lispc

With `template`, `lispmacro`, and `lisp/c-macro`, it enables dynamic code generation for repetitive patterns, such as creating type-specific functions or CUDA kernels in a single definition, as shown in the template examples.

Built-in synonyms for CUDA, MPI, and pthreads simplify calls to external libraries, reducing boilerplate in systems programming, as demonstrated in the CUDA and MPI examples.

Prefix arithmetic and shorthand operators like `@` for function calls make code more expressive and less verbose than standard C, allowing sums like `(+ 2 3 4 (* 5 6) 7 8)` instead of nested infix expressions.

Supports C++ features including classes, templates, and stream operators via functions like `class` and `<<+`, enabling complex C++ code generation from Lisp syntax, as seen in the C++ vector example.