Redseele
Established
Hi everyone,
I shoot mostly black and white negative film (mostly tri-x) and develop it myself. In the process of doing this I've learned to get negatives with very good tonal range. When I scan them i, of course, always get very flat images.
Here is my question though: how do you process your black and white scanned film? I am curious because usually i just increase contrast in Lightroom and play with the highlights and shadow sliders. Still however, sometimes i feel that my pictures are kind of flat.
I know that a lot of people use silver efex pro to get great results converting from color to black and white, but what do you people do? Do you modify contrast a lot from the original? Below you can see one example of mine.
Lately i've become interested in trying to reproduce the tones of Lith Printing (this all has to di with my admiration of Anton Corbijn's work) and it made me wonder how i could reproduce that look digitally from a black and white negative.
Thank you

A couple by Mahler_seele, on Flickr
I shoot mostly black and white negative film (mostly tri-x) and develop it myself. In the process of doing this I've learned to get negatives with very good tonal range. When I scan them i, of course, always get very flat images.
Here is my question though: how do you process your black and white scanned film? I am curious because usually i just increase contrast in Lightroom and play with the highlights and shadow sliders. Still however, sometimes i feel that my pictures are kind of flat.
I know that a lot of people use silver efex pro to get great results converting from color to black and white, but what do you people do? Do you modify contrast a lot from the original? Below you can see one example of mine.
Lately i've become interested in trying to reproduce the tones of Lith Printing (this all has to di with my admiration of Anton Corbijn's work) and it made me wonder how i could reproduce that look digitally from a black and white negative.
Thank you

A couple by Mahler_seele, on Flickr

