Docs.rs

The command bodies of the Bynk CLI: project rooting, check, fmt, test, and output writing.

ratatui + wgpu + winit event-loop and widgets

egui integration for SDL2: event handling and software, OpenGL, or wgpu rendering

Fast pure-Rust plotting: 120+ chart types incl. 3D (molecules, DNA, isosurfaces), genomics, trading and ML charts, interactive and live windows, animations (GIF/MP4), maps, TeX math, PNG/SVG/PDF/HTML, egui and WebAssembly. Faster and lighter than plotters in most benchmarks.

MCP server that gives AI assistants (Claude Code, Claude Desktop, any MCP client) fast charts: 120+ chart types from data, CSV/JSON files and PDB molecules, returned as images, built on dataviz.

The IDE analysis surface of the Bynk compiler: non-bailing single-file and project diagnostics, and the editor queries a language server consumes.

CLI utils for Pimalaya

Strip-only TypeScript-to-JavaScript for the Bynk compiler: erases type syntax with oxc, preserving runtime semantics and value imports.

Procedural macros for the tui-lipan TUI framework (ui!, rsx!, mockup!).

The semantic-analysis layer of the Bynk compiler: name resolution, type checking, the kernel and builtin registries, first-party sources, and the analysis tables the IDE queries.

Build orchestration and TypeScript emission for the Bynk compiler.

The Bynk system model: the resolved, declaration-level description of a program (protocols, handler kinds, type shapes, store fields, signatures), and its builder from a checked program.

Molecular DFT numerical-integration grids: Lebedev angular rules, radial quadratures, pruning, and Becke/LKO partition weights with analytic gradients and Hessians. Built-in PySCF level presets and a data-driven grid-preset API for caller-supplied constructions.

The formatter for the Bynk language.

The TypeScript tree and printer of the Bynk compiler: emission builds nodes, and this printer is the only code that writes emitted text.