NuclearSilo wrote:PillsHere wrote:Afaik there are only 3 primary colors RYB, and it creates others by additives and subtractives. So in that sense, no. That would mean any color that is based off RYB and created with mixtures doesn't exist either.
Pink can't exist on it's own and has to be made by mixture of colors, but that doesn't mean it doesn't exist, it just doesn't unless it's created, which it is..so it does. The only way pink cannot exist is if we don't have the primary colors which make it, in which case color wouldn't exist at all.
Nope wrong. If you take a glass that filter only red light and a glass that filter only blue light and put them together, you won't have yellow or green light. You got black!
And no, I don't welcome you to the forum
That's a matter of what media you're dealing with. And wait..why would you think it'd make yellow?
RYB - R = YB = Green
RYB - B = RY = Orange.
Black is only present when you have no color wavelengths at all, or something that absorbs all the color wavelengths
In terms of light our eyes detect electromagnetic frequencies, and they're saying there is no "pink" wavelength, we only see it when two wavelengths are perceived at the same time. Pink has no direct wavelength, apparently, so it doesn't exist because it's not on it's own on the color specrum. But the way we see color, physically anyways, is from reflection. Why can't an object simply absorb all other wavelengths, reflecting only Red and Violet ones, thus creating pink?
Two colors combined, they created pink. But because it's not a stand alone color on the light spectrum, it apparently doesn't exist. This also means brown is not a color either. But as far as our eyes and brain is concerned, they do.
If they wanna get that technical on wavelengths though; an unopened can of paint is black, since there is no reflection of light to give us color.
And good, I wouldn't of thanked your welcoming.
