cLogos is an implementation of the Berkeley Logo language written in Common Lisp, designed to be a faithful and living environment for computational thinking. It aims to bridge textual symbolic reasoning with spatial turtle geometry by treating them as coexisting modes of thought rather than distinct stages. The project prioritizes structural honesty, pedagogical transparency, and deep inspectability within the host programming language's environment.
- Maintains compatibility with canonical Berkeley Logo specifications
- Bridges procedural/temporal logic with algebraic/relational structures
- Emphasizes high levels of inspectability from Common Lisp
- Uses ASDF for explicit dependency management and structural honesty
- Maintains compatibility with canonical Berkeley Logo specifications
- Bridges procedural/temporal logic with algebraic/relational structures
- Emphasizes high levels of inspectability from Common Lisp
- Uses ASDF for explicit dependency management and structural honesty
An introduction to Scheme programming language basics including its characteristics, primitive data types, list operations, expression evaluation, variables, function definition, equality predicates, and control structures.
Jank is a general-purpose programming language that combines the interactive, value-oriented nature of Clojure with native compilation and minimal runtimes. It offers seamless integration with C++ and LLVM-based JIT compilation for high performance while maintaining strong compatibility with Clojure.
Jeaye Wilkerson introduces jank, a new programming language that combines Clojure's code-as-data philosophy with native programming capabilities. Designed for gaming and other resource-intensive applications, jank aims to bridge the gap between dynamic languages and low-level performance.
