|11-16-2012, 07:46 AM||#1|
Join Date: Nov 2012
Weird Questions Involving Photoshop
I created this account to ask people who knew a thing or two a few questions. I don't know any lingo, I have a loose idea of how things work. Just enough to get me through the more complex techniques. Deke is my favorite person ever. Etc, etc… I'm sure these questions are very stupid.
Anyway, recoloring craze.
Firstly, grayscale is pretty much strictly a luminance value right? If it is, I assume it's not possible to pull "real" colors out of them? So there's no way of sort of… translating grayscale back to a color "value?"
Basically, I'm a purist. Not in the "keep it as is" sense. More of a "I wanna see what it would look like in real life before you attack it with splatter brushes" kind of thing. Because of this, it pains me to load up adjustment layers and try to imagine what the color would be. Essentially, "this gray is the same shade as this gray so they must be the same color." It hurts. It physically hurts.
Now I've color corrected professionally. I supposedly have a B.A. in this stuff (Supposedly. I asked a lot of questions and then went home and answered them myself). So naturally I'm curious. Am I stuck guessing, or is there a way of calculating the truth out this stuff?
I've done some google searches and turned up nothing. I assumed it was because there is a fundamentally important keyword I'm lacking as opposed to a complete kill switch on my IQ.
|11-18-2012, 09:19 PM||#2|
Join Date: Dec 2008
i guess that it could be possible to lure some color information out of a black and white photo given enough information. But you need a LOT of extra information like what film (spectral sensitivity)/optics (glass color)/light (complete spectra)/material that was used. It still will be a very hard task and I don't think it will be possible to get that much information.
I seriously doubt that you will ever see a re-colorize plugin for PS. But I need to say that scientists have surprised me before :-P
Latest surprice: http://youtu.be/SoHeWgLvlXI
One idea would be to use the chromatic aberration to see the spectra of the light on those spots :-)
Last edited by receptor : 11-18-2012 at 09:26 PM.
|11-18-2012, 09:19 PM||#3|
Join Date: Sep 2003
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