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Video Format : (720p) openh264 ( https://github.com/cisco/openh264) mp4a.40.2 | 44100Hz
Audio Format: 140 ( High )
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Date : 1753706345741 - unknown on Apple WebKit
Mystery text : V3puQk0xTGtyUFkgaSAgbG92ICB1IHdva2UtcHJveHkucG9rZXR1YmUuZnVu
143 : true
36,577 Views • Jul 18, 2025 • Click to toggle off description
Views : 36,577
Genre: People & Blogs
License: Standard YouTube License
Uploaded At Jul 18, 2025 ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.965 (17/1,935 LTDR)
99.13% of the users lieked the video!!
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User score: 98.69- Masterpiece Video
RYD date created : 2025-07-28T00:22:35.458392Z
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64 Comments
Top Comments of this video!! :3
In art school we learned that stuff like this is called optical color mixing. It's called that because it isn't mixing colors, it is your eye mixing them. Like obviously if you zoom in each strand is one color or the other, it's just your eye mixing them because it can't distinguish. Artists like chuck close use it to make really interesting pictures where from a distance you can see an image your brain puts together for you by mixing all the colors, but when you get closer you can see that many of the shapes you were seeing was kinda more of your brain blurring the lines between two or more other colors
111 | 0
Subtractive, this is how paint is mixed at a molecular level.
1 | 0
since we cant agree, clearly its divisive color mixing
34 | 2
subtractive because your looking at pink and blue but they are in different colors that make your eyes think its a new color. she isn't adding them together she is sorting them differently so you see a new color in the mixture.
56 | 0
I think it’s just the hair strands getting tangled together as she brushes, tricking our eyes into seeing a new combination of colors
21 | 2
Here's how I understand it:
Additive color mixing: mixing colors of light, primary colors are red green and blue.
Subtractive color mixing: mixing colors of not light, primary colors are red yellow and blue (or cyan yellow and magenta)
Therefore, this is subtractive color mixing.
| 0
okay i really made this og comment a bit hard to understand so...
Mixing light and NOT anything physical: ADDITIVE. (flashlights, pixels) (Light has to be EMITTED and not reflected, and the light itself has to be mixed)
Mixing physical objects that reflect or filter light: SUBTRACTIVE (Ink, markers, paint, filters) (Light has to be reflected or filtered by the objects, and you mix the physical objects together so the color appears different)
This is subtractive because hair is a physical object, and you're "mixing" the physical hairs together. they do not emit light that you mix, you're mixing the hairs together.
7 | 16
Nah, it's hairative color mixing lol
9 | 0
I'd say subtractive, but using the same principle as our digital screen. Having bits of color over infintencimal increments to the point where our eyes can't tell the difference. Yet, in this case rather than adding light it reflects. Therefore it leans more towards subtractive color mixing.
1 | 0
I'd say it's kinda like show a TV works, the TV has patterns of lights with millions of repeats of red blue green and I think yellow, (rbg is color but led so it's a little weird but I think they still have yellow anyway)and they light up at various brigtnesses and intervals to give tv color, they're not actually mixed colors but the other colors shining right next to eachother makes our brain mix them into other colors, so no real color mixing happened but our brains are being tricked to see a different color, it's pretty cool
| 0
Subtractive, this is basically equivalent to mixing pigments.
1 | 0
What was it called when Monet did it? Colors closely packed together that gives the appearance of a new color??
1 | 2
couldn't we figure this out by mixing the same colors digitally first by subtractive then by additive and whichever new color looks like the new color in the video, that's the type of mixing?
| 0
I think it's the same principle as dithering, so must be additive
| 0
Optical color mixing
| 0
It's neither, imagine you have yellow sand and red sand, you mix it, you didn't mix the colors but you'd still see orange, because the red particles and the yellow particles are too close so your brain mixes it itself because your eye can't actually see two colors in the same place, it can only understand one , it's kind of like how a jpg loses pixels it seems too close to being the same pixel
| 0
That's so cool!!!
| 0
Its technically both bc some hair goes through the hair and that’s subtractive but some is reflected and combined and thats additive
| 0
Wow😮
1 | 0
@nibibshmib
1 week ago
I'd say subtractive due to the fact that you can still take away the fake hair but i'm not the smartest when it comes to this type of stuff
195 | 0