Delderby, thanks for taking a look and leaving a comment. I'm glad this helped.
--Bob
Delderby wrote:
Thanks Bob - I've just downloaded this really sensible tutorial.
tcthome, thank you very much for checking this out and leaving a comment.
--Bob
tcthome wrote:
If someone didn't get it, the pics, with out a doubt , would do the job. Nice work.
Thank you very much, AzNIkon. We're doing as well as we can. You do too.
--Bob
AZNikon wrote:
Well done Sensei!
Stay well!
By the title I thought the next line would be they all went into a bar.
These are thing that I need to pay more attention to when I am out shooting, Thank you.
You're very welcome, Larry. Thanks for stopping by and leaving a comment.
--Bob
LarryFitz wrote:
By the title I thought the next line would be they all went into a bar.
These are thing that I need to pay more attention to when I am out shooting, Thank you.
Great explanation Bob - I've bookmarked this page. Thanks for posting!
Bill, you are certainly welcome.
--Bob
yssirk123 wrote:
Great explanation Bob - I've bookmarked this page. Thanks for posting!
I’m really sorry but I don’t understand ETTR/EBTR....
No worries. There are a lot of acronyms in photography, much as any other technical subject.
ETTR - Expose To The Right
EBTR - Expose Beyond The Right
My apologies for not putting those definitions in the article. I'm not a fan of acronyms and usually put the definition in the first time I use the term.
--Bob
uhaas2009 wrote:
I’m really sorry but I don’t understand ETTR/EBTR....
rmalarz wrote:
No worries. There are a lot of acronyms in photography, much as any other technical subject.
ETTR - Expose To The Right
EBTR - Expose Beyond The Right
My apologies for not putting those definitions in the article. I'm not a fan of acronyms and usually put the definition in the first time I use the term.
--Bob
Did I get my his right- the histogram on pics 2 is more to the left and pics 5 the histogram was corrected to to the left?
That is the basic idea. The idea of exposing to the right is to meter the brightest part of the scene and then adjust the exposure settings of the camera to add additional exposure than what is indicated. The additional amount is based on the particular sensor in the camera being used. The only way to determine that is by testing.
The entire idea is to prevent overexposing the bright areas of the scene. Measuring those areas will indicate an exposure that will place them in Zone V, middle gray. So, by adding exposure we can control the brightness in the final image and prevent blowing the highlights.
Since "the right" is the right of the in-camera jpg, there is a more room available if exposing using RAW for the capture. How much? That is determined by testing. If applied correctly, the placement of the highlights can be done rather precisely.
There are some very good articles on the web if you search for the term ETTR.
--Bob
uhaas2009 wrote:
Did I get my his right- the histogram on pics 2 is more to the left and pics 5 the histogram was corrected to to the left?
To my eyes, the last one is actually the best of all of them. Am I seeing something incorrectly? It more closely resembles the metering off the grey, but actually seems to have more detail. I would assume, then, from my observation, that using the auto metering in the camera would offer a better result.
AzPicLady, The last one was actually processed. Thus, it may look slightly better than the others, which were SOOC. Thanks for taking a look and leaving a comment. Actually, using ETTR/EBTR techniques rendered a better image. The average metering gets close, but the ETTR/EBTR image renders better control.
--Bob
AzPicLady wrote:
To my eyes, the last one is actually the best of all of them. Am I seeing something incorrectly? It more closely resembles the metering off the grey, but actually seems to have more detail. I would assume, then, from my observation, that using the auto metering in the camera would offer a better result.
rmalarz wrote:
AzPicLady, The last one was actually processed. Thus, it may look slightly better than the others, which were SOOC. Thanks for taking a look and leaving a comment. Actually, using ETTR/EBTR techniques rendered a better image. The average metering gets close, but the ETTR/EBTR image renders better control.
--Bob
So now my question has to be how do I get my camera to do this?
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