Broooo you resume hundreds of hours of "masterclasses" in a single video. Thanks a lot!

this is the single video on the internet getting "what is color" almost perfectly correct. congratulations.

All the concepts that you explain in your videos; I have never understood them with such clarity before. Your narration and explanation technique is elegant. I was able to follow you. Your content is devoid of unnecessary flashy video effects, shouting, and overacting. So no distractions or bs. Please don't change your style. Massive respect. You are awesome!

Amazing video, it deserves more views. I actually didn't know what color spaces were and now it is super clear. Thanks for the explanation!

I'm so glad I found your channel while searching for more info on color spaces. I'm definitely going to check out your other videos!

I learned a ton binging your whole channel a few months back. So excited to see another explainer from you. Great content!

This is my new favorite channel!

I've been searching far and wide for an explanation- it finally makes more sense now. I don't think I've found such a simple yet comprehensive video.

Thank you very much, Camon, for your excellent videos. You are a very cogent thinker and presenter.

I've been working on some videos in this area too, and man, you really nailed it! Nice job! Far and away the best content on YT on this topic

Thanks a lot, Camon for explaining all the concepts in a crisp manner. Very much appreciated. You have explained these complex concepts in very simple maner with the diagrams.

Thanks for a great video 😃. It was educational, interesting and has cleared up many of the misunderstandings I had about color in my ThreeJS computer graphics application. You did a great job of explaining a complex topic!

Your content is such a hidden gem in KZfaq ocean.

absolutely loved it's one of the most helpful video i've watched in 2023 thanks for creating this mate

Thank you so much. This is the best colour space explained video!!!

I hereby declare you, King of Color Nerdism! Congrats and well done! Love your channel

Thank you. I will be returning to this video for many reviews until I firmly understand and always remember.

I don't work in this industry but I've spent years trying to figure out this topic. I did a lot of research and this video is the best among all of them. Fantastic job explaining everything with enough depth and reasoning!

I am not even halfway through. This video is incredible!

Excellent video, really helpful and insightful. Thank you!

Holy shit I appreciate you so much for this. Incredible video, this is what I wish all of KZfaq would be more like

This clears up so much. Such a great video from such a small channel

Wow! I’ve been struggling to understand colour spaces and now I do! Great video

Daaaaamn thats an impressive explaination, well done! :D

Amazing summary - thank you very much!

You are singlehandedly rendering it possible to understand comprehensibly subject matters that are core to an entire industry I intend to build a career in. THANK YOU ❤️

I finally understand where the CIE 1931 color space got its shape from. Thanks!

Great video. Really helps grasp the idea of a very mathematically implemented concept that is derived from a subjective experience. I would only mention that I believe the equation at 7:18 should swap the position of your transformation matrix and your LMS vector in order to make it a valid operation.

Excellent, simply excellent!!!

Congrats and thank you for the explication. Really well done

Great video, I'm on the hunt for good, concise, videos on this topic to share with some work colleagues. This knowledge is not taught in most software courses so is a bit of a black box abyss for most software engineers. I keep running into "two wrongs make a right" scenarios that appear out of nowhere when one colospace bug is fixed. Thank you for making this content. If there's not another video from you that I've not seen yet, I hope you cover gamma transfer functions as well, PQ, slog, sRGB, etc. Because that's arguably even more confusing than the colorspaces, especially when sRGB color primaries (Rec.709) and sRGB gamma transform are often used interchangeably online.

Very clearly explained, thank you

brilliant, thanks for helping me build knowledge on a strong base

Very good presentation! Keep it up

That video was really helpful for me! I'm glad you decided to create a better one! On another note, would you be able to make a video explaining monitor calibration types? Cheers!

This explaination is amazing.

Best of the best. Thank you .

The human retina has two types of light sensing cells, rod and cones. The rods are only sensitive to a narrow range of wavelengths in the green region but significantly are nearly 3000x more sensitive to light intensity than the cones which sense red, green and blue, respectively. The rods cover the entire retina, but the cones are mostly concentrated around the optic nerve. The greater sensitivity of the rods and their location explain why at light we can see movement at the periphery of our vision better than in the center and why when our eyes fixate on objects we get “tunnel vision” which is the brain’s way of mentally tuning out the much stronger signal from the rods. The rod / cone physiology explains why the CIE*xyz graph used to represent color space is much larger in the green region and why staring at bright green colors becomes fatiguing. Red lighting is used at night on control panels because the rods don’t detect it making it easier for them to detect any objects in other areas viewed.

You deserve millions of views dude….. stay consistent 👍🏻

Thanks the CIE and XYZ stuff is HARD for artists but this makes it easier thank you

Great explanation.

This is great!

Thank you for making this.

great content. I need a summary of that topic to remember school ^^' And your video is accurate and right ! :)

How do I even thank you for such valuable content!

Wow best color theory video to date.

This is a fantastic video.

This kid is a riot! Bravo!

This video is so good!

Great explanation

Great video

amazing video

What a great video!!!!!!!!!!!!!!!

great work thanks

Correction: RGB is a non-perceptual color model, not a colorspace. HSL is a perceptual color model that takes into account human vision. Rec. 709 is a colorspace that defines primaries in locus points to derive relative coordinates to CIE 1935. You can convert to other colorspaces using relative or absolute colormetric intent with prioritizing white balance against saturation. (so even the transform conversion itself can be perceptual). Additionally the camera's RGB sensor array only exists in the world of a standard exposure (usually 18% grey) so it's data is not truly 3D in nature since camera's sensors give non-linear response to light. In essence, every camera has a custom color model. This is why it's hard to match cameras that have varying scene referred color over an exposure range. And adds to the reason why lookup tables do not work as well as anticipated.

extremely good video

What your previous video does still contribute to this topic is the colormetric transformation needed between color spaces to ensure that what the camera saw is what you see on the monitor. Whether that transformation is absolute or relative is e.g. part of the answer to a question below on why someone still sees ‘all’ the colors of CIE diagram.

Awesome thanks 😊

excellent!

Insane video

Great video! Very informative :) it's a shame it only has 1400 views.

Fantastic, is the word!

Thank you

Hats off man.

This dude is knowledgeable!

BRAVO!!

THANK YOU MAN...

Amazing

brilliant

Great!

Great explanation of a very complicated subject 🌟 love the graphics (!) really helpful with the visualisation process... 🌟 would you consider making a video focussing on the 'OKLAB' colour model >> I think that would be very interesting >> keep up the good work 👌💯👀🎯🖼😎🌠

Great videoo!!!

Thanks

Perfect 👍👍

Glad to see some objective science being applied to color theory. Note there is a huge difference between light color theory and pigment color theory. To start 6 Primary 3 Light >>> Red Green Blue 3 Pigment >>> Magenta Yellow Cyan Pigment Derived Red=Magenta×3+Yellow Green=Yellow+Cyan Blue=Cyan×3+Magenta 6 Secondary Pigment 3 Common >>> Violet=Cyan+Magenta Rose=Magenta+Red Orange=Red+Yellow >>> 3 Obscure >>> Chartreuse=Yellow+Green Aquamarine=Green+Cyan Cerulean=Cyan+Blue Other Purple = Blue+Red >>> >>> >>> >>> Rant ROY G BIV is a mistake and there are several issues. 01 Cyan is mislabeled as baby blue and Magenta gets left out most of the time 02 Indigo is not necessary, it's not even a secondary color. It's a dark dark violet that is more on the blue side. 03 Purple would make more sense than Indego, and fyi purple is not true violet. Purple = Blue + Red, Violet = Cyan + Magenta 04 Blue and Violet should have been separated correctly but instead indigo gets used 05 In light, Violet exists in two different ways, it has its own distinguishable frequency and wavelength, but it can also be created by a mixture of blue and red wavelengths (the human eye will except both versions and they are not distinguishable to us). This duality makes it a bit confusing in some situations. Note there is a huge difference between light color theory and pigment color theory. 06 Purple is a type of violet. Slightly darker with more red. Purple = Blue + Red, Violet = Cyan + Magenta 07 Indigo is a dark dark violet, closer to the blue side. 08 Violet is a wider spectrum (than the other colors) because it can be a mixture of blue and red light at different ratios. 09 Magenta has a similar issue as violet but magenta actually does not exist as a single wavelength/frequency in light. Magenta is the 1 to 1 ratio (1:1) of red and blue Light. Magenta does not exist on the rainbow but we can clearly see it's place in color theory. 10 Indigo and Purple are not necessary when considering primary and secondary colors (6 primary 6 secondary [derived]), they just fall under violet. 11 M ROY G CBV M, I distinguish 8 unique colors that we seem ti care about most, the 6 primary plus orange plus violet. 12 Aquamarine (green-cyan) is on the same level as orange and violet but in our culture we don't value it as unique. 13 If you only consider the rainbow then you would not get Magenta and the 8 would become 7 which is what you see in the rainbow ROY G CBV.

Great video! what software did you use to make the cieLab visualization? Thanks!

Thank you so much for it. And, please add CIELAB and HCT also brother.

this 16 min video took me one and half hour to complete. Never been into this so it took me time to really understand what you are teaching. My mind is blown brother. This is what I needed since don't know how many days.

Great video dude! I learned a lot! You might need to find someone to iron your shirt though lol.

youtube at its best!

U r too good❤

You’re very didactic.thanks

This is great content.❤❤ My questions are how do you identify color transformation / color space made by LUT ? What reference and tool should I learn if i Interested in LUT / look development? I'm learning color grading using davinci and intersted in look development and film LUT.

If my screen is sRGB and it cannot show colors outside the triangle on CIE diagram then how can my screen show the full diagram? Shouldn't I see just a triangle?

Could you explain the conversions that goes on in between a camera and computer, photoshop, monitor so I can understand when and how to deal with color profiles and conversions?

Man this is uni level quality of education

Anybody know the name of the music piece at 0.40?

Hey, This video was very intuitive. I am actually doing a mathematics project on modelling a color space. Do you know a good source where you can find the corresponding spectral power distributions/metamers for given hues. Like a database that shows the spectral power distribution for many colors?

Thanks 💯 A video about monitor color volume will be very much appreciated

So would it be accurate to say that the difference in color spaces is the size of the triangle (R, G, and B coordinates) overlaying the CIE 1931 blob graph?

11:53 The CIE1931 is not an "absolute colorspace", since Y means a percent of a "luminosity scene" estimated from a luminosity function (CIE1924). A real absolute colorspace uses cd/m2 for luminance, like ICtCp. But 1931 is an "absolute gamut", in terms of chromacity inside of an unknown dynamic range.

🔥🔥

Linus Tech Tips vibes, good video I like

I'm wondering about the matrix transformation at 7:17. Any additional information on that? Is it based upon human vision?

Holy shit this was so thorough

I love you.

I spent 3 hours on Wikipedia and a bit of KZfaq trying to understand why if the 3 lights making up a pixel correspond to the 3 cones in the eye, my monitor can't reproduce the entirety of the visible spectrum. The CIE 1931 (I read that wikipedia page) and THEN the R G B color space put it together. I thought this was a really simple question when I started but wow, nope.

My camera shoots only natural, flat, sepia and etc. profiles in 8bir. There are no log or raw. So how do I convert my footage to proper rec.709?

💥💥💥💥💥Super 👍👍 Very Good 💥💥 Lovely 👍👍 Best 💥💥💥💥💥

How did equation at 7:21 was derived?