'\" t '\" '\" DO NOT EDIT! This file is generated from foo2lava-wrapper.1in '\" '\" t .TH foo2lava-wrapper 1 "Tue May 02 09:58:23 2017" "foo2lava-wrapper 0.0" '\" '\" '\"========================================================================== '\" STRINGS and MACROS '\"========================================================================== '\" '\" Define strings for special characters that nroff doesn't have '\" '\" N.B. using .if cua to test for special characters did not work. '\" .if !'\*[.T]'ps' .ds ua up .if '\*[.T]'ps' .ds ua \(ua .if !'\*[.T]'ps' .ds da down .if '\*[.T]'ps' .ds da \(da .if !'\*[.T]'ps' .ds <- left .if '\*[.T]'ps' .ds <- \(<- .if !'\*[.T]'ps' .ds -> right .if '\*[.T]'ps' .ds -> \(-> '\" '\" bx - box a Courier string for making keycaps '\" '\" N.B. this mess is to make the line drawing come out only '\" if we are really generating postscript '\" .de bx .ie !'\*[.T]'ps' \{\ . RB [ \\$1 ]\\$2 .\} .el \{\ . ie !r ps4html \{\ '\" \(br\|\s\-1\f(CB\\$1\fP\s+1\|\(br\l'|0\(rn'\l'|0\(ul' . ft CW . nr par*bxw \w'\\$1'+.4m \Z'\v'.25m'\D'l 0 \-1m'\D'l \\n[par*bxw]u 0'\D'l 0 1m'\D'l \-\\n[par*bxw]u 0''\ \Z'\h'.2m'\s\-1\\$1\s+1'\ \h'\\n[par*bxw]u'\\$2 . ft P . \} . el \{\ . RB [ \\$1 ]\\$2 . \} .\} .. '\" '\" strings to set current color (null with old groff) '\" .if mred .ds red \m[red] .if mgreen .ds green \m[green] .if mblue .ds blue \m[blue] .if mblack .ds black \m[black] .if mblack .ds mP \mP '\" '\" fix for grotty + xterm. We call for orange, grotty outputs yellow, '\" but xterm displays yellow as orange. The cycle is complete. '\" .if n .defcolor orange rgb #ffff00 '\" '\" color \- set the current color (ignores request with old groff) '\" .de color .if mred \m[\\$1]\c .. '\" '\" colorword \- colorize a word (ignored by old groff) '\" .de colorword .ie m\\$1 \m[\\$1]\\$2\mP\c .el \\$2\c .. '\" '\" colbox \- colorize a word in a filled box '\" .de colbox .ie mred \M[\\$2]\ \v'+.167v'\ \D'P 0 \-0.9v \w'\\$3'u 0 0 +0.9v \-\w'\\$3'u 0'\ \v'\-.167v'\ \m[\\$1]\\$3\mP\MP .el \\$3\c .. '\" '\" Macros for doing pdfmarks '\" .de specialps .if '\*[.T]'ps' \\k_\X'ps: \\$*'\h'|\\n_u'\c .. '\" '\" pdfmark PDFMARKCODE '\" .ds pdfmarks .if d pdfmarks \{\ .de pdfmark . specialps exec [\\$1 pdfmark .. '\" '\" pdfdest LINKNAME '\" .de pdfdest .pdfmark "/Dest /\\$1 /View [/XYZ \-5 PL null] /DEST" .. '\" '\" pdfbookmark COUNT LINKNAME STRING '\" .de pdfbookmark . pdfmark "/View [/XYZ 44 730 1.0] /Count \\$1 /Dest /\\$2 /Title (\\$3) /OUT" .. '\" '\" Define the SH and SS macros to save pdfmark information '\" in "arrays" of numbers and strings. '\" .if !r rr_n \{\ .nr rr_n 0 1 .am SH . nr rr_levels!\\n+[rr_n] 2 . ds rr_labels!\\n[rr_n] \\$* . pdfdest Link\\n[rr_n] .. .am SS . nr rr_levels!\\n+[rr_n] 3 . ds rr_labels!\\n[rr_n] \\$* . pdfdest Link\\n[rr_n] .. .\} '\" '\" Called at the end of the document to generate the pdfmark outline '\" .de pdf_outline .nr rr_levels!\\n+[rr_n] 1 .nr rr_i 0 1 .while \\n+[rr_i]<\\n[rr_n] \{\ . nr rr_ip1 \\n[rr_i]+1 . nr rr_count 0 . if \\n[rr_levels!\\n[rr_ip1]]>\\n[rr_levels!\\n[rr_i]] \{\ . nr rr_j \\n[rr_i] 1 . while \\n+[rr_j]<\\n[rr_n] \{\ . if \\n[rr_levels!\\n[rr_j]]<=\\n[rr_levels!\\n[rr_i]] \{\ . break . \} . if \\n[rr_levels!\\n[rr_j]]==(\\n[rr_levels!\\n[rr_i]]+1) \{\ . nr rr_count \\n[rr_count]+1 . \} . \} . \} . ds hhh \\*[rr_labels!\\n[rr_i]] . pdfbookmark \-\\n[rr_count] Link\\n[rr_i] "\\*[hhh]" .\} .. '\" '\" Some postscript to make pdfmarks harmless on old interpreters... '\" .specialps "def /pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse" '\" '\" Force display of Bookmarks in Acrobat when document is viewed. '\" .pdfmark "[/PageMode /UseOutlines /Page 1 /View [/XYZ null null null] /DOCVIEW" '\" '\" Output the document info in pdfmarks '\" .pdfmark "\ /Title (\*[an-title](\*[an-section])) \ /Subject (\*[an-title] Manual Page) \ /Author (Rick Richardson) \ /Keywords (printing) \ /Creator (groff \n(.x.\n(.y.\n(.Y \-man) \ /CreationDate (\*[an-extra1]) \ /ModDate (\*[an-extra1]) \ /DOCINFO" \} '\" '\" The manual page name is only 1st level mark '\" .nr rr_levels!\n+[rr_n] 1 .ds rr_labels!\n[rr_n] \*[an-title](\*[an-section]) .pdfdest Link\n[rr_n] '\" '\"========================================================================== '\" MANUAL PAGE SOURCE '\"========================================================================== .SH NAME foo2lava-wrapper \- Convert Postscript into a LAVAFLOW or OPL printer stream .SH SYNOPSIS .B foo2lava-wrapper .RI [ options "] [" ps-file ] .SH DESCRIPTION .B foo2lava-wrapper is a Foomatic compatible printer wrapper for the \fBfoo2lava\fP printer driver. This script reads a Postscript \fIps-file\fP or standard input and converts it to Zenographics LAVAFLOW printer format for driving the Konica Minolta magicolor 1600W color laser printer, the Konica Minolta magicolor 1680MF/1690MF AIO printer, the Konica Minolta magicolor 2480/2490 MF AIO printer, the Konica Minolta magicolor 2530 DL network color laser printer, and other Zenographics-based LAVAFLOW printers. .P This script can be used in a standalone fashion, but is intended to be called from a printer spooler system which uses the Foomatic printer database. .SH COMMAND LINE OPTIONS .SS Normal Options These are the options used to select the parameters of a print job that are usually controlled on a per job basis. .TP .BI \-c Print in color (else monochrome). .TP .BI \-C\0 colormode Color correction mode [0]. .TS n l . 1 Photos (using m2300w CRDs) 2 Photos and text (using m2300w CRDs) 3 Graphics and text (using m2300w CRDs) 10 ICM color profile (using \-G *.icm file) .TE .TP .BI \-d\0 duplex Duplex code to send to printer [1]. .TS | n l | n l | n l . 1 off 2 long edge 3 short edge .TE .TP .BI \-m\0 media Media code to send to printer [0]. .TS l l l l n n. _ Media 2530DL _ plain 0 transparency 4 thick stock 20 envelope 22 letterhead 23 postcard 25 labels 26 recycled 27 .TE .TP .BI \-p\0 paper Paper size code to send to printer [2]. .TS box; | n l | n l. 1 executive 25 A5 2 letter 26 A4 3 legal 45 B5jis 80 env Monarch 65 B5iso 81 env #10 90 env DL 91 env C5 92 env B5 835 4x6" photo 837 10x15cm photo .TE .TP .BI \-n\0 copies Number of copies [1]. .TP .BI \-r\0 xres x yres Set device resolution in pixels/inch [1200x600]. .TP .BI \-s\0 source Source (Input Slot) code to send to printer [255]. .TS | n l | n l. 1 Tray 1 255 auto 4 Tray 2 .TE .TP .BI \-t Draft mode. Every other pixel is white. .TP .BI "\-2 \-3 \-4 \-5 \-6 \-8 \-9 \-10 \-12 \-14 \-15 \-16 \-18" Print in N-up. Requires the \fBpsutils\fP package. .TP .BI \-o\0 orient Orientation used for N-up. .TS l l l. Portrait \-op (normal) Landscape \-ol (rotated 90 degrees anticlockwise) Seascape \-os (rotated 90 degrees clockwise) .TE .SS Printer Tweaking Options These are the options used to customize the operation of \fBfoo2lava\fP for a particular printer. .TP .BI \-u\0 xoff x yoff Set the offset of the start of the printable region from the upper left corner, in pixels [varies with paper size]. The defaults should work on the 2200DL and 2300DL, and have not been tested on any other printers. .TP .BI \-l\0 xoff x yoff Set the offset of the end of the printable region from the lower right corner, in pixels [varies with paper size]. The defaults should work on the 2200DL and 2300DL, and have not been tested on any other printers. .TP .BI \-L\0 mask Send the logical clipping values from \-u/-l in the LAVAFLOW stream. \fBfoo2lava-wrapper\fP always runs Ghostscript with the ideal page dimensions, so that the scale of the image is correct, regardless whether or not the printer has unprintable regions. This option is used to move the position of the clipped image back to where it belongs on the page. The default is to send the amount which was clipped by \-u and \-l, and should be good in most cases. .TS l l. 0 don't send any logical clipping amounts 1 only send Y clipping amount 2 only send X clipping amount 3 send both X and Y clipping amounts .TE .TP .BI \-z\0 model Model. The default is [0]. .TS l l l. model protocol Description 0 LAVAFLOW magicolor 2490 MF 0 LAVAFLOW magicolor 2530 DL 1 OPL magicolor 2480 MF 2 LAVAFLOW magicolor 1600W 2 LAVAFLOW magicolor 1680MF 2 LAVAFLOW magicolor 1690MF .TE .SS Color Tweaking Options These are the options used to control the quality of color output. Color correction is currently a WORK IN PROGRESS. .TP .BI \-g\0 gsopts Additional options to pass to Ghostscript, such as \-g\(lq-dDITHERPPI=nnn\(rq, etc. This option may appear more than once. .TP .BI \-G\0 profile.icm Convert \fIprofile.icm\fP to a Postscript color rendering dictionary (CRD) using \fBfoo2zjs-icc2ps\fP and adjust the printer colors by using the Postscript \fBsetcolorrendering\fP operator. (WORK IN PROGRESS). .TP .BI \-G\0 gamma-file.ps Prepend \fIgamma-file.ps\fP to the Postscript input to perform color correction using the \fBsetcolortransfer\fP Postscript operator. For example, the file might contain: .br {0.333 exp} {0.333 exp} {0.333 exp} {0.333 exp} setcolortransfer .TP .BI \-I\0 intent Select profile intent from the ICM file. 0=Perceptual, 1=Colorimetric, 2=Saturation, 3=Absolute. Default is 0 (perceptual). .SS Debugging Options These options are used for debugging \fBfoo2lava\fP and its wrapper. .TP .BI \-S\0 plane Output just a single color plane from a color print and print it on the black plane. The default is to output all color planes. .TS l l. 1 Cyan 2 Magenta 3 Yellow 4 Black .TE .TP .BI \-D\0 level Set Debug level [0]. .SH EXAMPLES Create a monochrome LAVAFLOW stream from a Postscript document, examine it, and then print it using a RAW print queue: .RS .nf foo2lava-wrapper testpage.ps > testpage.zm lavadecode < testpage.zm lpr \-P raw testpage.zm .fi .RE .P Create a color LAVAFLOW stream from a Postscript document: .RS .nf foo2lava-wrapper \-c testpage.ps > testpage.zc .fi .RE .SH FILES .BR /usr/bin/foo2lava-wrapper .SH SEE ALSO .BR foo2lava (1), .BR lavadecode (1) .BR opldecode (1) .SH "AUTHOR" Rick Richardson .br http://foo2zjs.rkkda.com/ '\" '\" '\" .em pdf_outline