pxls.space template fiddle header image

After more than 4 years, the pxlsFiddle templating utility is no more, and this site functions only for archives. It's been a blast! Now what? If you're reading this, you probably already know, but here's the alternatives:

pxls.space
pxls.space website - includes WebGL template styling and color matching
www: pxls.space
git: github.com:pxlsspace/Pxls
dis: discord.gg/YzmZBRY
bot: n/a
Charity
website and discord bot - includes template styling, color matching, grief alerts, and more
www: charity.pxls.space
git: github:PxlsCharity/Charity
dis: discord.gg/anBdazHcrH
bot: Charity (Beta)#8643
Clueless
discord bot - includes template styling, color matching, layering, and much more
www: n/a
git: github:GrayTurtles/Clueless
dis: discord.gg/5MVDCq53vC
bot: Clueless#3207
Barebones pxls.space Log Player
example webpage and code to read pxls.space log files
www: pxlsfiddle.com/logplayer.html
git: n/a
dis: n/a
bot: n/a
PxlsLog-Explorer
"command line utility program to filter logs and generate timelapses"
www: n/a
git: github:Etos2/pxlslog-explorer
dis: Etos2#5421
bot: n/a

The pxls.space archives

This is an unofficial collection of pxls.space canvas states, timelapses, and analyses.
Most of the files in this archive are generated from data graciously provided by the pxls.space staff.

Canvas 1
Canvas 1
Canvas 2
Canvas 2
Canvas 3
Canvas 3
Canvas 4
Canvas 4
Canvas 5
Canvas 5
Canvas 6
Canvas 6
Canvas 7
Canvas 7
Canvas 8
Canvas 8
Canvas 9
Canvas 9
Canvas 10
Canvas 10
Canvas 11
Canvas 11
Canvas 12
Canvas 12
Canvas 13
Canvas 13
Canvas 13b
Canvas 13b
Canvas 14
Canvas 14
Canvas 15
Canvas 15
Canvas 16
Canvas 16
Canvas 17
Canvas 17
Canvas 18
Canvas 18
Canvas 19
Canvas 19
Canvas 20
Canvas 20
Canvas 21
Canvas 21
Canvas 21a
Canvas 21a
Canvas 22
Canvas 22
Canvas 23
Canvas 23
Canvas 24
Canvas 24
Canvas 25
Canvas 25
Canvas 26
Canvas 26
Canvas 27
Canvas 27
Canvas 28
Canvas 28
Canvas 29
Canvas 29
Canvas 30
Canvas 30
Canvas 30a
Canvas 30a
Canvas 31
Canvas 31
Canvas 32
Canvas 32
Canvas 33
Canvas 33
Canvas 34
Canvas 34
Canvas 34a
Canvas 34a
Canvas 35
Canvas 35
Canvas 36
Canvas 36
Canvas 37
Canvas 37
Canvas 38
Canvas 38
Canvas 39
Canvas 39
Canvas 40
Canvas 40
Canvas 41
Canvas 41
Canvas 42
Canvas 42
Canvas 43
Canvas 43
Canvas 43a
Canvas 43a
Canvas 44
Canvas 44
Canvas 45
Canvas 45
Canvas 45a
Canvas 45a
Canvas 46
Canvas 46
Canvas 47
Canvas 47
Canvas 48
Canvas 48
Canvas 49
Canvas 49
Canvas 50
Canvas 50
Canvas 51
Canvas 51
Canvas 52
Canvas 52
Canvas 53
Canvas 53
Canvas 54
Canvas 54
Canvas 55
Canvas 55
Canvas 56
Canvas 56
Canvas 56a
Canvas 56a
Canvas 57
Canvas 57
Canvas 58
Canvas 58
Canvas 59
Canvas 59
Canvas 60
Canvas 60
Canvas 60a
Canvas 60a
Canvas 61
Canvas 61
Canvas 62
Canvas 62
Canvas 63
Canvas 63
Canvas 64
Canvas 64
Canvas 64a
Canvas 64a
Canvas 65
Canvas 65

A note about timelapses

All timelapses on the archive pages are generated in the following formats:
WEBP/VP9/YUV444p - This uses the WEBP container format with the VP9 video codec and a YUV444 sampling for high quality with lossy encoders. This format is not supported in all browsers. Those browsers will typically fall back to the next format.
MP4/h264/YUV420p - This uses the MP4 container format with the x264 (h.264) video codec and a YUV420 sampling for good quality and greater compatibility, but due to the YUV420 sampling some colors and patterns will appear washed out, such as lattices. In addition, this requires video dimensions too be a multiple of 2; where required, a border is added.
GIF - This uses the standard GIF89a animated GIF. The advantage of this format is that it is completely lossless while requiring far less storage than traditional video formats. However, this format often does not provide a timeline / the option to seek in a browser.
All the above formats are self-hosted and, where possible, displayed in a custom video player designed for these timelapses, or in the browser's native video player if you choose to view the video files directly.
For maximum compatibility, links are also provided to copies hosted on the Vimeo video platform. This reduces quality, though not as badly as e.g. YouTube, but is practically guaranteed to be viewable on all non-potato platforms.

Technical details:

        	WEBM: ffmpeg.exe <input> -threads 4 -vcodec libvpx-vp9 -tile-columns 4 -crf 25 -b:v 0 -pix_fmt yuv444p -r 30 -g 900 <output>
        	MP4: ffmpeg.exe <input> -threads 4 -vcodec libx264 -crf 20 -pix_fmt yuv420p -r 30 -vf pad="width=ceil(iw/2)*2:height=ceil(ih/2)*2" <output>
        	GIF: gifsicle -d10 -O3 <input> > <output>

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