atomicthumbs
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- Joined
- Feb 1, 2011
- Messages
- 27
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- Medium Format
If they look like 'the real thing' in reverse, the gamma is probably 1.0, which is way too high; they are over developed. They should look a little 'flat' with a gamma from 0.6 to 0.8. Also, consider under-exposure, its like an epidemic. You'll always have difficulty printing an under-exposed negative.They're almost like negative slides.
'Standing' development' Rodinal can still grossly over develop film! Especially Acros.
There is not any advantage to high dilutions of Rodinal over 1+50, except to slow the process down a little.
You might try 1+50 for 16 minutes, and agitate it every 5th minute and see what kind of EI will give you a good negative; fine tune from there.
Scanning, of course, IS a problem for Rodianal and Acros because your scanner simply can't SEE the detail in your negative; you're never going to get the nuance from a scanner that is so easy with a good enlarger.
If you are wedded to film scanning, you might as well make it easy on yourself and stick to XTOL. Good luck.
'Standing' development' Rodinal can still grossly over develop film! Especially Acros.
There is not any advantage to high dilutions of Rodinal over 1+50, except to slow the process down a little.
You might try 1+50 for 16 minutes, and agitate it every 5th minute and see what kind of EI will give you a good negative; fine tune from there.
Scanning, of course, IS a problem for Rodianal and Acros because your scanner simply can't SEE the detail in your negative; you're never going to get the nuance from a scanner that is so easy with a good enlarger.
If you are wedded to film scanning, you might as well make it easy on yourself and stick to XTOL. Good luck.
However, when I scan them, they end up way too contrasty. The midtones are outweighed by the highlights and shadows, and everything looks like I shot it under an arc lamp.
Further no film manufacturer recommends stand. You get streaking and sooner or later you will spoil your best shot. Work out a time with 10 sec per min agitation.
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