I cannot imagine how much work went into researching and condensing all of this. Thank you for doing this. Dope explanation. It’s surprisingly hard to find comprehensive information on this topic. You have the magic touch!

Thank you so much! that explained everything. My understanding is 1. Human eye's light sensitivity is lower than that of the camera's. (ex. 50% light in camera is about 25% in human eye) 2. Gamma Correction, is a process that uses a mathematical model to match the digital screen light levels to that of the human eye's. 3. As the result, Gamma correction evenly distribute the light level across a digital screen which appears to be natural lighting to the human eye.

*Someone get this dude a medal!*

Very well done. Every other gamma curve explanation I've seen has neglected some aspect (capture tech, display tech, human eyesight) of the gamma curve topic, so definitely learned some new stuff here today.

This was the most concise and understandable explanation of what gamma actually is and does. Thank you for not over complicating it!

Another great explaination! You have a gift of simplifying complex things. Great work

Amazing video. This was the first straight forward, yet still in depth explanation I’ve heard. This was beyond helpful. Thank you.

This is an extremely helpful, and remarkably well-constructed lesson. I confess to having been confused about this subject in the past, and now it is making sense to me. Looking forward to watching more of your stuff.

Great job explaining it, this is probably the only video I watched that knew how to explain it with important details without getting lost in them.

your work is insane, I'm in this rabbit hole for quite a while and your videos help so much!

I've learned SO SO much from this singular video. Amazing job man.

Very nicely structured and informative! Thanks!

Such a well-thought-out script. Brilliant video!

You're clearly very knowledgeable on this subject and are great at explaining the technical aspects in an understandable way. Just learned a lot. Thank you!

Hey. This is a easy understandable well made video. Thank you for explaining me a problem i had never looked for.

I barely get overwhelmed! But this video is pure gold! Very well explained! And you my man, you have a bright future in front of you cause you can't explain things that properly unless you have both the knowledge and intelligence!

This was awesome, keep up the good work!

Excellent video, really well broken down and executed too. Thank you!

Awesome. Pure gold information, very-well captured. Thank you!🙏

Great job! I haven't known well about Gamma correction, and this helped me learn from fundamental scratch. Thanks!

Well done! More please.

That's the best video about Gamma correction I've ever seen. Very good job!

Best explanation I've seen so far

Bravo! Been trying to make sense of gamma curves and this helped a lot. Thanks 😊

Great job dude! Watched maybe a dozen videos on the topic and this was by far the beat one! :) keep up the great work

Thanks for the best gamma-correction-explanation on youtube!

Excellent video, thank you

great concise explanation of this complex topic. thanks again.

Appreciating your efforts👏👏👏

Amazing work! I wish I could thank you more!

Fantastic video, congrats!

I almost never comment on videos but I couldn't not do so here. This is one of the best tutorial videos I've ever seen breaking down a complex, somewhat esoteric topic into an understandable format to folk who have little or no prior experience in the domain. You've earned yourself a subscriber, and if you have a link to send a few bucks to you or a charity of choice, please feel free to reply with a link. Thanks for this superb content.

Extraordinary job. Thank you

Thank you for making such an informative and succinct video. Much appreciated!

awesome video, thanks for explaining!

Nice job man! This was a fantastic video.

Awesome video, got more here in 8 minutes than I ever could in hours on various forums talking about gamma.

That was a wonderful explanation - thank you very much!

fantastic video man, keep them coming!

An excellent video. Thank you.

Thanks for this explanation. Now this whole area of gamma makes sense.

Really good stuff, glad I found your channel!

Great info, and very well done. Should be way more views.

So great and informative video. Thank you so much

Im really impressed! thanks for the explanation

Excellent. Thank you.

Thanks for the great info. Well done.

Great explanation mate 👍🏼

Great information!! Thanks for an awesome video!

Thanks for great explanation! I think I am your 1000th subscriber 😊

Thank you! I had no idea what gamma correction was; now I'm starting to understand its application.

You explain Very complex subject in an excellent way you are talented Man

Your videos are so good, thank you

Thank you, explained very well!

I have learned a lot from this video. Thank you!

Thank you!!! Now I finally feel like Gamma vs. Linear make sense.

Thanks for this explanation. It was very helpful.

Great explanation

Underrated creator, this video was amazing my man.

Thank you for explanation!

Good stuff, Thank you!

Really enjoyed this video

amazing explanation. Thanks

Thanks! Very helpful video!

Awesome video! Thanks

very well done

Thanks for making this! This was very informative for me :)

why do all tech guys wear the EXACT same glasses...

This was amazing. Thank you!

Splendid...keep up the good work

Hi. I love your videos, you put a lot of work on them and they are very concise and informative. However, there is a fundamental mistake in this one you probably might want to revisit. Gamma correction is a curve applied to "cancel" the curve from a gamma-encoded image. Our non-linear perception is the reason for the encoding, not the correction. We want to see the images in ratios as close to the ratios present in the capture image as possible. And that means that our eyes will have to receive light in the same ratios the camera "saw". If all digital images were 32-bit float images, gamma correction wouldn't exist, as cameras would capture and store linearly, and displays shouldn't have to apply any curve to them. But since we're still using 8-bit integer images a lot, computers need a way to store them in that precision. Linear won't cut it, because of our non-linear perception: our eyes are more sensitive to shadows, and 128 levels of brightness for the darker parts of the image won't be enough to represent a smooth gradient, you'll se a lot of banding. So, images have to be accommodated to allocate more bitdepth for the shadows, leaving less precision for lighter parts, the ones we have less sensitiity to. That's gamma encoding, and that's the bending gamma correction cancels. You have all the pieces there in your video, but the leading idea is unfortunately wrong

Great video! Good job!

Great video!!! I always ignore gamma in making videos. Your video explains it well!

Thank you vey much, this video helped me a lot!

This was super interesting, and something I look all over for.

loved it, please do more like this content

This was so helpful! Thanks so much!

this is so awesome ! thanks buddy !

Damn straight to the point. Love

Very genius! Very impressive! Thanks!

Great explanation buddy. You are talented

Thank you VERY much.

wonderfull , that is the most ever best explaning i've been see

Great video!

Great explanation, keep it up 👍 👏

Great Job! Thanks!

Great video! Keep going :D

I have the feeling that you could get a great KZfaqr. Keep making those videos! Greetings from Switzerland.

Nice job dude!

You are a Hero brother.

Thanks a lot! Very well explained... :)))

Thank you.

Thanks a lot!

Bro! Thank You>>>

You are good! Thx

Thx man! It is very

thank you

ERRATA: Adding ONE light, as in the example, does not DOUBLE the amount of light (or photons) hitting the paper, this is because of something called the inverse square law. In order to DOUBLE the amount of photons it would require adding THREE additional lights. Please correct me if I am wrong. Otherwise, thank you for a very well explained video on Gamma curves. Kudos for the 4K upload as well!

Thanks

this dude is so underrated