Thank you! I love these lil' yings <3

That's pretty interesting.
I can't even begin to think up how the process actually went, especially when looking at the IDs.

Poor babybody lol. Cursed to be adorable forever.

Thanks! What I did was take traits from Tacci, Nurln, and Bekki, then assign then a value range. I'd use a random number generator to roll for the value. The 'parent trait'/main trait like eye or ear is represented by in the ID by 1,2, or 3. Specific traits like a visible iris or non-furred arms have their own chance to show up on the parent trait, and these are represent by the 'n' (not present) or 'y' (yes present) behind the parent trait number. The final modification to the parent trait was a chance for a spontaneous mutation, which is represented by a * on the parent trait number. And since yings are so prone to mutations, I then did three coin-flips to determine a random mutation chance, symbolized by the squares and circles. A circle indicates a mutation, while the square indicates no mutation. Furthermore, for each mutation that appeared, I did another coin-flip to see if the mutation would be benign or harmful, with harmful mutations indicated by a shaded circle. Lastly, I rolled for the sex. No females in this litter, alas!

Little babybody is going to be the most adorable yinglet mafia-boss in existence!

Oh hey now this is a fun exercise! Thematically appropriate too, given how central genetics are to this species as a concept. Great designs and poses, and I especially love the eyes of the one on the top left.

Thank you! Though I've recently fallen off, I used to be really into genetics, especially with mice and rats, so it's fun to get back into it with Yinglets!

The first one is gorgeous.

He is a handsome lil' banana lad!

Aren't genetics fun. <^\/^>

They really are! <3

Hard to read names, but they look awesome! Thanks for this ref!

No problem! The names are p much just a string of numbers and letters as a cue for me to know what to draw, so they're not super important.