challenge was draw cinderpelt, ashfur, bluestar and crowfeather on the same canvas to test your design flexibility!
not my og idea but if anyone wants to use this as a post to reblog to show their own versions that's fine!
also, if you want to challenge yourself further, (just pick and choose)
- sootfur
- rainwhisker
- perchpaw
- ravenwing
- ravenpaw
- frostpaw
- bristlefrost
- dovewing
- cinderheart
- lilyheart
- tadpole
- mistystar
- stonefur
- stormfur
- willowshine
- needletail
- tall shadow
- grey wing
- hawkwing
- stormcloud
- nightheart
- twigbranch
- breezepelt
- nightcloud
403 notes
·
View notes
A summer Alya to go with the summer Marinette that I drew!
-
Please do not use or re-post my artwork without my permission. Thank you! (reblogs, however, are welcome and appreciated)
I do not own Miraculous: Tales of Ladybug and Cat Noir, nor it’s characters. All rights to their owners.
83 notes
·
View notes
You know what an underrated animal-coded ship dynamic? Black cat x orange cat dynamic. It still has the opposite attract from the black cat x golden retriever but with the intentional no-braincell fuckery from the orange cat instead of cheer and happiness from the golden retriever. Like yeah the black cat would be silent in one corner melting to the shadow and the orange cat is hurling itself at a wobbly shelf with a) no plan, b) no foresight, and c) the meaning to fuck something up however it's done in the end. It's peak dynamic. To me at least
28 notes
·
View notes
Hello! I just saw your cat colors master post and you seem very knowledgeable on the subject so I have a question. I was reading about the O/o gene for a little school assignment to talk about X linked genes. And since male cats only need one X to show orange color or black color. Wouldn't there be more orange and black male cats than female cats? I always hear people say an orange cat is more likely to be male than female but I never hear people say a black cat is more likely to be male than female. Is there some way for cats to be black that isn't linked to the O gene that changes the ratio of female to male black cats? Or are people just not noticing the ratio in black cats vs orange cats for some reason?
Yes, you're right, there are more black males than females, because the tortoiseshells are diminishing the numbers of both the black and and the red females.
Let's calculate the ratios; let p be the frequency of the black and q is the red allele. (This is also their probability: if you choose a random allele from the cat population, it'll be black with the chance of p and red with the chance of q.)
Black male: p/2 (1/2 of all cats are males and with p chance a male cat has the black allele therefore he is black)
Red male: q/2 (similarly)
Black female: p²/2 (both of her alleles need to be black, so we need to choose twice)
Red female: q²/2 (similarly)
Tortoiseshell female: pq (we need to choose a black and a red allele, and we can do it in two orders, so this is actually the more simple form of 2pq/2)
Let's check: p/2 + q/2 + p²/2 + q²/2 + pq = (p+q+p²+q²+2pq)/2 = 1, because p+q=1 and p²+2pq+q²=(p+q)²=1²=1. Good.
What could be the frequency of the red allele? I don't know, but for the sake of simplicity let's say it 0.2 (so every fifth male cat is orange).
Black male: p/2=0.8/2=0.4 (40%)
Red male: q/2=0.2/2=0.1 (10%)
Black female: p²/2=0.8²/2=0.64/2=0.32 (32%)
Red female: q²/2=0.2²/2=0.04/2=0.02 (2%)
Tortoiseshell female: pq=0.8*0.2=0.16 (16%)
So this means the male:female ratio in red cats is 10:2=5:1 (for every five males there's one female), while in blacks 40:32=5:4 (for every five male there're four females).
You see why it's much easier to notice.
24 notes
·
View notes