NAME
kcmstest_tiff - color-corrects a tiff image through KCMS
SYNOPSIS
kcmstest_tiff [ -o ][ -u ][ -c ][ -h ][ -g ][ -r ][ -l ][ -i
] in_profile out_profile in_tif out_tif
AVAILABILITY
SUNWkcspg
DESCRIPTION
kcmstest_tiff requires the names of the input (scanner usu-
ally) profile, the output (monitor usually) profile, the
input image's tiff file, and an output file name. Takes the
in_tif and color corrects the image using the combination of
in_profile and out_profile. Currently only correction of
24-bit TIFF images is supported.
Presumably the input image has been scanned using the
scanner described by the input profile. The output profile
should describe the device on which the image is to be
displayed (or printed). Supply the path name to the input
image tiff file and a name for the color-corrected output
image to be stored in. Use imagetool(1) or some other
display program to view the tiff image on screen, or convert
and send the image to a color printer using an appropriate
tool.
Various options are available for the user to try out, see
below.
OPTIONS
-o optimizes the combination of in_profile and out_profile
before color correcting the image data.
-c calls the callback function provided while processing
proceeds (this will print callback information to the
screen). The callback functions during optimization of the
profiles and evaluation of the image.
-h hostname indicate that the profiles are located on
another host machine and will search for them there. The
kcms_server(1) daemon must be running on the hostname
machine.
-g requests that evaluation of the image use the hint that
this is a graphics image.
-r connects the profiles in the reverse direction (i.e. to
simulate a printer output on a monitor for instance).
-l indicates that the single profile named as input is a
device link profile. No output profile should be specified.
- indicates that the colorimetric rendering intent should be
used if available. Default is the perceptual rendering
intent. See the KCMS API Document for definitions of these
intents.
in_profile is the full path name of an input profile
out_profile is the full path name of an input profile
in_tif is the full path name of an input tiff image
out_tif is the file name in which to store the output tiff
image
EXAMPLES
Example 1:
example% kcmstest_tiff ../profiles/kcmsEKmtk600zs.inp
../profiles/kcmsEKsunsony19.mon images/wales.tif testimage.tif
Use a Microtek scanner input profile, a Sun Sony 19inch
display output profile, a sample tiff input image, and pro-
vide a testimage file name to store the resulting image in.
Messages appear as follows:
Reading image data
time difference = 0 secs 584728 usec
In profile = ../profiles/kcmsEKmtk600zs.inp,
Out Profile = ../profiles/kcmsEKsunsony19.mon
Evaluating image data
time difference = 2 secs 277112 usec
Example 2:
example% kcmstest_tiff -c -o ../profiles/kcmsEKmtk600zs.inp
../profiles/kcmsEKsunsony19.mon images/wales.tif testimage.tif
request optimization and callback information. The messages
appear as follows:
time difference = 0 secs 443615 usec
In profile = ../profiles/kcmsEKmtk600zs.inp,
Out Profile = ../profiles/kcmsEKsunsony19.mon
Optimizing the complete profile
time difference = 0 secs 137561 usec
Evaluating image data
Optimize+Evaluate is 4 percent completed
Optimize+Evaluate is 9 percent completed
Optimize+Evaluate is 13 percent completed
Optimize+Evaluate is 18 percent completed
Optimize+Evaluate is 22 percent completed
Optimize+Evaluate is 27 percent completed
Optimize+Evaluate is 31 percent completed
Optimize+Evaluate is 36 percent completed
Optimize+Evaluate is 40 percent completed
Optimize+Evaluate is 45 percent completed
Optimize+Evaluate is 50 percent completed
Optimize+Evaluate is 54 percent completed
Optimize+Evaluate is 59 percent completed
Optimize+Evaluate is 63 percent completed
Optimize+Evaluate is 68 percent completed
Optimize+Evaluate is 72 percent completed
Optimize+Evaluate is 77 percent completed
Optimize+Evaluate is 81 percent completed
Optimize+Evaluate is 86 percent completed
Optimize+Evaluate is 90 percent completed
Optimize+Evaluate is 95 percent completed
Optimize+Evaluate is 100 percent completed
time difference = 2 secs 374310 usec
ENVIRONMENT
KCS_PROFILES may be set to the path name of a directory con-
taining personal profiles. The library will search this
directory if the environment variable exists.
SEE ALSO
profile_demo(6),print_montbls(6),print_header(6),
kcms_create(6), kcms_update(6)
DIAGNOSTICS
kcmstest_tiff will display errors relating to profile exis-
tance and access. Additional information is printed related
to the amount of processing time.
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