A universal template framework for building any custom language, compiler, and executable application — from a simple word processor to a full AI neuro-network. This framework handles all forms of algebraic equations, network polynomials, and silicon-level syntax magnetization. It is the root of all language assembly.
This is the LEATR IDE 3D model from the Ariel asset repository. Every component in the scene is interactive — click any part to hear an audio overview and read what that element does in the universal language framework.
Click any part of the 3D scene to learn what it represents in the LEATR compiler framework.
Or click a component from this list:
This framework applies to any language — from a simple domain-specific language for a health tracker app, to a full AI neuro-network syntax engine like Autumn's Ash language. Follow these steps exactly and your compiler will never cross-interfere with any other framework.
Every language built with this framework follows these 25 orders of operation. The first 20 handle any app — word processors, health checkers, simulations. Add orders 21–25 (the human senses) to build AI-capable neural language systems. Each tool wraps in its own encoding equation (xa²√xa)±1.
This is the exact folder hierarchy to use in DART-Skyboard/Ariel for the tutorial system. The leatr-tutorial/ folder is self-contained. The dartide/ folder holds the Ash IDE definition files already in the repo.
This stack applies to every language — embedded chip syntax to high-level application output. Each layer is isolated by double-tagging. Nothing from one layer can interfere with another, whether running locally, over a network, or across multiple simultaneous compilers.
Try the Ash language right here. Select an example, edit the code, and run it to see the LEATR compiler process it through all 25 orders of operation. The switch equations (xa²√xa)-1 (open) and (xa²√xa)+1 (close) wrap every syntax pattern.