Hmmmm! I'm not enough of an expert on light and the human eye's physiological response to low light conditions to really argue the point. But I remember when we got the first of the night vision devices during Vietnam. I had the technical background to know how the fiber optic light enhancement worked, and they didn't leave the darker areas dark. They just couldn't make those areas as bright as other areas which got more starlight. It was like magic, but it also resembled (to a far lesser degree, of course) the way our eyes worked when we'd been in the dark long enough for our irises to open wide.doe.1971 wrote: ↑Mon Oct 09, 2023 11:01 pm I had to disagree with esteemed coleague here on nocturnal vision (or any other form of low-light). When the iris opens to the max, in low light we don't actually receive more light from darker areas, they remain dark. We receive proportionally more light from areas that alredy emit any kind of light in the first place. It's what digital tools call GAMMA factor.
For example, I took the liberty of adjusting what I believe would be a normal physiological perception in one of your images based on this gamma mechanism I mentioned.
zUntitled-1v3.jpg
That said, your enhancement of my image is really attractive, especially on the foreground character. I'm not sure about the background characters. Their shadows are much darker than those of the foreground heroine.
Thanks for the comments, though I don't know how to implement them in Iray renders. There's always more to learn . . .