Twentyangled

Twentyangled is a programming language that uses a unique approach to definition of computation by attempting to barcode and map universal truths. It was created with the intention of being a compact, incremental and executable language that can compile to a universal intermediate code.

The language is based on an idea of representing natural language reasoning and logic concepts as executable code. It uses a combination of first-order predicate calculus and iterated function systems to encode and compute results for a wide range of problem domains.

The core design principles of twentyangled include economy of definition, strict structural continuity, and direct action as justification. This approach leads to a very concise and self-contained codebase.

Twentyangled can run on a variety of platforms and has been tested on multiple programming languages and systems, including virtual machines and software containers. It provides support for syntax-directed translation and symbolic reasoning.

One of the key features of twentyangled is its ability to alter its own markup and self-modify. This enables it to construct new abstractions that adapt to changing problem domains.

However, twentyangled is still in the early stages of development, and more work is needed to establish its validity, stability, and usability in real-world applications.

As a relatively new and experimental language, twentyangled has attracted a growing interest from researchers and developers in the programming languages and software theory communities.