SkipD wrote in post #3845697
The OP's problem may not necessarily be one of contrast beyond the latitude of the camera (or film) but one of the in-camera meter making a decision that favors the darker portions of a subject.
A handheld meter can usually be used in either incident or reflected mode. Sometimes it is good to get an "average" exposure setting by using a handheld meter in incident mode and then measuring BOTH the brightest and the darkest portions of the subject with the meter in reflected mode.
The reflected readings can be analysed to see if there is too great a contrast for the camera's (or film's) latitude and then the photographer can make a well-informed decision about how to adjust the exposure settings derived from the incident reading to get the most important portions of the subject (and, usually, the majority of the subject) exposed in an acceptable way.
This is how a photographer learns the limitations of lighting and, possibly, how to overcome the limitations with reflectors, gobos, etc.
Skip. I stand corrected. I just went outside to my bright, sunlit back yard and did a little experiment and was surprised by what I learned from it. Unless my light meter calibration is off (which I hightly doubt) between the incident light reading and the reflected light reading, the incident reading exposes by one stop more than the reflected light reading. And I had always assumed that they would both give me the same reading if, as you said, I simulated an incident reading by using a gray card.
For example, the incident light reading I got was 1/500. The reflected light readings under the same light reading off both a gray board and a black and white combo, in case the gray was not truly mid-toned, was 1/1000. And, as a control, I also metered the gray and the black/white boards with the camera, in both CWA and Partial, and got 1/1000.
So, maybe my incident light reading is off by a stop? You would think except that the exposure using the incident reading is spot on with the white just short of touching the right side on the histogram.
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As you can see, the details in the dark areas (the black T-shirt) is all but absent. So how can this be fixed? Well, Curtis had the answer in his previous post.
Decrease the contrast! (Great advice, Curtis.

). This is done in the camera by setting the camera contrast parameter to 0.
Below is the same picture as the first one shot with the incident light reading but with the contrast set to 0 (good thing I shot in RAW to make it possible for me to demo this

).
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So, in conclusion, my impression about a digital camera not being able to handle the dynamic range a sunlit scene was completely wrong. My experiment shows that the camera can handle it as long as the scene is metered correctly, as Skip mentioned above, and you're not trying to photograph a highly reflective white shirt (the white shirt I used was just an ordinary cotton T-shirt). Also, if you want the widest possible dynamic range captured in JPEG mode, be sure to set the Contrast to 0.
I'm now going to start carrying my Sekonic meter with me whenever I go out shooting and using it whenever I can instead of leaving it at home. Thanks, Skip, for enlightening me.
