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Inovesalib wraps the high-performance Inovesa solver in a reusable C++ library and exposes its API via a clean, lightweight Python package. Use Inovesalib to configure, run and analyze longitudinal particle‐bunch simulations in storage rings directly from Python—ideal for scripting parameter scans, integrating with Jupyter notebooks, or embedding into custom accelerator‐physics pipelines.

NVIDIA Material Definition Language SDK

This is a Minesweeper game implemented in C++ using ncurses/pdcurses for terminal-based graphics. Built with C++23 and CMake, it features cross-platform support for Linux and Windows, multiple difficulty levels, and a local scoreboard system.

BenchTune is a C++ telemetry and reporting layer designed to capture host metadata, structure runtime annotations, and serialise benchmarking artefacts to portable formats. Instrument your application with BenchTuneManager, capture environment and run-time events automatically, and export detailed summaries to JSON, YAML, Markdown, the console, or remote sinks.

The HRT Imaging Tool (or simply HIT) implements algorithms to create mosaic images from image datasets acquired with the HRT. The algorithms have been developed for datasets of corneal tissue which are imaged using the RCM or the RCM2.0.

This is a fork of the original Inovesa project in GitHub

Full-waveform inversion software using the HPC library LAMA

Finite-difference wave simulation code using the HPC library LAMA

Modern C++17 client library for the KIT KADI REST API. It wraps HTTP communication, authentication, and common resource workflows (records, collections, templates, users, groups) to help native applications integrate with KADI services quickly.

Continuous Benchmarking in bwUniCluster/HoreKa