@LokaVision
It's crazy. Every 5 seconds you bring up another complete rabbithole that I feel would take ages for me to fully comprehend and integrate. It's almost overwhelming with how much there is to learn lol.
@patrickvanoorschot9019
Fantastic video, love the way you put the examples together. Thank you.
@victorfajulacolor
This video is fantastic, thank you.
@paulmillican1950
Ooooooooooooooooooooooooh. One of those things I though I knew but actually had no idea about. Thanks heaps!
@alishabani4340
Another valuable video , thanks man
@CreativeVideoTips
you continue to crush it - thank you for these fantastic illustrated examples
@StefanRingelschwandtner
Great video! Thanks!
@Overdrive1119
Study Check-in 🙋🏻♀
@slaww666
Thank you for shedding light on the LOG mystery. I think that with OETF/EOTF we have the compander system well known in telecommunication. So in it's terms OETF = compressor and EOTF = expander. Between compressor and expander located a noise chanel or a media with limited dynamic range. In case of camera this is the pair ADC/DAC that has limited DR - 60 dB for 10 bit and so on. Not "Camera wants to compress" as you said at 4:35 but ADC/DAC with limited DR forses producer to compress 80 dB to 60 dB to squeeze through ADC/DAC. After ADC/DAC the expander (in Resolve) expands 60 to 80 dB. This is my hypothesis ))) - what do you think about?
@wilfredo.urenajr
Just as titled, this is definitely a deep dive about the subjet. I always ask myself what may be holding Blackmagic Design from properly changing the term Input Gamma to Transfer Function. 🤷 Another quality video. Thanks, Sven.
@AttilaBakosArt
As always, great presentation! However, it makes the impression that the inverse of an OETF is called EOTF, which in a theoretical model is true, but in reality there can be differences. I believe the correct term is simply "inverse OETF".
@GencoUney
"light is linear" is a very seductive idea only to say and chuck it off. There is inverse square law relationship between a light source and a surface. Simlarly when you stop up/down a lens, you change the entence pupils radius linearly wheras its area exponentally to the power of two. π•r² Similarly most if not all cameras store "camera raw"(bayered sensor dump) data values in pure log2.
@janalmashan
kudos
@ahmedabdulnabi4077
what is the transfer function for (grescale ramp) is it linear ?
@YogaWiranata
I was really confused. Isn't it called "Gamma" before? or am I just tripping?
@grt49er