Agreed thank you! This helped with explaining a portion of my black light color theory for a class im running! Definitely subscribing! Also you have a nice smooth voice and great control when speaking and explaining. No too fast or slow. Just right!
@@ethanalgicosathlonchannel1110 "Real" just because they taught us when we was 3? In a future with no printers CMY will be worthless and RBG will be the real ones
THANK YOU! I have read so much on color theory the past three days and nothing clicked for me the way this did. I finally understand how Photoshop color correction works and why!
Thank you, thank you, thank you, Ethan! I'm learning to paint again after more than 30 years and though it's all so exciting, so fun, and so new - it's also been somewhat intimidating. Not only is painting fun, expressive, & creative, it can also be relaxing and meditative. But... then there's me fighting my "perfectionist" self. The one who always says, "This isn't good enough, you can't really do this, and you should just give up." Well, I'm not giving up this time and after a couple days searching on RUclips for a good "color theory" explanation and the subtractive vs additive thing, I've found THE VERY BEST EXPLANTION on RUclips; YOURS! So again, thank you for sharing this information more than 4 years ago! I feel like it was made especially for me... Anyways, I'm going to go and paint a color wheel now... :) This is great!
This was a good video. I was a little overwhelmed when it jumped from the mixing of the CMYK to the RGB and how you view colors with the shirt, so I'll just have to watch it again. But thanks for all the info.
First off, wow, idk why this video suddenly has tons of views, thanks for watching! Secondly, you're mostly right but, you can actually use both RGB and CMYK in most digital painting programs. For instance, in Photoshop, using the blending modes (Normal, Lighten, Darken, etc...) allows you this option. Using Lighten will replicate RGB (Additive), Darken will replicate CMYK (Subtractive). Here's a link that'll explain it much easier than I can with words: humannamedethan.deviantart.com/art/Photoshop-Blending-Modes-RGB-and-CMYK-Zoom-in-693910263
No problem! You can also see the first part of this lecture here if you want ruclips.net/video/8RzxDgcfJH4/видео.html Thanks again for watching/dropping a comment!
Interesting video. I tend to favor the RYB model myself. Did you know that in the RYB paint pallette Phthalo Blue is often cited as the primary blue? It is made from a chemical compound, Copper Phthalocyanine. It is a blue pigment with a cyan undertone, hence it is called blue when in its opaque form. The cyan used in inkjet printers uses an aqueous solution consisting of Phthalocyanine. The "cyan" in the additive spectrum is actually more of a Turquoise color than Cyan.
Please please explain me why there is on the web that in the cromaticle circle CMYk instead of read (magenta+yellow) people put orange? does exist two cromatic circle? why "teachers" put that?
This was so excellenett! WHo are you and how are you so good at explaining these things? I am learning how to color correct videos and this was amazingly helpful thank you
Sorry I'm super late to answer this as I've been off youtube for a while. But you can make a dark blue by adding a little black into your blue (assuming we're talking paint here). Adding some Red will make it a little more purple and orange can help to make it a little more neutral. Sorry again for the late response!
Its my video, I had copied the video from a lecture I gave, sorry for the late response, I was off RUclips for a really long time, focusing on work But if you're still interested, here's a link to part 1! ruclips.net/video/Q6T0qZqbWNo/видео.html
Hi ! I hope u can notice me im from the philippines, sir. I have a printer L130 sublimation ink. My printouts were fine. But when i used heat press on my drifit shirt using sublimation paper, the gray turned into green shade. From what i saw here, yellow and cyan is equals to green. Does that mean i have to lower my yellow and cyan before i print my image design??? Plss help me.
Hmm, I'm not a printing expert specifically, but if colors are coming out correctly, then it might be either the shirt or the type of heat transfer paper that's causing the issue. If its not too much trouble you might want to try using a different type of paper and/or shirt, as well as checking your heat press to make sure its running correctly.
So does basic colour theory still apply? Do i have to forget the basic theory? Also so the basic colour wheel primaries are essentially still in the CMY wheel only as secondaries, and that makes what was secondary in the basic wheel tertiary colours in the CMY wheel?
It's probably best not to think of CMY and RGB as color wheels, but instead as models (basically the models (additive, subtractive) determine the way colors mix together, depending on whether you're dealing with light or pigment). The color wheel however is more so to help you get a general sense of color relativity (Warm/Cold colors, Complimentary colors, etc...). So 'basic color theory' does still apply (Complimentary colors are still complimentary, regardless of which model (additive or subtractive) you're using, however the model you use decides how the colors mix. _____ The CMY model secondaries are RGB, but RGB are not the primaries for the 'basic color wheel'. People tend to use RBY for that. Also, the secondaries in the 'basic color wheel' Green, Orange, Purple are not tertiary colors in CMY as you can see because Green is a secondary color in the CMY model. I know it can be quite confusing, but thanks for watching, I hope this answers your questions, let me know if you have anymore! : )
We use RGB not only for screens, but any light-producing device in general. This is because of our cones in our eyes, they detect red, green, and blue colors. That's why these colors are the primary colors for lights. Now, the mechanism for light is inverted in pigment. Instead of being lighter and lighter as hues mix, mixing hues in pigments causes the mixture to turn darker and darker. Just as like when you mix more and more colors in paint, watercolor, crayon, etc. And if you actually invert the red, green, and blue, they will turn into cyan, magenta, and yellow. You can test that on your phone, take a photo of things with accurate colors red, green, and blue the same with my profile, and you would see they result in colors cyan, magenta, and yellow. So just remember these two key things: We have two principles of color: * Additive mixture - It will make the mixture lighter and lighter as three hues mix. It uses the RGB color model. * Subtractive mixture - It will make the mixture darker and darker as three hues mix. It uses the CMY color model. And if you see white light, that is the resulting color when you mix red, green, and blue lights. In pigment instead, cyan, magenta, and yellow pigments will produce black when mixed. So next time you buy paints, make sure you buy cyan, magenta, and yellow.
If that is how you interpret it then yes. Lmao! Haha. But it just means the opposite color is being absorbed and the reflected color is what you see. White objects absorb all colors, in which, black is "absorbed" (because mixing all colors will produce black) and then white is reflected straight into your gazing eyes.
@@EthanAvery thank you very much. If you want to look at my best seller, go to Amazon.com and type "the affinity photo manual" by Frank Walters. I love the simplicity of how you describe this, to me still, complicated matter. I want to learn what it is to tesch my book readers how to understand this, too
people should like make a toy at rgb/cmy since kid just learn rby they just like "no yu are wrong rby is the primarry colour!!!!"like some one pls make it
Basically, the way it works is red and green make yellow. Looking back on the video now years later, me using white to explain it can make it quite confusing. But the important thing to know is that red and green together make yellow, hope that helps!
If you see white light, it means there is an equal mixture of red, green, and blue light, so if you remove the blue light from white then you will be left with red and green lights, in which, when mixed, they produce yellow light. Mixing red and green in pigments such as in paint, will produce dark olive or dark drab (which is almost black), which is basically very dark yellow. Interesting?
You may have heard me somewhere else, I've worked on a lot of RUclips videos over the years, haha, but I don't think I've worked on any Latin videos. Also sorry for the late reply, I've been off RUclips for a while
you said you were gonna explain the "pigment and light" colors but you never really did, how come printers use CMYK but artistic pigments still work with RYB?
Because the RYB color model predates modern science. Printers are electronics and scientific advancements that are made pretty recently compared to when the RYB color model was made, that's why they are more advance and therefore, more accurate in the same way electronics use the RGB color model for lights. I don't know about these adamant painters that still use dull and dark-hued RYB colors these days. Pigments are pigments, there are no exceptions, there are no artistic pigments, there are no pigments that violate the principle. The subtractive color mixture principle is consistent, it applies to any pigment, that's why the CMY color model works better. It has a larger scope of colors, the same scope with RGB, which basically the color model almost all gadgets use currently. The way how color behaves in lights is opposite in pigments. So basically, the opposite of the primary colors of light, red, green, and blue, will be the primary colors of pigments, which are the cyan, magenta, and yellow. You can even test on your phone, take a photo of things with accurate colors red, green, and blue the same with my profile, and you would see they result in colors cyan, magenta, and yellow. I don't even understand how some people still ignore the fact that it's logical that these two color models (RGB and CMY) are opposites. The RYB color model is just established in almost any place, but that doesn't mean they're better. If you invert colors red, yellow, and blue, they will result in colors cyan, blue, and yellow, I don't see any gadget uses that color model for their lights. Do you know any?
I stumbled upon this because I want my red turn signal to be yellow by adding a green bulb, since its light it should work Red lens with a green bulb behind it equals yellow. Waiting for it to arrive so i can test it out.
I am a large-format printing technician and graphic designer. Here's the problem with your Subtractive model while referencing an inkjet printer. Basically... it's wrong. What you stated in your video would be mostly true if you were mixing paint. (I say mostly true, because as an oil painting artist my father showed that the quality of oil paint pigments gave varying quality results, sometimes resulting in muddy colour where you wouldn't expect anything but a pure colour.) If you look at an inkjet printed colour image under a magnifying glass, you'll see that the inks aren't actually MIXED at all... they are dots of each of the CMY(K) colours SIDE-BY-SIDE - "Process" colour. If you were to actually mix any of those inks together - depending on the specific pigments used - you get variations of muddiness. ALSO, if you are looking at the printed sheet under different TYPES of white light... fluorescent vs the sun vs a light that is made up of separate Red, Green and Blue LEDs You'll see various colour shifts. What we were taught in elementary school is NOT QUITE the story.
Isaac Newton confused Cyan as "Blue" and that he also confused Blue as "Indigo" in the rainbow... So the "Indigo" is actually the real Blue, not Cyan... Also, Cyan isn't a shade of blue or green either, it's a separate color and we should respectfully treat it as such!
@@Fb_Sim_Cyan_Friend The indigo color is actually Blue-Purple. Cyan is Blue-Green and the real blue is in between them. Cyan is a tertiary color according to RYB and subtractive according to RGB. Cyan plays almost no role in culture, technology and compiters so it is not as popular as the colors orange, amber and vermillion for example. I doubt very much, Newton was color blind and couldn't tell the primary colors from the mixed ones like the cyan & indigo.
@@georgebrankov2143 It's literally shown in the rainbow in real life there's Cyan and that ain't Blue! The Indigo in the rainbow is Blue not Indigo! I hate how people are misinformed by this! Cyan was always in the rainbow! And that Blue was mistaken as Indigo for so many years because of Isaac Newton!
@@georgebrankov2143 But fortunately the education got a bit better now and that Cyan is a recognized color now and that "Indigo" is actually the Blue light and that "Blue" in the rainbow is actually the Cyan light...
@@Fb_Sim_Cyan_Friend I don't know, but I'm sure the blue in rgb is not fully blue as the wheel describes it. They just decided to simplify the inaccurate color chart to avoid confusion and make it easier to understand.
A FIERCE ERROR ALMOST ALL OTHERS MAKE MAGENTA CYAN AND YELLOW MAKE NO BLACK BUSTER ANIMAL MAKE BROWNY BLUE RED AND YELLOW PAINTS MAKE BROWNY BUSTER ANIMAL
What!!!! ARE YOU SERIOUS... The 3 Primary colors are... Red... Blue... Yellow... Because YOU can not make those colors.. at 1:31 you said mixing Red and Green make yellow... NO!!!!! IT DOES NOT.... RED IS DARK... GREEN IS DARK... YELLOW IS LIGHT... Red + Blue = makes purple LOOK AT YOUR COLOR WHEEL...
I know this is kinda confusing at first, but I promise I'm not making this up, what I was referring to was the RGB Additive model, basically how the colors of light work, not how the colors of paint/pigment work. Here's real life proof in these videos if you don't believe me, check around the 1m 30 sec mark of each: ruclips.net/video/Hbxy1W9O_Wk/видео.htmlm25s ruclips.net/video/KZ-mEddsYqo/видео.htmlm15s As they say, Color Theory is a deep rabbit hole to go down, I'm sure in part due to the fact that we aren't really taught color properly at a young age/in school, and most of us never learn the truth In any case, if you want to learn more there are other great videos around the web as well. Such as Scott Naismith's 'The Truth About The Colour Wheel' ruclips.net/video/jQqxN8LpGzw/видео.html You can also find the first part to my lecture in this video here ruclips.net/video/8RzxDgcfJH4/видео.html Cheers, have a great day!
Judi Christopher... You are in error. Which indicates the video is correct from the point of view of COLOR THEORY. This theory indicates that white LIGHT is depleted in all the colors of the rainbow, now within this spectrum of light, red, green and blue colored lights generate WHITE LIGHT ..... remember we are talking about LIGHT ... Now another thing different and inversely proportional are the colors pigments in paintings that the theory of color indicates that the primary colors light have their opposite color in pigments/inks: cyan opposite red, magenta opposite to green, yellow opposite blue . That is to say the pigments to the superposition one on top of another create the black in the paper. Now what they teach in arts and crafts schools is completely biased and wrong ... but it works. There are two groups of primary colors. The "colors Light" (RGB) additives and the "colors pigment" (CMY) sustratives.
Potato Salad! Right hehe. It’s not difficult to understand that the medium/canvas will affect the colors that we perceive (and of course the presence/absence of light). Turn the light off and everything’s darker lol. Digital world and printing world is 2 different worlds. Like everything in this world.... it’s not that simple lol
The thing is, you are wrong. With light, RBY works. But with pigments, cyan and magenta make blue, cyan and yellow make green (a truer, clearer green than blue and yellow make). Any colours that can be made from other colours cannot be primary. You can do it yourself with pigments. Get cyan, magenta and yellow. You can make a full, “traditional” colourwheel using those. Every colour can be made with cyan, magenta and yellow pigments. You cannot do this with blue, red and yellow pigments.
After so much rubbish on youtube about this topic, this video is a really good and simple explanation. Ty!!!
Happy to help!
Agreed thank you! This helped with explaining a portion of my black light color theory for a class im running! Definitely subscribing! Also you have a nice smooth voice and great control when speaking and explaining. No too fast or slow. Just right!
@@dahcart Thanks, feels good to hear it helped you out!
So refreshing to see the REAL colours being taught...
Aren’t colors just our brain sensing light signals, so all colors are as real as we sense them.
@@lelduck6388 I think he means real primary colours
@@lelduck6388 While that is true, it is not relevant to the point.
@@ethanalgicosathlonchannel1110 "Real" just because they taught us when we was 3? In a future with no printers CMY will be worthless and RBG will be the real ones
THANK YOU! I have read so much on color theory the past three days and nothing clicked for me the way this did. I finally understand how Photoshop color correction works and why!
Thank you, thank you, thank you, Ethan! I'm learning to paint again after more than 30 years and though it's all so exciting, so fun, and so new - it's also been somewhat intimidating. Not only is painting fun, expressive, & creative, it can also be relaxing and meditative. But... then there's me fighting my "perfectionist" self. The one who always says, "This isn't good enough, you can't really do this, and you should just give up." Well, I'm not giving up this time and after a couple days searching on RUclips for a good "color theory" explanation and the subtractive vs additive thing, I've found THE VERY BEST EXPLANTION on RUclips; YOURS! So again, thank you for sharing this information more than 4 years ago! I feel like it was made especially for me... Anyways, I'm going to go and paint a color wheel now... :) This is great!
I have 0 skill/knowledge in design and painting/art in general but today I just woke up with this question in my head. Thanks for the video.
This was a good video. I was a little overwhelmed when it jumped from the mixing of the CMYK to the RGB and how you view colors with the shirt, so I'll just have to watch it again. But thanks for all the info.
No problem, I hope it helps! There's also a part 1 of this lecture on my channel as well, if you want to learn more about how colors work
this is by far the best explanation about this topic thank you!
Thanks, I appreciate the kind words!
Perfect explanation of basics
This explains ALOT. Since I paint digitally, I guess I'll need to use the RGB but if I'm painting with ACTUAL paints I'll use CMYK
First off, wow, idk why this video suddenly has tons of views, thanks for watching!
Secondly, you're mostly right but, you can actually use both RGB and CMYK in most digital painting programs. For instance, in Photoshop, using the blending modes (Normal, Lighten, Darken, etc...) allows you this option.
Using Lighten will replicate RGB (Additive), Darken will replicate CMYK (Subtractive).
Here's a link that'll explain it much easier than I can with words:
humannamedethan.deviantart.com/art/Photoshop-Blending-Modes-RGB-and-CMYK-Zoom-in-693910263
Oh okay thanks! :D
No problem!
You can also see the first part of this lecture here if you want
ruclips.net/video/8RzxDgcfJH4/видео.html
Thanks again for watching/dropping a comment!
Your welcome!
Ami RBY
Thanks for your wonderful explanation.. U have made it simple and easily understandable...
Now it finally makes sense thank you
Interesting video. I tend to favor the RYB model myself.
Did you know that in the RYB paint pallette Phthalo Blue is often cited as the primary blue? It is made from a chemical compound, Copper Phthalocyanine. It is a blue pigment with a cyan undertone, hence it is called blue when in its opaque form. The cyan used in inkjet printers uses an aqueous solution consisting of Phthalocyanine. The "cyan" in the additive spectrum is actually more of a Turquoise color than Cyan.
I also. Yellow seems more as a primary color than green. And the blue in rgb looks like an indigo color. It's more purple.
Amazing. Very well explained
Very helpful video; thank you!
Perfect way of teaching
Great video!!
i think its a great video i loved it thanks
Great Vid! Thanks!!!
Please please explain me why there is on the web that in the cromaticle circle CMYk instead of read (magenta+yellow) people put orange? does exist two cromatic circle? why "teachers" put that?
Yayyy! thank you so much!
Hello Ethan, thank you for your video. Why are the primary CMYK colours not simply red, green, and blue too? They mix the same way as RGB colours do.
It is sooo good
This was so excellenett! WHo are you and how are you so good at explaining these things? I am learning how to color correct videos and this was amazingly helpful thank you
Awesome, glad to hear it helped you out, thanks for the kind words!
How do I make the colour indigo(a darkish blue) in RGB?
Sorry I'm super late to answer this as I've been off youtube for a while.
But you can make a dark blue by adding a little black into your blue (assuming we're talking paint here). Adding some Red will make it a little more purple and orange can help to make it a little more neutral. Sorry again for the late response!
Great video! Make more please 😁
My jaw dropped, it all makes sense…
Did you find part 1? Which channel is this video from
Its my video, I had copied the video from a lecture I gave, sorry for the late response, I was off RUclips for a really long time, focusing on work
But if you're still interested, here's a link to part 1!
ruclips.net/video/Q6T0qZqbWNo/видео.html
Oh man your explanation blew me off
Easy understanding 😮
Can you make a video show what happens if you have a colored light like yellow or blue what would the shirt reflect?
Sure, I think it could actually make for an interesting video. Also, sorry for the late reply, I've been off RUclips for awhile.
If you have a colored light without any white in it, it would reflect everything on a grayscale. Th
all I heard was something about red shirts, and I am now wanting to watch some Star Trek crewmembers....
Hi ! I hope u can notice me im from the philippines, sir. I have a printer L130 sublimation ink. My printouts were fine. But when i used heat press on my drifit shirt using sublimation paper, the gray turned into green shade. From what i saw here, yellow and cyan is equals to green. Does that mean i have to lower my yellow and cyan before i print my image design??? Plss help me.
Hmm, I'm not a printing expert specifically, but if colors are coming out correctly, then it might be either the shirt or the type of heat transfer paper that's causing the issue. If its not too much trouble you might want to try using a different type of paper and/or shirt, as well as checking your heat press to make sure its running correctly.
How to.colour grade by using this theory?
So does basic colour theory still apply? Do i have to forget the basic theory?
Also so the basic colour wheel primaries are essentially still in the CMY wheel only as secondaries, and that makes what was secondary in the basic wheel tertiary colours in the CMY wheel?
It's probably best not to think of CMY and RGB as color wheels, but instead as models (basically the models (additive, subtractive) determine the way colors mix together, depending on whether you're dealing with light or pigment).
The color wheel however is more so to help you get a general sense of color relativity (Warm/Cold colors, Complimentary colors, etc...).
So 'basic color theory' does still apply (Complimentary colors are still complimentary, regardless of which model (additive or subtractive) you're using, however the model you use decides how the colors mix.
_____
The CMY model secondaries are RGB, but RGB are not the primaries for the 'basic color wheel'. People tend to use RBY for that. Also, the secondaries in the 'basic color wheel' Green, Orange, Purple are not tertiary colors in CMY as you can see because Green is a secondary color in the CMY model.
I know it can be quite confusing, but thanks for watching, I hope this answers your questions, let me know if you have anymore! : )
Ah shoot I suddenly forgot my colour theory when I asked that. But you got what I was looking for here, thanks!
No problem at all!
@@EthanAvery TV and
So what are the real primary colors then? I'm confused. Enlighten me
In CMYK the letter "K" is for KARBON which comes from the Greek word for the chemical element carbon
It's actually 'Key'. It's a term of art in the printing industry and has been for ages.
Blue looks alot like purple.
¿Por qué estoy viendo esto a las 03:21 AM?
5:06 bruh
thanks
Where is part 1?
Thanks but why we use RGB for screen and CMYK for print.
We use RGB not only for screens, but any light-producing device in general. This is because of our cones in our eyes, they detect red, green, and blue colors. That's why these colors are the primary colors for lights.
Now, the mechanism for light is inverted in pigment. Instead of being lighter and lighter as hues mix, mixing hues in pigments causes the mixture to turn darker and darker. Just as like when you mix more and more colors in paint, watercolor, crayon, etc. And if you actually invert the red, green, and blue, they will turn into cyan, magenta, and yellow. You can test that on your phone, take a photo of things with accurate colors red, green, and blue the same with my profile, and you would see they result in colors cyan, magenta, and yellow.
So just remember these two key things:
We have two principles of color:
* Additive mixture - It will make the mixture lighter and lighter as three hues mix. It uses the RGB color model.
* Subtractive mixture - It will make the mixture darker and darker as three hues mix. It uses the CMY color model.
And if you see white light, that is the resulting color when you mix red, green, and blue lights. In pigment instead, cyan, magenta, and yellow pigments will produce black when mixed. So next time you buy paints, make sure you buy cyan, magenta, and yellow.
So when we think an object is a certain color, it actually is the exact opposite color we see it as? Is life all a lie?
lmao
If that is how you interpret it then yes. Lmao! Haha.
But it just means the opposite color is being absorbed and the reflected color is what you see. White objects absorb all colors, in which, black is "absorbed" (because mixing all colors will produce black) and then white is reflected straight into your gazing eyes.
what happened to part one?
I was off RUclips for a really long time, mostly working haha
But if you're still interested, here it is!
ruclips.net/video/Q6T0qZqbWNo/видео.html
@@EthanAvery thank you! im glad youre back. i really liked this video.
2:17 Key is black (as in key plate which uses black ink )
"cyan'' derives from the Greek adjective "κυανοῦς" which means dark blue, so it seems there's some confusion in English use...
i agree substantialu
Ethan. Can I use a screenshot of part of your video in a book I'm working on? I'll provide the source. Please let me know soon. Video is great btw
Sure thing, go right ahead!
@@EthanAvery thank you very much. If you want to look at my best seller, go to Amazon.com and type "the affinity photo manual" by Frank Walters.
I love the simplicity of how you describe this, to me still, complicated matter. I want to learn what it is to tesch my book readers how to understand this, too
@@ck1425 Awespme, I hope the books go really well for you!
I came here bc of Kang Daniel 🌚
people should like make a toy at rgb/cmy since kid just learn rby they just like "no yu are wrong rby is the primarry colour!!!!"like some one pls make it
best program corel draw for that
This video was so good but only one thing that I don't understand is
White -blue=yellow?????
Please tell me about this.
Basically, the way it works is red and green make yellow. Looking back on the video now years later, me using white to explain it can make it quite confusing. But the important thing to know is that red and green together make yellow, hope that helps!
If you see white light, it means there is an equal mixture of red, green, and blue light, so if you remove the blue light from white then you will be left with red and green lights, in which, when mixed, they produce yellow light.
Mixing red and green in pigments such as in paint, will produce dark olive or dark drab (which is almost black), which is basically very dark yellow. Interesting?
👍🏻👍🏻👍🏻
Ummm wait a minute, I known your voice in an other side of RUclips, the latin right?
You may have heard me somewhere else, I've worked on a lot of RUclips videos over the years, haha, but I don't think I've worked on any Latin videos. Also sorry for the late reply, I've been off RUclips for a while
you said you were gonna explain the "pigment and light" colors but you never really did, how come printers use CMYK but artistic pigments still work with RYB?
Because the RYB color model predates modern science. Printers are electronics and scientific advancements that are made pretty recently compared to when the RYB color model was made, that's why they are more advance and therefore, more accurate in the same way electronics use the RGB color model for lights. I don't know about these adamant painters that still use dull and dark-hued RYB colors these days. Pigments are pigments, there are no exceptions, there are no artistic pigments, there are no pigments that violate the principle. The subtractive color mixture principle is consistent, it applies to any pigment, that's why the CMY color model works better. It has a larger scope of colors, the same scope with RGB, which basically the color model almost all gadgets use currently.
The way how color behaves in lights is opposite in pigments. So basically, the opposite of the primary colors of light, red, green, and blue, will be the primary colors of pigments, which are the cyan, magenta, and yellow. You can even test on your phone, take a photo of things with accurate colors red, green, and blue the same with my profile, and you would see they result in colors cyan, magenta, and yellow.
I don't even understand how some people still ignore the fact that it's logical that these two color models (RGB and CMY) are opposites. The RYB color model is just established in almost any place, but that doesn't mean they're better. If you invert colors red, yellow, and blue, they will result in colors cyan, blue, and yellow, I don't see any gadget uses that color model for their lights. Do you know any?
Well said Jasper. Also I don't know any technology off the top of my head that uses RYB as its color model for lighting.
@@jamessmith65536 still people exist that will deny evidence
the first part please!
I was off RUclips for a really long time, focusing on work
But if you're still interested, here's part one!
ruclips.net/video/Q6T0qZqbWNo/видео.html
I stumbled upon this because I want my red turn signal to be yellow by adding a green bulb, since its light it should work
Red lens with a green bulb behind it equals yellow. Waiting for it to arrive so i can test it out.
Yes 1400 lumens led Green bulb behind a red lens does appear amber
OMG
2:51 when you said red light green light you didn't know the meaning now lol
I am a large-format printing technician and graphic designer. Here's the problem with your Subtractive model while referencing an inkjet printer. Basically... it's wrong. What you stated in your video would be mostly true if you were mixing paint. (I say mostly true, because as an oil painting artist my father showed that the quality of oil paint pigments gave varying quality results, sometimes resulting in muddy colour where you wouldn't expect anything but a pure colour.) If you look at an inkjet printed colour image under a magnifying glass, you'll see that the inks aren't actually MIXED at all... they are dots of each of the CMY(K) colours SIDE-BY-SIDE - "Process" colour. If you were to actually mix any of those inks together - depending on the specific pigments used - you get variations of muddiness. ALSO, if you are looking at the printed sheet under different TYPES of white light... fluorescent vs the sun vs a light that is made up of separate Red, Green and Blue LEDs You'll see various colour shifts.
What we were taught in elementary school is NOT QUITE the story.
I dont think so that these colour will make white I have tired with my paints so it became in dark a very dark brown shade
#Stampalikefriends!
RGB LIGHT will give you white (additive), but CMY PAINT/INK will give you black (subtractive).
Muhammad Shaheer paints are pigments so they’re subtractive colours. Rgb pigments mixed together creates black. Rgb light mixed together creates white
Paints don't mix like lights
To be honest i didnt understand anything 😂 but i am also just a "regular" person without any background 😅
Good video but the wording is confusing towards the end.
Sorry about that, I'll try to make sure to make videos more clear moving forward. Also, sorry for the late reply, I've been off RUclips for awhile.
@@EthanAvery Welcome back! Subbed and watching.
but thxs u to
هل اضافوا شىء
كنت ذكى والله ومش بكذب وواضح
ماشاء الله
Blue in rgb looks like blue-purple to me.
Isaac Newton confused Cyan as "Blue" and that he also confused Blue as "Indigo" in the rainbow... So the "Indigo" is actually the real Blue, not Cyan... Also, Cyan isn't a shade of blue or green either, it's a separate color and we should respectfully treat it as such!
@@Fb_Sim_Cyan_Friend The indigo color is actually Blue-Purple. Cyan is Blue-Green and the real blue is in between them. Cyan is a tertiary color according to RYB and subtractive according to RGB. Cyan plays almost no role in culture, technology and compiters so it is not as popular as the colors orange, amber and vermillion for example. I doubt very much, Newton was color blind and couldn't tell the primary colors from the mixed ones like the cyan & indigo.
@@georgebrankov2143 It's literally shown in the rainbow in real life there's Cyan and that ain't Blue! The Indigo in the rainbow is Blue not Indigo! I hate how people are misinformed by this! Cyan was always in the rainbow! And that Blue was mistaken as Indigo for so many years because of Isaac Newton!
@@georgebrankov2143 But fortunately the education got a bit better now and that Cyan is a recognized color now and that "Indigo" is actually the Blue light and that "Blue" in the rainbow is actually the Cyan light...
@@Fb_Sim_Cyan_Friend I don't know, but I'm sure the blue in rgb is not fully blue as the wheel describes it. They just decided to simplify the inaccurate color chart to avoid confusion and make it easier to understand.
3:21
you make my anglish lesson horrible
هو حىمنى حتى اتعلم اكجليزى عشان يقول اصل
اصل
Whoa! I recall primary colors being Red , Blue ,Yellow!
HI
0:44
حرمتونى لية نفسى افهم
I came here for education... I ended up with a migraine....
A FIERCE ERROR ALMOST ALL OTHERS MAKE MAGENTA CYAN AND YELLOW MAKE NO BLACK BUSTER ANIMAL MAKE BROWNY BLUE RED AND YELLOW PAINTS MAKE BROWNY BUSTER ANIMAL
where are your commas in your sentence? I don't even see what you are trying to say
this is so misunderleading! I don't get your explaination. It may actually the wrong understanding.
What!!!! ARE YOU SERIOUS...
The 3 Primary colors are... Red... Blue... Yellow... Because YOU can not make those colors..
at 1:31 you said mixing Red and Green make yellow... NO!!!!! IT DOES NOT....
RED IS DARK... GREEN IS DARK... YELLOW IS LIGHT...
Red + Blue = makes purple
LOOK AT YOUR COLOR WHEEL...
I know this is kinda confusing at first, but I promise I'm not making this up, what I was referring to was the RGB Additive model, basically how the colors of light work, not how the colors of paint/pigment work.
Here's real life proof in these videos if you don't believe me, check around the 1m 30 sec mark of each:
ruclips.net/video/Hbxy1W9O_Wk/видео.htmlm25s
ruclips.net/video/KZ-mEddsYqo/видео.htmlm15s
As they say, Color Theory is a deep rabbit hole to go down, I'm sure in part due to the fact that we aren't really taught color properly at a young age/in school, and most of us never learn the truth
In any case, if you want to learn more there are other great videos around the web as well.
Such as Scott Naismith's 'The Truth About The Colour Wheel'
ruclips.net/video/jQqxN8LpGzw/видео.html
You can also find the first part to my lecture in this video here
ruclips.net/video/8RzxDgcfJH4/видео.html
Cheers, have a great day!
Judi Christopher... You are in error. Which indicates the video is correct from the point of view of COLOR THEORY. This theory indicates that white LIGHT is depleted in all the colors of the rainbow, now within this spectrum of light, red, green and blue colored lights generate WHITE LIGHT ..... remember we are talking about LIGHT ...
Now another thing different and inversely proportional are the colors pigments in paintings that the theory of color indicates that the primary colors light have their opposite color in pigments/inks: cyan opposite red, magenta opposite to green, yellow opposite blue . That is to say the pigments to the superposition one on top of another create the black in the paper.
Now what they teach in arts and crafts schools is completely biased and wrong ... but it works. There are two groups of primary colors. The "colors Light" (RGB) additives and the "colors pigment" (CMY) sustratives.
🍺
Potato Salad! Right hehe.
It’s not difficult to understand that the medium/canvas will affect the colors that we perceive (and of course the presence/absence of light). Turn the light off and everything’s darker lol. Digital world and printing world is 2 different worlds. Like everything in this world.... it’s not that simple lol
The thing is, you are wrong. With light, RBY works. But with pigments, cyan and magenta make blue, cyan and yellow make green (a truer, clearer green than blue and yellow make). Any colours that can be made from other colours cannot be primary. You can do it yourself with pigments. Get cyan, magenta and yellow. You can make a full, “traditional” colourwheel using those. Every colour can be made with cyan, magenta and yellow pigments. You cannot do this with blue, red and yellow pigments.
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