A conceptual programming language written in Rust with syntax inspired by the 'Three-Body Problem' novel series.
3body-lang is a conceptual programming language written in Rust that translates standard programming syntax into terms inspired by the 'Three-Body Problem' novel series. It reimagines keywords like 'let', 'while', and 'true' with phrases such as '给' (give), '面壁' (face the wall), and '这是计划的一部分' (it's part of the plan). The project serves as an educational interpreter implementation and a creative exploration of culturally-themed language design.
Developers and programming language enthusiasts interested in interpreter design, creative coding, or science fiction-inspired projects. It's particularly suited for those exploring Rust-based language implementations or novel syntax experiments.
Developers choose 3body-lang for its unique blend of functional interpreter architecture with culturally rich, engaging syntax. It offers a creative alternative to traditional language learning tools by embedding literary themes directly into code constructs.
三体编程语言 Three Body Language written in Rust
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Reimagines standard programming constructs with engaging Three-Body Problem terminology, such as using '面壁' for while loops and '思想钢印' for constants, making code writing a unique literary experience.
Supports full programming constructs including variables, functions, loops, and conditionals, as demonstrated in the syntax overview with examples like '给 岁月 以 "文明"' for variable binding.
Includes creatively named built-in functions like '广播' for printing and '冬眠' for sleeping, adding novelty to common operations while maintaining functionality.
Implements a threading system via the '程心' model, allowing thread creation and management as shown in the README's examples for concurrent execution experiments.
Explicitly labeled as a 'conceptual' language in the README, it lacks the stability, extensive testing, and tooling required for serious software development or commercial use.
Relies heavily on Chinese characters and Three-Body Problem lore, which can alienate developers unfamiliar with the series or language, reducing its broad adoption potential.
Has minimal libraries, community contributions, or detailed documentation beyond basic examples, restricting practical applications to experimentation and education.