I know this crate hasn't been active recently, but I wanted to reach out because I've been working on a couple of Vega+Rust projects that could potentially integrate well with this crate.
VlConvert
The first is VlConvert (blog post). This crate embeds the Vega and Vega-Lite JavaScript libraries in a Deno runtime to support the following operations (without a dependency on an external browser or node.js runtime):
Compilation of Vega-Lite to Vega
Conversion of Vega/Vega-Lite charts to static SVG and PNG images
VegaFusion
The second is VegaFusion, which provides the ability to automatically extract Vega transforms and evaluate them in Rust using the Arrow DataFusion query engine. This makes it possible for many Vega-Lite charts to work with millions of rows as long as they include some form of aggregation.
Both of these projects are wrapped in Python to support Altair, but they could also be used directly from Rust, from a project like vega_lite_4.js.
Hi 👋
I know this crate hasn't been active recently, but I wanted to reach out because I've been working on a couple of Vega+Rust projects that could potentially integrate well with this crate.
VlConvert
The first is VlConvert (blog post). This crate embeds the Vega and Vega-Lite JavaScript libraries in a Deno runtime to support the following operations (without a dependency on an external browser or node.js runtime):
VegaFusion
The second is VegaFusion, which provides the ability to automatically extract Vega transforms and evaluate them in Rust using the Arrow DataFusion query engine. This makes it possible for many Vega-Lite charts to work with millions of rows as long as they include some form of aggregation.
Both of these projects are wrapped in Python to support Altair, but they could also be used directly from Rust, from a project like vega_lite_4.js.