|zip)
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_values 'LZW and deflate options' \
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'1[without differencing]' \
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'2[with differencing]' && ret=0
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;;
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esac
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else
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_tags values
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while _tags; do
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while _next_label values expl 'compression scheme'; do
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compadd "$expl[@]" - none g4 packbits && ret=0
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compadd "$expl[@]" -qS: - lzw zip jpeg g3 && ret=0
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done
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(( ret )) || return 0
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done
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fi
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fi
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return ret
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