[argyllcms] noise and gamut, input profiles with B2A table
- From: Klaus Karcher <lists@xxxxxxxxxxxxxxxxx>
- To: argyllcms@xxxxxxxxxxxxx
- Date: Sun, 20 Apr 2008 20:00:57 +0200
Hi Graeme,
I'm just trying to gain experience with tiffgamut, profile -g and
icclink -G and tried to test the impact of noise on the gamut size /
gamut mapping.
I applied Photoshop's denoise filter to a scan and compared the gamut
volumes before and after denoising:
I set the strength of the filter more heavy than beneficial for a
pleasant reproduction intentionally (to allow some clipping of the noise
in the resulting profile), but nevertheless I was very surprized about
the result:
viewgam -cn -t0.5 -s Frau-prophoto_abs.gam -ce -t0 -s
Frau-denoise7-prophoto_abs.gam -i normalVsDenoised.wrl
Intersecting volume = 54073.6 cubic units
'Frau-prophoto_abs.gam'
volume = 222885.1 cubic units,
intersect = 24.26%
'Frau-denoise7-prophoto_abs.gam'
volume = 54527.7 cubic units,
intersect = 99.17%
(see also attached wrl file)
I didn't create the profiles as yet, and I'm very curious about the
results :-)
Did you gain experience with the effects of downsampling, denoising or
bluring on typical image gamuts? Did you thing about adding some kind of
smoothing or denoising options to tiffgamut?
Besides, I came across a little issue with the argyll scanner profile I
used: Photoshop's denoise filter doesn't work with it as the profile has
no B2A table. This is not a big issue: as a workaround one can temporary
attach a matrix profile or convert the image to the working space, but
sometimes I prefer working with the image in its native colorspace
without workarounds or redundant conversions.
IMHO the option to add B2A tables or additional matrix tags to input
profiles would be nice feature. Is this possible without to much hassle?
Thanks,
Klaus
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75, 16, 79, -1
68, 39, 80, -1
72, 68, 80, -1
43, 73, 80, -1
73, 72, 80, -1
14, 17, 81, -1
17, 28, 81, -1
28, 27, 81, -1
29, 26, 81, -1
27, 29, 81, -1
32, 14, 81, -1
26, 25, 81, -1
23, 32, 81, -1
77, 12, 82, -1
76, 52, 82, -1
52, 77, 82, -1
33, 39, 83, -1
39, 68, 83, -1
68, 75, 83, -1
75, 79, 83, -1
79, 33, 83, -1
23, 81, 84, -1
25, 55, 84, -1
81, 25, 84, -1
31, 18, 85, -1
35, 36, 85, -1
36, 31, 85, -1
55, 35, 85, -1
18, 23, 85, -1
23, 84, 85, -1
84, 55, 85, -1
1, 0, 86, -1
0, 43, 86, -1
43, 41, 86, -1
41, 51, 86, -1
51, 63, 86, -1
14, 32, 87, -1
32, 23, 87, -1
23, 18, 87, -1
18, 78, 87, -1
22, 1, 88, -1
1, 86, 88, -1
86, 63, 88, -1
76, 82, 89, -1
82, 12, 89, -1
43, 80, 90, -1
57, 65, 91, -1
65, 90, 91, -1
90, 80, 91, -1
50, 57, 91, -1
45, 49, 92, -1
64, 45, 92, -1
39, 64, 92, -1
80, 39, 92, -1
49, 50, 93, -1
92, 49, 93, -1
50, 91, 93, -1
91, 80, 93, -1
80, 92, 93, -1
51, 41, 94, -1
41, 43, 94, -1
43, 90, 94, -1
40, 25, 95, -1
25, 51, 95, -1
51, 94, 95, -1
65, 40, 95, -1
90, 65, 95, -1
94, 90, 95, -1
2, 0, 96, -1
8, 2, 96, -1
11, 8, 96, -1
12, 15, 96, -1
89, 12, 96, -1
15, 11, 96, -1
78, 76, 96, -1
76, 89, 96, -1
17, 14, 97, -1
22, 62, 97, -1
62, 17, 97, -1
87, 22, 97, -1
14, 87, 97, -1
63, 22, 98, -1
22, 88, 98, -1
88, 63, 98, -1
13, 34, 99, -1
34, 76, 99, -1
76, 78, 99, -1
78, 13, 99, -1
1, 22, 100, -1
22, 87, 100, -1
87, 78, 100, -1
0, 1, 100, -1
96, 0, 100, -1
78, 96, 100, -1
]
}
appearance Appearance {
material Material {
ambientIntensity 0.3
shininess 0.5
emissiveColor 0.100000 0.100000 0.100000
}
}
} # end Shape
] # end children
} # end Transform
] # end of children for world
}
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