Yes, but violet light does exist in nature as higher frequency light than blue light. Violet is only a mental oddity when mixing additive primaries.

I suppose. I’m personally picky about things like sixels and the kitty and iterm2 protocols.

Oh… my God.

As a gay man, I cannot express how much I disagree.

Nude dudes? Still nudes.

Self-love/self-care.

The “too” implies men do this. Perhaps some men do, but I do not, as a cis man.

I recommend Debian for new users and Arch fir experienced users, but use what feels right to you.

Thank you for the correction.

Zellij and Helix. Nice. I cannot fathom why you use Konsole though.

Sure! On a spectrum of visible light, yellow has a wavelength between red and green. Therefore, combining red and green, the average wavelength is the same as the wavelength of yellow. In fact, a yellow pixel is really just a pair of red and green pixels on most monitors (except with certain types of expensive monitors in which each pixel has red, green, and blue instead of red, green, or blue).

For reference:

I hope this helps.

I presume this depends heavily on the methid (and definition) of death.

Of course, because we have infinite RAM during the RAM crisis. /s

That depends on if said person means 11 Sep 2001, Sep 2011, or Nov 2009.

Better yet, don’t use GitHub!

It is the difference between additive mixing and subtractive mixing. When you mix colors on a screen with RGB, you add light. When you mix pigments on a physical medium, you subtract the amount of light reflected (because each paint absorbs most light except the colors it reflects, which are what you see).

As a side note, when mixing in the subtractive color system, your primary colors are cyan, magenta, and yellow. That’s why a printer takes CMYK, for cyan, magenta, yellow, and black. In case you were wondering, ‘K’ here is black.