I never understood appeal of fractals. But after seeing what these two lines of code produce, I think I changed my mind.
for (i = 0; i < 32 && |z| < 2; ++i) z = z^9 + c^6
color = |z| * rgb(i/64, i/38, i/28)
Fixed the bug. Each node in this algorithm is trying to influence layout, without knowing the global structure. You can see when it dawns on them. It is very satisfying to see how from the chaos emerges structure.
Made a tool to visualize exponential sums. It generates images that seem to be coming from another dimension ๐
Play with it here: anvaka.github.io/e-sum/?code=x%โฆ
Learned how to map complex graphs into vector field texture. At the bottom left is original graph
Each node is a center for the vector field (-y, x). Total vector field is sum of all fields weighted by Gaussian radial basis function
I'm excited :)
I love making authentic, fast, web-based data visualizations.
I'm curious - what do you think is the best place or company for me to work for? Here are some things that I've made out of passion.
Please RT if you think someone can advice. DMs are open too. Thank you!
Made a website that turns a map into joy plot: anvaka.github.io/peak-map
If you are trying to find a unique gift for the holidays, you can print the final visualization onto a mug - they look pretty cool!
I've created an open source map of Mars using the highest resolution digital elevation model I could find from @NASAanvaka.github.io/mars/
For fun I have also added color themes and joy plots to render the height map
