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#julialang

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This has been an educational side-project: vectorizing scans of handwriting in #JuliaLang. From top to bottom: scan, skeletonized, path extraction, SVG fitting simplified curves with Catmull-Rom splines.

Still some refinement to make on that last step.

I’d like to share that my book, Multilevel Thinking: Discovering Variation, Universals, and Particulars in Cross-Cultural Research is available for pre-order at Oxford University Press: global.oup.com/academic/produc

* This book explains multilevel modeling building upon my 15 years of teaching this topic.
* The book contains appendices for estimating multilevel models in #Stata, #Rstats, and #Julialang.

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@viz Well, I seem to have figured things out. I brought together the JuliaCtags #JuliaLang package to generate a `ctags` file suitable for use by `exuberant-ctags` on Linux (at least). I used this to generate tags for my various projects both individually and all together as well as tags for the full Julia base module. This was then followed by the configuration of `tags-table-list` [*] in #Emacs to work with multiple tags files.

The results is that the various Emacs #xref commands work very well for navigating in the code: jump to definitions, find all references, go back and forth, etc.

[*] the use of a table of tags files is quite important when working with multiple inter-linked packages. I hadn't known about this variable before as I somehow missed the relevant paragraph in the documentation the various times I'd checked previously. :-(

Some #JuliaLang learning sketches this morning. Good ole' circle packing with my own quadtree. And starting to explore asemic glyphs inspired by @inconvergent.net's earlier algorithms. (Delaunay triangulation, toss out the longest edge of every triangle. Now I need to traverse the graph as spline.)