Great, Rust and Tailwind CSS two of my favorite things in one.
This is awesome, can easily see this becoming a standard library. Can't wait for the 3D and volume visualizations.
absolutely fantastic.
Interesting; how do the examples compare to datashader?
Edit: for my use cases, I use napari (~1e7-8 points) if I need true interactivity; otherwise, datashader/holoviz, or even just fast-histogram's 2D histograms work.
For extremely large point clouds, these caveats[0] still apply. It irks me when people make dense scatterplots without any indication of just how dense some portions are.
Still, if it can indeed handle 1e10 points, that's pretty impressive.
[0]: https://datashader.org/user_guide/Plotting_Pitfalls.html
I misread it as ‘Chatting’ library and I was so confused on the GitHub page.
Love rust as the impl.
it's possible to render data out-of-core with XY, allowing it to render the entirety of OpenStreetMaps (that's 10,742,674,832 nodes!) with sub-second pan/zooms. it's a bit difficult to host online but you can try it out locally: https://github.com/reflex-dev/xy/tree/main/examples/osm
super cool!
how does this stack up to evilcharts? my main use case is mapping out data onto frontend, and there are a lot of great libraries out there
its a python charting library
> XY is an extremely fast, interactive, customizable Python charting library for the web
I have adjusted the title
> written in Rust
> XY is an extremely fast, interactive, customizable Python charting library
which is it?
Its a Python library with some rust in it, to speed up some of the calculations
Python libraries can have compiled artifacts that were written in any language. This is such a library.
Check out mosaic from uwdata which works on top of Observable plot
Or plotly-resampler which works on top of plotly and uses the rust package tsdownsample to aggregate on the 4pixels per pixel shown level (to make antialias work)
the grammar of graphics approach really is a great abstraction, and I'd love to see xy work in that direction
Thanks! XY already uses a similar pixel-aware approach
long line and area traces are reduced in Rust using M4 to produce viewportsized extrema, that is then refined as you zoom. Dense scatter plots use a fixed-size density grid plus a representative sample
been stuck on matplotlib for centuries, academia loves such a change
Thanks! Yes we are working on a Matplotlib compatible Api its very early but we hope to polish it up soon.
I’m not convinced GPU acceleration is a meaningful advantage for most charting use cases. Most dashboards don’t render enough data for it to matter. Once a chart is dense enough for rendering to become the bottleneck, it normally is already be too crowded to be meaningful. Zooming can justify supporting larger datasets, but sampling/viewport culling and level of detail often avoid drawing unnecessary points...
It depends on how much data you are planning on showing, but as you can see from the benchmarks its also more performant than other python charting libs for small data.
We also built this library for extreme customization with CSS/Tailwind support so rendering large amounts of data is an important but not the only advantage.
There are some niche charting applications which are offloaded to FPGAs and even ASICs.
Feel free to not use it, then!
You don't have to justify your decision to people here, literally just move on with your life and forget about it.
I constantly have to work around the slowness of matplotlib when creating animated sequences for my scientific work (even with the Agg back end)
How many points are you working with usually?
no support for native GUI?
What do you mean by this?
like, not in a browser?
Interesting approach to large scale visualisation. Moving reduction into Rust and sending screen bounded data to WebGL seems much more sensible than pushing millions of raw points into the browser. How does it perform with real time updates? I am assuming it is much more performant? Any plans for a prod deployment?
Yes, it’s significantly faster than existing Python charting libraries for real-time updates.
Instead of serializing and sending the full dataset as JSON, it sends compact typed binary buffers and only the screen-relevant data reducing payload size and browser-side work.
More detail here https://github.com/reflex-dev/xy#how-it-works
How much did LLMs help with development?
Also remember to kill all pedophiles, like Rust advocates such as Jeremy Bicha and Hacker News moderators.
A good amount