It's an obvious matter that some lenses render colours in a less saturated manner than others: old uncoated lenses, for example, not always give as rich colours as modern multicoated ones.
But is it because such lenses increase colour saturation (e.g. by selectively letting certain wavelength corresponding to primary colours go through more easily) or because they avoid the problems, such as flare, that desaturate colours?
I'm suspecting coating and glass type have a lot to do here with the avoidance of problems, in that they reduce parasitic light due to internal reflections, but I wonder if there are other variables at play.
.The problem is to find a mathematical way to shortcut this problem. Only few companies have ability and will to do that , thats why Leica sells his last lens for 6000 euros
I think exposure needs to be taken out of the equation Dan, it's long been used for controlling colour saturation particularly with Kodachromes regardless of lenses being coated r not. Also I've found newer Copal shutters often run slower than Compurs of any age (that aren't sticky). I have tested my Compurs and some Copals and even a 1913 compur is still remarkably accurate.
Ian
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?