I once attempted this problem for setting up a color scheme for a website. Turns out "pleasant" depends on the size of inner/outer elements. The problem is called "color relativity". People don't physically identify colors based on RGB wavelengths, instead we look at contrast with surrounding context. If there is very little contrast, we can perceive very slight differences in absolute color value. If there is very high contrast, we can only perceive significant differences. Also context can "shift" colors to look the same. For example:
High contrast: At night, with house or street lights. Most people become nearly color blind.
Low contrast: Snow blind. People can visually identify physical shapes of hills, roads, trees etc. despite everything being white.
For further actions, you may consider blocking this person and/or reporting abuse
We're a place where coders share, stay up-to-date and grow their careers.
I once attempted this problem for setting up a color scheme for a website. Turns out "pleasant" depends on the size of inner/outer elements. The problem is called "color relativity". People don't physically identify colors based on RGB wavelengths, instead we look at contrast with surrounding context. If there is very little contrast, we can perceive very slight differences in absolute color value. If there is very high contrast, we can only perceive significant differences. Also context can "shift" colors to look the same. For example:
High contrast: At night, with house or street lights. Most people become nearly color blind.
Low contrast: Snow blind. People can visually identify physical shapes of hills, roads, trees etc. despite everything being white.