2 ms·
Hmm… but the actual display’s representation of 0 cannot be darker than the minimum brightness value it supports. If 1 really is 1x the minimum, then 0 and 1 h
by comex 9y ago
Hmm… but the actual display’s representation of 0 cannot be darker than the minimum brightness value it supports. If 1 really is 1x the minimum, then 0 and 1 have to be displayed identically. But then your scale isn’t even linear, nor does it have a true zero. How does that help?
edit: And aren’t output color spaces already highly nonlinear due to gamma correction?
- colejohnson66 9y ago0 is the lowest and x-1 is the highest for a ratio of 1:x. It’s 1 all the way to x; You just subtract one because computers start counting from 0
- comex 9y agoBut in that case, skipping "even integer times brighter values" wouldn't exclude 0 - because 0 is 1x brighter, an odd integer.