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Yes, I sure wonder where Ansel pointed his spot meter for Moonrise over Hernandez???
You can get an old micro 4/3 for two hundred or so.
AA claims he rapidly calculated the luminance of the moon in his head, and used that as his primary reference is able to retain value gradation in the face of the moon. He didn't have time to meter the foreground. (I believe at that time, he was using an SEI spot meter, which of all things, fairly recently came up for sale as a historic "collectible", but only fetched a small price.) So he stipulated water bath development to try to keep the extremes under control; but that also results in rather splotchy streaky values evident in open portions of the sky which became hell when printing. That might be one of the reasons he later intensified the negative, so he could highly print down much of the sky to almost black, preventing most of the anomalies being seen. It also lent more drama to the scene. If one compares the before & after prints the distinction is quite evident. But ironically, the earlier prints, being a lot more scarce, have become the most expensive ones today.
.....Spotmeter "I've been everywhere".... (in this case Santa Fe N.M.)
Craig - why? Because sheet film is far more expensive than 35mm, you don't always get a second chance under constantly changing light or wind conditions, big view cameras are slower to operate, and one can only carry so many heavy bulky sheet film holders (so bracketing isn't realistic for all the above reasons). At around $50 a cable release punch for 8X10 color sheets plus development at today's prices, just how often do you want to "wing it", shoot-from the-hip exposure-wise? Plus we LF photographers often have much more demanding standards of how we want the prints to come out. A lot of work and expense goes into those too, especially if they're large.
Frankly, I don't even believe in any of that, "just rely on the film latitude" nonsense unless it's a low contrast rainy or overcast day, and the film in question is something like Kodak Gold or Delta 3200 designed for a wide range of exposure variability. And then there's the "I can fix anything in Photoshop" crowd; they CAN'T, and that's just how in fact it comes out looking most of the time. So they blame the film or its manufacturer for the mediocre result. For heaven's sake, light meters were invented for a reason.
I was impressed that he had such a hot young girlfriend.
One issue about using an incident meter is that you can't always be in the right spot to make it work. Being out in ruggedness and the weather isn't like being in a studio. You might need to meter something on the other side of a canyon thousands of feet deep, where the lighting is quite different from where you're standing. One degree spot meters are ideal for that. It's not necessarily about the Zone System at all, although spot meters are great for that application too.
Story #2. Perhaps a bit of tall-tale revisionist history. Older self-promoter type photographers tend to do that, as we well know.According to Ansel Adams...
[6] Maloney, T. J., ed. (1942). U.S. Camera, 1943. New York: Duell, Sloan & Pearce. p. 88-89.It was made after sundown, there was a twilight glow on the distant peaks and clouds. The average light values of the foreground were placed on the "U" of the Weston Master meter; apparently the values of the moon and distant peaks did not lie higher than the "A" of the meter. Some may consider this photograph a "tour de force" but I think of it as a rather normal photograph of a typical New Mexican landscape. Twilight photography is unfortunately neglected; what may be drab and uninteresting by daylight may assume a magnificent quality in the halflight between sunset and dark.
Several of the replies here seem to suggest that an incident meter reading must be taken at or near the subject. In my experience that is usually not the case. An incident meter does not meter the subject. It meters the light falling on the subject. The color, brightness, reflectivity, etc, of the subject have nothing to do with the reading. I can often find a nearby proxy location with the same shade from the sun, cloud cover, etc. as the actual subject. Putting the meter there and pointing it in the same orientation it would be in at the actual subject location results in a reading darn close to what I would get if I walked all the way around to the other side of the lake. This seems pretty obvious, but I still tested it at length forty or fifty years ago with my father's Brockway Norwood Director meter.
I do have a Pentax Digital Spot meter but I haven't used it for years. I use a tiny little Gossen Digisix 2, and I use it at least 90% of the time in incident mode.
Hi again, Greg. My nephew was just there, guiding about a dozen younger guys in Nepal again. But they all got sick at 18,000 ft due to some kind of food or water issue. Is that Cholatse in the foreground? My nephew climbed that back in his college years when he still lived with me. It looks like the snaking ridge route he took. The pointy summit was about the size of a sheet of typing paper.
Just before he left on this last Nepal trip he was asking me about peaks in the Wind River Range, so he can take the same gang there. I made an extra print of Warbonnet for him a few years ago, to go alongside other mountain pics on his walls, some of which I took on long trips when he accompanied me many years ago. All Sinar 4x5 work back then. In the really tricky spots, it was good to have him along because he was so skilled at tethering me and my camera gear with ropes to some tiny ledge or another.
Do you have any suggestions for good resources for learning sensotometry?
Several of the replies here seem to suggest that an incident meter reading must be taken at or near the subject. In my experience that is usually not the case. An incident meter does not meter the subject. It meters the light falling on the subject. The color, brightness, reflectivity, etc, of the subject have nothing to do with the reading. I can often find a nearby proxy location with the same shade from the sun, cloud cover, etc. as the actual subject. Putting the meter there and pointing it in the same orientation it would be in at the actual subject location results in a reading darn close to what I would get if I walked all the way around to the other side of the lake. This seems pretty obvious, but I still tested it at length forty or fifty years ago with my father's Brockway Norwood Director meter.
I do have a Pentax Digital Spot meter but I haven't used it for years. I use a tiny little Gossen Digisix 2, and I use it at least 90% of the time in incident mode.
I find using my hand as a shade works 100% of the time.
You do not need to be next to the subject to use an incident meter, you just need to approximate the light falling at the subject using whatever is handy
Several of the replies here seem to suggest that an incident meter reading must be taken at or near the subject. In my experience that is usually not the case. An incident meter does not meter the subject. It meters the light falling on the subject. The color, brightness, reflectivity, etc, of the subject have nothing to do with the reading. I can often find a nearby proxy location with the same shade from the sun, cloud cover, etc. as the actual subject. Putting the meter there and pointing it in the same orientation it would be in at the actual subject location results in a reading darn close to what I would get if I walked all the way around to the other side of the lake. This seems pretty obvious, but I still tested it at length forty or fifty years ago with my father's Brockway Norwood Director meter.
I do have a Pentax Digital Spot meter but I haven't used it for years. I use a tiny little Gossen Digisix 2, and I use it at least 90% of the time in incident mode.
Well I've only being doing this photography thing for about 50 years, so what would I know?That says it all, "approximate". And what is "good enough" for one photographer, might be truly deficient for another. I don't know if you have the same saying in Australia as here; but when people would state their results were "good enough for government work", it meant damn sloppy.
Often. Buy the Pentax Spotmeter once.....It's a tool you won't regret having
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Phil Davis uses an incident meter in his Beyond the Zone System, he does care about the films ISO or obtain a exposure, that is calculated by the software he developed or uses older Wonder Wheel, what he is looking for is the scene brightness range, zone III and zone VII. For shadow, he just shades the meter with his hand.
Also what are some tips people have for spotmetering a scene? I've owned my 4x5 for about a year now so I'm still learning and I'm happy to hear any tips!
Had not thought of this, I need to take a look at Davis's book to see how he address this, just a matter of curiosity, at this point I am just too lazy to learn a new system.Sometimes you're in the valley bottom relatively in shade and your subject is in the sun 1000m+ above you....
you can't replicate the light where it doesn't exist.this is particularly true of sunrise & sunset photographs.... shading w your hand only works if you're in a bright place......
It may be worth noting that landscape photography was successfully accomplished prior to the advent of the Zone System and spot meters.
There are many ways to the same end.
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