💫 An open-source multi-purpose N-body code.

Python N-body gravity solver accelerated with C

A one-dimensional gravitational N-body code

A versatile multifluid HD/MHD code that runs on clusters of CPUs or GPUs, with special emphasis on protoplanetary disks.

This is a modified version of the L-PICOLA code extending the COLA approach for simulating cosmological structure formation to theories that exhibit scale-dependent growth. It can compute matter power-spectra (CDM and total), redshift-space multipole power-spectra P0,P2,P4 and do halofinding on the fly. It can also include the effects of massive…

Fragmentation and bulk composition tracking code for the C version of REBOUND. Based on Childs & Steffen 2022.

Cross-platform simple 3d engine

A code to compute the non-linear evolution of the cosmological matter density contrast.

N-Body Simulation using MPI for message passing and OpenGL for visualization

Simulation of gravitationally attracted stars.

Modified version of the Identikit 2 tool for modeling galaxy interactions

An OpenCL accelerated n-body simulation

A code to identify the location and size of the gravitationally collapsed dark matter halos.

Interactive Inertial Electrostatic Confinement (IEC) Particle Simulator.

n-body simulation according to Weber's force law

This is COLAcode: a serial particle mesh-based N-body code illustrating the COLA (COmoving Lagrangian Acceleration) method.

A compression algorithm for cosmological N-body simulations

Расчет гравитационной задачи N-тел при помощи OpenMP и MPI - семестровая работа к курсу "Параллельное программирование"

Gravitational N-Body simulation for high performance and GPU programming

This is the Zel'dovich Calculator (ZelCa): A code calculating the real space and redshift space matter 2-pt functions, as well as the 3-point function in the Zel'dovich Approximation.