It’s not marketing, just colour theory. The same idea has been used by painters for ages.
Cursed wretched marketing
Submitted 3 months ago by fossilesque@mander.xyz to science_memes@mander.xyz
https://mander.xyz/pictrs/image/f6f4b18f-6726-4e85-8130-f6051ba27393.jpeg
Comments
Nachorella@lemmy.sdf.org 3 months ago
srecko@lemm.ee 3 months ago
It is when you use cova cola instead of, lolipop, santa, flag, flower or some other red object.
Undearius@lemmy.ca 3 months ago
[Here’s another example](imgtag.co.kr/images/211104/211104_231914/3FAa7o
Nachorella@lemmy.sdf.org 3 months ago
CaptainSpaceman@lemmy.world 3 months ago
Its the second Coca Cola TM post ive seen since I joined lemmy.
The other one was yesterday.
psud@aussie.zone 3 months ago
This site has no protection against marketing aside from moderator action. I’m not certain OP chose a coke can for that image or whether this was simply the first version of that illusion that OP has seen
smeg@feddit.uk 3 months ago
Oh weird, I assume this is just because the white is relatively red compared to the cyan, right? As in if you took any image and coloured it in the same way then it would also look red.
Theblonde@lemmy.world 3 months ago
Yeah, there seems to be a lot more going on here than just marketing. If you mask the logo, the red still works. I believe it has to do with the combinations of white/black, white/cyan, black/cyan and the relative size of the blocks to produce a red hue through complimentary color persistence or whatever it’s called.
RinseDrizzle@midwest.social 3 months ago
Hand doesn’t look red tho
dustyData@lemmy.world 3 months ago
Brain uses expectations to decide what to fill perception with. you don’t expect hands to be the same red tone as cola cans.
GarbageShoot@hexbear.net 3 months ago
The hand has cyan in it
chonglibloodsport@lemmy.world 3 months ago
Nonsense. My phone screen uses red, green, and blue to make up each pixel. The white pixels have their red component all the way at full brightness. Therefore there is a lot of red in the picture.
You could also see this by opening up the image and looking at the red channel which would not be completely black.
Valmond@lemmy.world 3 months ago
Texts on computers is made this way, so use a magnifying glass on black white text in a word document (for example) and you’ll see lots of colors. zoom in using the computer and you will still just see black/white.
sukhmel@programming.dev 3 months ago
So that’s why I can’t print greyscale documents when my yellow ink is too low!
3ntranced@lemmy.world 3 months ago
I just tried printing this image but it says my magenta is too low 🤔
HuntressHimbo@lemm.ee 3 months ago
Jokes on you, I’m moderately red green colorblind so I wouldn’t realize it if there was red present
lolcatnip@reddthat.com 3 months ago
Do you see the Coke can as a different color from the background?
RunawayFixer@lemmy.world 3 months ago
I’m red green colorblind as well. I just see the background as white or a very light shade of grey. Someone else has made a post with a yellow can and in that one I see the background as yellow (which is basically the same as green to me, I have very little r in my rgb), especially the right side of the can.
ladicius@lemmy.world 3 months ago
Same here. Those colour fanatics are fantasising again.
widw@ani.social 3 months ago
I think there’s something more going on here than just “marketing”. Because if you look at the tiny thumbnail in the OP it’s very clearly red, and you can even load that thumbnail into an image editor and zoom in to see slightly reddish pixels.
So something happens when scaling this image that actually results in a red hue, and I don’t think my computers image scaling algorithms are also falling for “marketing”. I would guess it’s actually some kind of sub-pixel trick that makes it seem like there’s colors there which aren’t, and that’s why the image scaling algorithms also reveal the same colors you see.
SomeGuy69@lemmy.world 3 months ago
Pulptastic@midwest.social 3 months ago
Your mind compensates for the teal which makes the white look red.
stebo02@lemmy.dbzer0.com 3 months ago
then why are the other parts still white
MBM@lemmings.world 3 months ago
The image has teal-black parts and white-black parts, the white-black parts look like they’re red-black
GTG3000@programming.dev 3 months ago
It makes gray look red because it’s similar luminosity. White still looks white.
NigelFrobisher@aussie.zone 3 months ago
It’s actually all just white light at different wavelengths, which tricks your brain into seeing different “colours”.
vonbaronhans@midwest.social 3 months ago
White light is the combination of all those wavelengths. It is only the combination that makes it “white” in exactly the same way that a smaller range of wavelengths are “red” or “blue”.
lolcatnip@reddthat.com 3 months ago
Making your brain do exactly what it’s supposed to do is a weird way is “tricking” it.
stebo02@lemmy.dbzer0.com 3 months ago
no actually it’s white light with different phase shifts and because the earth is flat, the surface temperature of the sun tricks your brain into thinking it is red
ThisIsAManWhoKnowsHowToGling@lemmy.dbzer0.com 3 months ago
Steamymoomilk@sh.itjust.works 3 months ago
Damn i thought it was a shitpost at first
Kolanaki@yiffit.net 3 months ago
That’s wild as fuck. If I actually concentrate on the “red” it becomes white.
underwire212@lemm.ee 3 months ago
Is this because our brains have been programmed to see Coca Cola can as red? Or does it have something to do with the way the black and white boxes are organized? (I.e. if it were a sprite can, it would still be red)
flamingo_pinyata@sopuli.xyz 3 months ago
I think it’s a bit of both. The light blue color used is so called “complement color”, meaning it’s exactly the opposite on the color wheel to the Coca Cola red. Black and white pattern suggests to our brain to play with contrast. And of course we all know Coca Cola from all the marketing.
Btw, After staring at it for a while I can kinda switch between red and white at will. Anyone else?
tiramichu@lemm.ee 3 months ago
Interesting :) And yes, for me it also became easy to switch once I was aware of the truth of what I was looking at.
snooggums@midwest.social 3 months ago
At the size it is on my phone screen it looks very red. Zooming in makes it look like the red switches to white.
Barbarian@sh.itjust.works 3 months ago
Btw, After staring at it for a while I can kinda switch between red and white at will. Anyone else?
No, that doesn’t seem to work for me, but after messing with zooming in, I can absolutely see it’s white if I’m all the way zoomed in on the black and white pixels in the can, and then as I slowly zoom out, there’s a specific moment when there’s enough of the surrounding blue that the can suddenly turns red.
The can remains black and white in my perception as long as I’m sufficiently zoomed in on it without the background. It’s a pretty neat effect.
Swedneck@discuss.tchncs.de 3 months ago
It’s effectively your brain doing automatic white balance, it sees everything being tinted cyan so it just sorta subtracts cyan from the area, which results in white being reddish
you can do this physically (by tiring out the colour-sensing cells in your eyes) if you stare at a colour for about 30 seconds then quickly look at a white surface, you should see the inverse of the first colour.
Wilzax@lemmy.world 3 months ago
Someone did a color swap and the can looks blue when the cyan pixels are instead yellow
sem@lemmy.blahaj.zone 3 months ago
How come this comment isn’t clickable in the app, and you have to open a browser to see it?
mexicancartel@lemmy.dbzer0.com 3 months ago
The cyan is the one playing the trick. I can see the black and white nature without zooming when focusing on the logo or something. Sometimes it randomly changes from b/w to red
werefreeatlast@lemmy.world 3 months ago
I have myopia so if I place the phone far from my face I can’t see that it is even a can… I still see a little bit of a red area there.
ace_garp@lemmy.world 3 months ago
2pt_perversion@lemmy.world 3 months ago
White light has red in it. Cyan does not. We fatigue blue and green cones everywhere but the white can, and we only stimulate the red cones on the white can. The result is it looks red.
Sam_Bass@lemmy.world 3 months ago
The “white” is actually very pale pink. At least on my phone screen
TrousersMcPants@lemmy.world 3 months ago
When I zoom in on my phone, it’s absolutely white
stebo02@lemmy.dbzer0.com 3 months ago
i used a colour picker and it’s all white and shades of gray.
multifariace@lemmy.world 3 months ago
My phone makes it pink too. But you can still see some effective difference when zooming in/out.
FiniteBanjo@lemmy.today 3 months ago
When its small thumbnail I can see it but when I look at the full size image I appear to be able to turn the effect off at will.
MutilationWave@lemmy.world 3 months ago
If I zoom in just a bit it’s white, turns instantly red at some point of zooming out.
deezbutts@lemm.ee 3 months ago
The tipping point is wild
bolexforsoup@lemmy.blahaj.zone 3 months ago
I need to grab a color dropper but I am sensing a little warmth from the White even when I zoom in
CEbbinghaus@lemmy.world 3 months ago
bolexforsoup@lemmy.blahaj.zone 3 months ago
www.color-hex.com/color/fffcf9
Looks warmer than #ffffffff that’s for sure
bolexforsoup@lemmy.blahaj.zone 3 months ago
That doesn’t change anything but yes it does.
xthexder@l.sw0.com 3 months ago
I think what we actually need is someone to take a picture of their screen with a microscope while the image is zoomed out.
Based on some comments I’ve seen, it seems likely this is just an artifact of how the red/green/blue pixel layouts work when drawing the edges of white things.
chemicalwonka@discuss.tchncs.de 3 months ago
I’m colorblind this trick doesn’t work with me
ladel@feddit.uk 3 months ago
If you zoom in to see that it’s black and white, and then zoom back out again, it stays black and white. But if you look away for a bit to forget, maybe change the angle you’re looking at it, it turns red again.
Hugin@lemmy.world 3 months ago
Here is an 8 minute video that goes into more depth on how this works. www.youtube.com/watch?v=0FjjJha7HMI
warm@kbin.earth 3 months ago
I only see the red when its small, in the thumbnail its red, but when I open the image its very black and white.
The white has more red in it than green and blue, so that's probably the cause of the illusion.
YourPrivatHater@ani.social 3 months ago
I hate this.
Emmie@lemm.ee 3 months ago
Weird but if I focus my mind so to say it appears white but then if I relax then again red
AFC1886VCC@reddthat.com 3 months ago
This is one of those actually cool optical illusions
StaySquared@lemmy.world 3 months ago
Hm… when I glance at it, yeah I see the white is very very light pink. But once I focus on the details, I see no trace of red.
Lojcs@lemm.ee 3 months ago
And what color does white have?
Slovene@feddit.nl 3 months ago
A great lecture in this kind of thing:
GTG3000@programming.dev 3 months ago
…I was gonna say it took until it was shrunk down to the thumbnail to see red, but nope, it actually has red in it in the thumbnail.
ImageImageGuess this is specific to how often you see cans of coca-cola?
Here, I put the image through a CGA-2 ditherer (only available colours are black, cyan, magenta, white). I don’t see any red at all now.
ulterno@lemmy.kde.social 3 months ago
Except that there is. Alright, maybe not exactly, but…
The whites that you see as white (in the other white parts which don’t seem red), are shifted like
#E0F9F8. Notice the reduced reds there.The whites you see as red are shifted like
#F9F9F7. This one, I’d probably call yellow, but you get the point, reduced blues. There’s probably a better example pixel in there and I just haven’t found it.The red pixels in the thumbnail, well, maybe JPEG downscaling? I can’t say, because I don’t know what downscaling algorithm is being used.
So the parts you see as white, are actually bluish white in a sea of blue (Cyan is just mixtures of blue and green in case of RGB) and the part you see as red, are reddish white, in a sea or blue.
Also, for those who don’t see red, don’t look straight at the image. Look at something near it, with the image in your peripheral vision and you’ll get what others are saying. But I guess that happened while you were reading the title.
x4740N@lemm.ee 3 months ago
Pretty sure this is stolen from a Facebook account I follow but I can’t remember the name at the moment and will edit it in if I find it
Moops@lemmy.world 3 months ago
Burn the witch!
Oka@sopuli.xyz 3 months ago
Red is complimentary to cyan.
If the cyan were switched with yellow, the can would appear blue.
Aermis@lemmy.world 3 months ago
Can you do that and post it?
Supervisor194@lemmy.world 3 months ago
Checkmate, atheists.
widw@ani.social 3 months ago
He’s right. Image
Black_Gulaman@lemmy.dbzer0.com 3 months ago
You guys never cease to amaze me.
jenny_ball@lemmy.world 3 months ago
so it would appear red even if it was another can?
stebo02@lemmy.dbzer0.com 3 months ago
yes, obviously
TassieTosser@aussie.zone 3 months ago
Huh, it shows up as black to me.
june@lemmy.dbzer0.com 3 months ago
It depends on the size you are viewing it at. This works well on small screens but less well on large screens
Lev_Astov@lemmy.world 3 months ago
It’s curious that the thumbnail actually has red values for those pixels, making me think they’re cheating a bit with jpeg compression effects.
Kolanaki@yiffit.net 3 months ago
So if the can shown wasn’t Coke, but Sprite, it would still appear red?
stebo02@lemmy.dbzer0.com 3 months ago
Your brain isn’t filling in anything. Your blue and green receptors get oversaturated by the cyan, which causes your red receptors to be more sensitive to the white light than the other two, which is why it appears red. The effect happens in your eye, not in your brain.