The -t flag overrides the default full spread test patch algorithm, and makes
use of the Incremental Far Point Distribution algorithm, which incrementally
searches for test points that are as far away as possible from any existing
points. This is used as the default for dimensions higher than 4.
The -r flag overrides the default full spread test patch algorithm, and chooses
test points with an even random distribution in device space.
The -R flag overrides the default full spread test patch algorithm, and chooses
test points with an even random distribution in perceptual space.
The -q flag overrides the default full spread test patch algorithm, and chooses
test points with a quasi-random, space filling distribution in device space.
The -Q flag overrides the default full spread test patch algorithm, and chooses
test points with a quasi-random, space filling distribution in perceptual space.
The -i flag overrides the default full spread test patch algorithm, and chooses
test points with body centered cubic distribution in device space.
The -I flag overrides the default full spread test patch algorithm, and chooses
test points with body centered cubic distribution in perceptual space.
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -q -w test1
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -Q -w test2
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -t100 -w test3
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -r -w test4
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -R -w test5
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -t100 -R -w test6
targen -v -O -U -d2 -f50 -e0 -B0 -s3 -t100 -r -w test7
