[ch 1177] Chapter 1177: "Fury"
https://piefed.social/c/onepiece/p/1896164/ch-1177-chapter-1177-fury
he/him
Alts (mostly for modding)
(Earlier also had @[email protected] for a year before I switched to @[email protected], now trying piefed)
I have 2 lines of though to explain this, both going totally different ways.
I am not a chemist, and polymeric science is arguably my worst. so take everything with lots of salt
I do not know your sex (yes), but for the first one it maybe matters.
Humans basiccaly have best perception of greens. we have 3 kinds of cones (color detecting cells) and it is basically blue and green and a little redder green (it effectively works as red detector), and we percieve much better granularity in green color spectrum. also those who are female at birth are better at this (some source that i remeber said something in line of 10x more colors observable by females than males). so it is possible all kinds of dyes degrade, and wwith greens you are better able to percieve it. this is in theory testable by perfectly caliberated camera and lighting and displays, and measuring the pl response (doable in a lab setup).
more likely reason is dyes degrade. dyes are often organic (organic in sense of carbon containing) aromatic or more generally resonant structures designed to have absorption in specific ranges. the wavelengths they absorb the most, or reflect or transmit (as in allow it to pass) determines their colors. for example, our sun has peak emmision around green wavelengths, and life on earth evolved too roughly reject that (they absorb lower and higher wavelengths, if they absorb the most common, they probably die faster). if i remember correctly, organic dyes in paint often absorb the wavelength and then emit (resonance, the color being the resonant frequency) the light, so green dyes get the most common light (assuming the paint is applied on a surface recieving sunlight, if not, with leds for example, it is a bit bluer), and hence has a higher degradation rate. dyes degrade by general oxidation or any other chemical reaction, and that could also be possibly more likely on certain pigments as compared to others, and thegreen one just might be more reactive one. If pigment is inorganic, then it is whole different can of worms - whatstarting compound - lets say FeO (II), which may oxidise further (green -> brown) or something else.
Without much to go by, there are just so many possibilities.
it is finally happening - gunko (imu) v luffy (nikka) y loki (nidhogg).
the closest i can say is madaara vs naruto and sasuke, and that was peak as well
[ch 1177] Chapter 1177: "Fury"
https://piefed.social/c/onepiece/p/1896164/ch-1177-chapter-1177-fury
[ch 1177] Chapter 1177: "Fury"
https://piefed.social/c/onepiece/p/1896118/ch-1177-chapter-1177-fury
it does. I have snap shotting set for every hour, so every hour my file system creates a copy my main canonical file tree, and if some files changed in that hour, other than those files, all files are mapped to canonical file entries (same block data). for changed files, it points to their original blocks, so essentially changed files have copies. now you can write a command to delete certain amount of old backups, or oldest or however many, and there are multiple graphical implementations as well.
some example of snap shotting file systems are zfs and btrfs. in linux latter is better supported in general. zfs is a bsd project which has a openzfs implementation for linux and many distros support it too.
how about a snapshot based system? snapshots treat all changes (inode level or in some deduplicating cases, block level) from some starting point, each snapshots only saves changes.
I know every one will say snapshots are not backups, and i fully agree, but you can also implement a full mirror of relevant dirs in some external snapshot-ting file system on some other media, and like once a day or week or month, keep making snapshots.