Source Files: buf.c ccitt3.c ccitt4.c fatal.c getopt.c gp4.c image.c main.c pack.c rlc.c tiff.c tiff.h vma.h xrlc.c xrlcw.c Makefile Imakefile
Test Raster Image: canon.rlc
-t {0,90,180,270} ... Turn angle
-r ... Invers Video
-e {rlc,tif,gp4} ... Compression
-g Geometry ... X-Window Geometry
-d Display ... X-Displayname
-n ... next file with options
xrlc -f test.rlc
xrlc -f test -e tif
xrlc -f test.tif -r
xrlc -f test.rlc -t 90
xrlc -f test.gp4 -t 180 -g 600x400+10+10
(Geometry allway in X11-Rules WIDTHxHIGHT+X0+Y0)
xrlc -f test.rlc -d host:0
rlc .... CadOverlay RLC
tif .... TIFF Group 3 u. 4
gp4 .... CALS Group 4
xrlc -f test.rlc -n -f test.gp4 -r -t 90 -n -e tif -f test2
test.rlc ... no Options
test.gp4 ... Options -r -t 90
test2 ...... Option -e tif
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by a rectangle. After typing the filename for the cut area the cut area will
be written as an RLC file.