Uses the mover from yesterday, but now there are 3 of them all governed by a NoiseLoop library. The gif is quite compressed but I liked the dithering in the trails. It is "only" 482 KB. It is the one on the left.

1. Move noise loop code into library.
2. Update it to use vectors.
3. Make the results reproducible. Same sketch will load every time.
4. Automatically Record during a user defined window (not frame count dependent). That is turned off on the posted sketch. Both recording every frame at a lower sample rate. Note: The pixelDensity was set to 1.
5. Frames -> gif options: They can get GIANT for embedding in a web page. Also, when optimizing the first version I did, it made the movers disappear. I turned the background back on.
• ImageMagick
• The included gif:convert *.png -loop 0 -layers OptimizeFrame first_output.gif is the way to go, but on this particular animation the movers are very hard to see.
• convert first_output.gif -loop 0 -colors 32 second_output.gif
• Not used, but add -delay 50 to get 2 frames/second for example. That said, I did not see much of a speed differnece when i was trying it. Instead I deleted all the even file names to tighten it up.
• -loop 0 loops the frames forever
• -colors 64 changes the colors depth.
• more image optimization
• FFMPEG: Much nicer looking using the simple command, but GIANT gif files. Will consider using it for mpeg files.
• ffmpeg -pattern_type glob -i '*.png' output_all.gif
• example:ffmpeg -f image2 -framerate 30 -i output/gif-%3d.png noiseloop.gif
• ffmpeg docs