Posted by theogravity 23 hours ago
Also, I wonder how the results are affected by my screen and environment. I’m on an iPhone in a dark room, with brightness turned all the way down and I currently have TrueTone enabled and Night Shift enabled.
I was bluer than x percent of the median. Night Shift mode reduces blue light exposure. At daytime with Night Shift off, I would surely be seeing the boundary earlier, as there would be more blue light transmitted by my screen.
I may have to repeat the attempt multiple times on different screens and lighting conditions (both indoors annd outside) and see if the results vary wildly or not. I think they will.
Not really sure how to interpret this. Where is "normal" on the curve?
https://en.wikipedia.org/wiki/Blue%E2%80%93green_distinction...
* HDR vs SDR mode
* Different monitors have different color replication ranges
* Monitor and OS color and brightness controls (brightness affects color perception)
* Interior lighting
* Monitor technology (LCD, OLED, etc)
Meaning even if a color was meant to be X, it just won't appear that way given the combinations above.
I think a better way to standardize this without too much variance in color would be make the user denote on the screen where they are actually looking perpendicular to the screen and judge from that area.