More appropriately, I believe that Sirius' comment was more about the weather in Rochester than anything to do with photographic science.
The reason the Kodak choose the 18% gray card as a light meter standard is because that is the usual color of the sky in Rochester New York.
Not really Steve, 18% Gray is exactly the mid point between pure white and and absolute black.
More appropriately, I believe that Sirius' comment was more about the weather in Rochester than anything to do with photographic science.
More appropriately, I believe that Sirius' comment was more about the weather in Rochester than anything to do with photographic science.
yes good advice. ill definitely give this a go the only problem is that slide latitude is very small so I'm not sure how well the pole will look once you deviate from the reading you get pointing it at the camera.
Overcast skies are overcast skies and do not look different with yellow, orange, and red filters. They will still look white or gray.
To my eyes there is nothing at all wrong with the image. .
Overcast skies are overcast skies and do not look different with yellow, orange, and red filters. They will still look white or gray.
We're talking about shooting color transparency film. What are you talking about?
When I looked at the image my reaction was much the same except that reading his post, this is the Eggleston image that the OP wants to emulate, isn't it?. Presumably his image has a white sky and he'd like to know how Eggleston has managed to get a good sky in similar light conditions whereas his is white. This of course assumes that the OP image was shot in the same or similar light conditions
As far as I can ascertain he hasn't shown us his white sky image. It might help if he did
pentaxuser
My point is that whether shooting color or black & white, there is not a lot that can be done with color filters for black & white or color correcting filters for color slides or prints that can make a white or gray sky blue. Graduated Neutral Density filters can reduce the sky brightness but it will not change the sky from white or gray to blue, only a darker color gray.
A blue filter will make the grey sky blue. Of course it will make everything else blue too.
I wonder if the color photo is from one of Eggleston's dye transfer prints? If it is, I'm guessing if he took two exposures. One for the foreground and one of the sky? To blend the two, the dye transfer printer would blend the sky and the foreground in the printing matrixes?
rather than averaging the two meter readings I would meter the main subject (pointing meter at camera) and then meter the sky/clouds which tells you the contrast difference in stops and that tells you how much ND grad filtration you need (with some experience/judgement).
rather than averaging the two meter readings I would meter the main subject (pointing meter at camera) and then meter the sky/clouds which tells you the contrast difference in stops and that tells you how much ND grad filtration you need (with some experience/judgement).
My point is that whether shooting color or black & white, there is not a lot that can be done with color filters for black & white or color correcting filters for color slides or prints that can make a white or gray sky blue. Graduated Neutral Density filters can reduce the sky brightness but it will not change the sky from white or gray to blue, only a darker color gray.
Sorry, but you're just wrong here Sirius.
The majority of my landscape photos are taken on dr5 reverse processed b+w slides.
I use a ND grad on the skies to even out the latitude, combined with a yellow or orange filter to bring out the tonality of clouds. See (there was a url link here which no longer exists) or here (there was a url link here which no longer exists)
don't you mean 0.9 ND ??? 3 stops is 0.9 ND
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