awesome video. i am relatively new to photography and i am just soaking in as much knowledge a possible. the concept of gnd filters is completlely logical to me BUT there is so much to take into consideration when thinking about buying gnd filters. thats just to much for me at the moment hahah. completely beyond my comprehension so i have to take some time to figure things out.
Your explanation is really unique and helpful. Great work ❤️ I am watching your videos since 2k17. I learned a lot from your channel. Thanks 💌 (that time i noticed your channel and my birthday was same😅)
Thanks for all your great content. I'm missing something. If all cameras use 0 to 255 to record RGB values, it seems they should all have the same dynamic range of 8 bits, or 8 'octaves'. Dynamic range is the hardest photography concept for me.
Cameras dont record in RGB - they are assessing light values. It is only when the RAW image is converted to a JPEG or some other 8 or 16 bit format that the light information is compressed on the computer screen. By working in 32bpc or some other Linear compositing workflow, you can retain that light information later in post-processing.
Like said camera work on 14 bits, they record between 9 to 11 exposure values (9 to 11 bits) . The more informations you begin with the better the result 11 bits to 8 bits is better than 9 to 8 bits, so 8 bit is not equal to another 8 bits your (11-9) more bits are included in your compressed 8 bits Hard to explain 😕
Sir, deviation of 0.5 stop of dynamic range on either side amounts to change of a 1 stop of dynamic range as a whole, so how the concern photo amounts to increasing of 2 stops of dynamic range from 10 stops to 12 stops under its HDR application. Plz. Explain.
That's a good point. You're right in that underexposing 0.5 EV and overexposing 0.5 EV would only increase dynamic range by 1 stop. I meant to say 1 EV on both sides. I didn't catch this error before uploading, unfortunately. Thanks for pointing that out!
@@Apalapse Yes you are absolutely right. Its constructive feedback loop that makes a community all the more engaged & increase the community Dynamic Range right from where it's started to where it is currently executing the knowledge share.
2:17 So, is it possible to get higher dynamic range with pixel-binning? Like in the Samsung Galaxy Note 20 ultra where it can combine 9 pixels into 1 pixel?
Is there a webpage with a list of the dynamic ranges off different cameras (DSLR, compact-camera) and smartphone-cameras? Especially for smartphones I find it very hard to find for comparison.
@@Apalapse imagine being verified and actually commenting such trash and having such low views at the same time what a combo, prolly focus those negative emotions into doing something positive prolly like making better content.
awesome video. i am relatively new to photography and i am just soaking in as much knowledge a possible. the concept of gnd filters is completlely logical to me BUT there is so much to take into consideration when thinking about buying gnd filters. thats just to much for me at the moment hahah. completely beyond my comprehension so i have to take some time to figure things out.
Great concise, and detailed explanation.
Thank you for explaining this so well for a beginning photographer
Great tip with the HDR photo merging.
Thank you for a professional explanation
Your explanation is really unique and helpful. Great work ❤️
I am watching your videos since 2k17. I learned a lot from your channel. Thanks 💌 (that time i noticed your channel and my birthday was same😅)
You're an OG! Nice to see you! Thanks for the kind words and for watching through all this time.
This Channel is very underrated. 😔
Thanks for all your great content. I'm missing something. If all cameras use 0 to 255 to record RGB values, it seems they should all have the same dynamic range of 8 bits, or 8 'octaves'. Dynamic range is the hardest photography concept for me.
Cameras dont record in RGB - they are assessing light values. It is only when the RAW image is converted to a JPEG or some other 8 or 16 bit format that the light information is compressed on the computer screen. By working in 32bpc or some other Linear compositing workflow, you can retain that light information later in post-processing.
Like said camera work on 14 bits, they record between 9 to 11 exposure values (9 to 11 bits) .
The more informations you begin with the better the result
11 bits to 8 bits is better than 9 to 8 bits, so 8 bit is not equal to another 8 bits
your (11-9) more bits are included in your compressed 8 bits
Hard to explain 😕
wow great video now i got it
Sir, deviation of 0.5 stop of dynamic range on either side amounts to change of a 1 stop of dynamic range as a whole, so how the concern photo amounts to increasing of 2 stops of dynamic range from 10 stops to 12 stops under its HDR application. Plz. Explain.
That's a good point. You're right in that underexposing 0.5 EV and overexposing 0.5 EV would only increase dynamic range by 1 stop. I meant to say 1 EV on both sides. I didn't catch this error before uploading, unfortunately. Thanks for pointing that out!
@@Apalapse A big thanks from my side as well for such a meticulous response duly filled by lots of sportsmanship.
@@saurabhkumarjain7 Of course! I appreciate viewers such as yourself who provide feedback!
@@Apalapse Yes you are absolutely right. Its constructive feedback loop that makes a community all the more engaged & increase the community Dynamic Range right from where it's started to where it is currently executing the knowledge share.
@@saurabhkumarjain7 @Apalapse what a bunch of weird followers you have lol. 😂😂😂
So hight resolution cameras could deal wuth dynamyc range 2ith nd filter?
low dynamic range means low contrast?
Waiting badly for this
Hope it delivered :)
2:17
So, is it possible to get higher dynamic range with pixel-binning?
Like in the Samsung Galaxy Note 20 ultra where it can combine 9 pixels into 1 pixel?
yes, that's correct
I would say hidden Hdr
The advantage of pb is to reduce the apparent noise at the price of a lower resolution
Your vids are the best
Thanks!
Is there a webpage with a list of the dynamic ranges off different cameras (DSLR, compact-camera) and smartphone-cameras?
Especially for smartphones I find it very hard to find for comparison.
Dxo
Dxomark or photons to photos www.photonstophotos.net/
thx
I can't open your website?
WOW! Ok you excellently explanatorly eccellently excellent guy!!! TY!!! ^.^
Glad it was helpful!
👍
THANK YOU!!!!!!
You're more than welcome
good
thanks!
wow..Patagonia..is this top made in Sri Lanka?
Not sure actually!
Well there goes 5 minutes of my time. (P.s : comment wisely)
lol imagine being a fan of Rice Gum
thanks for watching all 5 minutes, helps my analytics!
@@Apalapse oh don’t worry I lied about that as well I just saw 1 second of the vid and commented. Couldn’t bear your annoying voice.
@@Apalapse imagine being verified and actually commenting such trash and having such low views at the same time what a combo, prolly focus those negative emotions into doing something positive prolly like making better content.
@@thehistoryman4465 what’s bad about the content besides my annoying voice? Also I don’t really care about the views RUclips is just a hobby
Hilarious voice over dubbing but excellent content.
Perhaps slow the delivery down a touch..
fish
yes
Thank you for making such detailed and easy to understand content I really appreciate you
I think your mic freaquency is off