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A professional LaTeX template for research diaries and technical reports. Features a clean cover page, custom code styling, support for multiple sub-reports (tex/01, tex/02, ...), and integrated bibliography management. Optimized for XeLaTeX/LuaLaTeX but supports pdfLaTeX fallback.
LuaLaTeX Beamer template for research progress slides at HCMUT. Bundled Work Sans / Bernoru / JetBrains Mono fonts, university branding, biblatex wiring and a documented latexmk build system.
A professional high-performance computing (HPC) template for distributed GPU workloads. Integrates inter-node parallelism with MPI, intra-node CPU parallelism with OpenMP, and GPU acceleration with CUDA. Features a robust .env-based configuration, optimized pinned memory allocators, and built-in cluster monitoring tools.
A high-performance modern template for local GPU development using CUDA and OpenMP. Optimized for single-node workloads with a professional build system (CMake/Makefile). Includes custom pinned memory allocators, type-safe environment variable loading, and ANSI-colorized logging.
The industry-standard template for seamless C++/Python integration using PyBind11, Meson, and Ninja. Features expressive C++ bindings, automatic type conversions (STL, dicts, strings), and a high-performance build stack. Optimized for developer productivity with 'uv' environment orchestration.
Professional high-performance template for creating Python extension modules using the native Python C API (<Python.h>) with Meson and Ninja. Includes advanced examples of keyword argument handling, sequence processing (std::vector mapping), and dictionary creation. Features automated venv management with 'uv' support.
A lightweight and direct template for binding C/C++ into Python using only the core Python C API (<Python.h>) and a standard Makefile. Ideal for projects requiring zero build-system dependencies beyond a compiler and Python headers. Includes automated venv management and essential C API examples.
Professional high-performance template for creating Python extension modules using the native Python C API (<Python.h>) with CMake. Integrates seamlessly with modern C++ standards and provides a robust Makefile wrapper with 'uv' support. Includes educational examples of complex Python/C++ data exchanges.
