Search Results for "hpc code analysis"

Paper Mario is an ongoing reverse engineering and decompilation project that aims to reconstruct the original source code of the Nintendo 64 game Paper Mario. The project focuses on producing code that matches the original binary exactly, enabling a deeper understanding of how the game was built. It provides tools, scripts, and documentation to analyze game behavior and structure. Contributors work collaboratively to translate assembly code into readable C while maintaining functional...

Sankofa is an application for the analysis of Oware (Abapa rule set) games. The goal is to enable players to recognize and to learn from their mistakes and to try alternative strategies. Run sankofa to show the interface on a local Web server at: http://localhost:10000* . Run retrograde to build a small end-game database. Sankofa is an analysis tool and not an automated opponent.

Quan is designed to model physical quantities in C++ programs. Advantages include automated dimensional analysis checking, automatic unit conversions, self documentation of code.

Brood War Easy Map is a C++ library that analyses Brood War's maps and provides relevant information such as areas, choke points and base locations. It is built on top of the BWAPI library. It first aims at simplifying the development of bots for Brood War, but can be used for any task requiring high level map information. It can be used as a replacement for the BWTA2 add-on, as it performs faster and shows better robustness while providing similar information.

Archivist is a program for "Magic the Gathering". Archivist allows you to create Magic Decks for Mindless Automaton and Apprentice. You can manage your private card collection and multiple decks. Rich analysis tools help you to improve your deck. Archivist 2 is the latest version build for Windows Systems using the .NET Framework. Download as archive or self extracting archive. No installation required! CODE moved to GitHub - https://github.com/spech66/archivist

SAN Kit was made public in 1993 by Stephen Edwards, the inventor of PGN Chess notation. The original code is in C, and with few comments quite cryptic. In addition, the original author's style was quite quixotic, making it even more difficult to read. This code is now reformatted to modern standards, adds support for NAG codes and comments, and has a "non-CLI" mode for inclusion in chess playing programs. The code has gone through extensive analysis using the llvm/clang compiler and reports no issues at this time. ...

This project is a portable C++ implementation of blackjack and craps simulators. While it could be adapted to work as a game engine, the intent is to provide a code base for the development of a powerful open source gaming analysis tool.