Isn't 400-500 MB per episode too much for an AV1?
With H265 you can obtain the same size...
Mmmmmh, maybe by removing those unnecessary English dub and commentary tracks with mkvtoolnix I can reduce the size.
Thanks in any case bro, and happy new year.
@chrnodroid. I agree; however, I was kinda aiming for quality this time as it's my first AV1 release & I quite like this show.
The video bitrate can definitely be reduced without much fuss *except for the pixel peepers*, but the video files themselves are already small enough imo at 204-625MB / episode. A lot of the file is used up by the audio tracks and subtitles.
I also don't make use of the dub myself but I like including it for the people who actually use it; I can definitely understand why you would consider it unnecessary though.
I'm contemplating if it would be a good idea to make a smaller Nichijou release without a bunch of the extra stuff like the trailers and dub tracks.
Additionally I believe the NCEDs 4-16 all have the same video? In that case I could probably just add each ED as an audio track to one video.
Oh lol I forgot to make signs tracks for the fansubs, I was thinking of specifically making one for Doki only *cuz the OP styling is nicer*. Oh well that would have raised the filesizes further anyway.
Oh lol it was on cpu 5 as I didn't really want to wait that long. As I've stated earlier this was done on a R5 3600 so nothing too special lol.
*Funnily enough the encode was pretty much only the second longest part of the whole process with the subtitles taking a substantially longer time*
10 bit plays too slowly. Frames are dropped, even on a reasonably strong computer. This is because acceleration on PCs is only for 8 bit with AV1. PCs need 8bit AV1.
@Hogoledo https://www.reddit.com/r/AV1/comments/kprht6/how_to_make_dav1d_the_best_av1_decoder_as_fast_as/
My ryzen 3500U drops only a handful of frames on 10 bit at 24fps, dav1d 0.8.2-2-g6c6d25d.
The average decoding fps is around 85.
I tested it decoding this: https://nyaa.si/view/1351697
so not an easy encode either.
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