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Open-source Python package for geometric plasma simulations.

Binder-compatible repository for the MPCDF Python for HPC course.

The w7x package is a simulation framework that defines interfaces for simulation codes with interchangeable backends, computation pipelines in a directed acyclic graph that communicate via a central state.

GADGET-4 is a parallel cosmological N-body and SPH code meant for simulations of cosmic structure formation and calculations relevant for galaxy evolution and galactic dynamics.

AREPO is a parallel moving-mesh code for hydrodynamical cosmological simulations. It is a flexible code that can be applied to a variety of different types of simulations, offering a variety of physics solvers and postprocessing algorithms.

Library for printing the current and maximum resident set size of a Fortran, C, or C++ MPI application

numpy.ndarray implementation of tensors and tensor-fields that keep track of their actual coordinate system. Various geometrical like triangles and meshes derived from tensor fields are defined.

Expansion of the built in or other modules. Can be built upon (e.g. git subtree) by other modules in order to easily have a setup.py, Makefile and more.

Sphinx documentation of the EDD

Open-source Python package for geometric plasma simulations.

MPCDF HPC Performance Monitoring Software (hpcmd)

STRUcture-Preserving HYbrid codes - a Python package for energetic particles in plasma.

NN surrogate model of the ideal-MHD code VMEC.

A public repository to the N-GenIC cosmological initial condition code written by Volker Springel

GUI interface between tokamak data and transport codes. Developed first for the ASDEX-Upgrade shotfile system, it can now read IMAS data as input.