skin is very fun! sss layers- indigo 07 test 2
paper
odd, i cant seem to find a free paper for the one in 2006.
is http://graphics.ucsd.edu/~henrik/papers/skin_bssrdf/ the one your refering to?
is http://graphics.ucsd.edu/~henrik/papers/skin_bssrdf/ the one your refering to?
a shiny monkey is a happy monkey
Re: paper
Check out this...oodmb wrote:odd, i cant seem to find a free paper for the one in 2006.
is http://graphics.ucsd.edu/~henrik/papers/skin_bssrdf/ the one your refering to?
polygonmanufaktur.de
hmm
hmm why not?
maybe i'll get some sort of school credit from my physics teachers
i'll have it to you in about maybe a week and a half at most
Edit: now that i realize that "figure 1" != "table 1", i know what your talking about. maybe more like 2-3 days.
maybe i'll get some sort of school credit from my physics teachers
i'll have it to you in about maybe a week and a half at most
Edit: now that i realize that "figure 1" != "table 1", i know what your talking about. maybe more like 2-3 days.
a shiny monkey is a happy monkey
i hear there are some parapsychologist studing tesla's memory who have created a device that prints images directly from thaughts. i bet if you could find one of them you can think about the graph realy hard and it will print a table for you
or, i could just use maple
or, i could just use maple
a shiny monkey is a happy monkey
i am pretty sure i know what you mean,
but if its a boring task it can be made interesting by overcomplicating it and wrighting a program that does it.
what i misunderstand is not you, but maple (the version for windows 3). and apparently i am not alone in that.
being ocd as i am, turning that qualifies as fun for me and i would be more than happy to do it for you.
but if its a boring task it can be made interesting by overcomplicating it and wrighting a program that does it.
what i misunderstand is not you, but maple (the version for windows 3). and apparently i am not alone in that.
being ocd as i am, turning that qualifies as fun for me and i would be more than happy to do it for you.
a shiny monkey is a happy monkey
Ono, i know what you mean. Do you want the absorbance/transmittance of hemoglobin/oxyhemoglobin at different wavelengths (interval of 20nm)? I studied spectrometry pretty front top to bottom. I could do if if you havent already.
EDIT: The graph is in absorption coeff, but the task is pretty much the same lol.
EDIT: The graph is in absorption coeff, but the task is pretty much the same lol.
10 nm
ok, well i was about half way into entering the data at 10 nm using the graphing methods of photoshop when i had a bout between sleep and sleep prevailed.
a shiny monkey is a happy monkey
hand model
ono, dont use a model of the hand to test the SSS. from what i have read in virutaly every paper, the layer examples that they give for skin are based off of data taken from the face. the skin around hands has different controbution and thickness of layers. in the palm of the hand, there is often a coule of extra of dead skin because the hands are used so often and develop a calous like layer. the bumps in the skin on the hand follow very different patterns from the bumps in other parts of the body. (thumb print as compared to cell print). above the skin the ratio of water to oil is higher but rather than smoothing itself over the whole surface like it does on other parts of the body, it pools into the groovs on the hand creating a sparkly effect. below that there is a higher concentration of capillaries and they are larger.
the top layers on the back of the hand are much more like the ones on the face, but the veins and arteries pop and thus the thickness of the top layers vary in a pattern that is highly noticable.
here are some sites with head scans
http://www.farfieldtechnology.com/download/
http://www.cyberware.com/products/scanners/index.html
if you want, you could use the model i have posted here. its blender and has an ok topology, you might not have as many problems with it as you would have with a 3d scan.
the top layers on the back of the hand are much more like the ones on the face, but the veins and arteries pop and thus the thickness of the top layers vary in a pattern that is highly noticable.
here are some sites with head scans
http://www.farfieldtechnology.com/download/
http://www.cyberware.com/products/scanners/index.html
if you want, you could use the model i have posted here. its blender and has an ok topology, you might not have as many problems with it as you would have with a 3d scan.
a shiny monkey is a happy monkey
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