simplify-js VS svgo

This looks cool, I especially like the "intuitive" longest line algorithm.

~7 years ago I was trying to build a dashboard that displayed real-time measurements from a beehive. The sensors would take temperature, weight, humidity, etc. Back then I used simplify.js [0] which uses two simplification algorithms in two passes. The more compute intensive one is the Ramer Douglas Peucker algorithm [1]. One issue I had with streaming data is that new data points could change the past line, at least with my naive implementation. I'd love to see a real-time / streaming time series simplification algorithm where the past points don't appear to change wildly despite continuing to downsample.

[0] https://github.com/mourner/simplify-js

[1] https://en.wikipedia.org/wiki/Ramer%E2%80%93Douglas%E2%80%93...

Surprised this is being discussed here. It's worth noting that SVGOMG runs SVGO 3.0.0 while the latest version is 3.2.0 (so run SVGO locally for the latest optimizations), but I understand that once https://github.com/svg/svgo/pull/1943 is merged Jake will release an updated version of SVGOMG.

image-shrinker is a simple, easy to use open source tool for shrinking images. Under the hood it uses pngquant, mozjpg, SVGO, and gifsicle. You can also install these tools individually if you need to compress some images. I often use pngquantafter exporting PNGs for web projects from Figma or similar tools. I literally run it like this:

In addition to the techniques we’ve discussed so far, there are optimization tools available that can further enhance SVG images. These tools, such as SVGO and ImageOptim, offer valuable features to reduce file size and clean up SVG markup, making it easier to standardize and optimize the overall performance of SVG assets.

Open the terminal and cd to the folder containing your SVG files and run the command inkscape *.svg --export-plain-svg --export-type=svg And Inkscape is going to save your files as plain SVG and append the word "_out" to them. Note : Plain SVG files are not optimized for the web, you should use SVGO or any other Node.js tool, there are a lot of them on MPM

Look at software you use and identify underlying libraries.

SVGO https://github.com/svg/svgo is used by many graphics software but hasn't seen donations commensurate with usage https://opencollective.com/svgo

There are still a lot of things cl-djula-svg is capable of doing. For the immediate future, I am looking at adding optimization capabilities something like what svgo is doing for svgr. If you know anything else needs to be done to improve the package, please open an issue in the repository.