Denton
Established
I often hear the suggestion here that a low contrast lens will bring up shadow detail better than a high-contrast lens.
I'm having trouble with that logic. Low contrast to me means flare, which is noise. This seems to mean your image may have a higher background luminance in the shadows, but I don't see how it will contain more detail (information). By analogy, astronomers rate optics by the level of contrast obtained. High contrast means more detail, for example, in planetary viewing. Low contrast is never desirable in astronomical viewing.
Seems like a better strategy in high-contrast situations is to expose for the shadows and pull the development, use compensating developer or stand-development technique. Of course, you have to treat the whole roll that way and not all images may be suited to this.
Do I have it wrong?
Denton
I'm having trouble with that logic. Low contrast to me means flare, which is noise. This seems to mean your image may have a higher background luminance in the shadows, but I don't see how it will contain more detail (information). By analogy, astronomers rate optics by the level of contrast obtained. High contrast means more detail, for example, in planetary viewing. Low contrast is never desirable in astronomical viewing.
Seems like a better strategy in high-contrast situations is to expose for the shadows and pull the development, use compensating developer or stand-development technique. Of course, you have to treat the whole roll that way and not all images may be suited to this.
Do I have it wrong?
Denton