S

simulation

The GROMACS molecular simulation toolkit.

FlightGear open-source flight simulator flightgear.org

Pyxel is a general detector simulation framework (https://esa.gitlab.io/pyxel). An easy-to-use framework that can simulate a variety of imaging detector effects combined on images (e.g. radiation and optical effects, noises) made by CCD or CMOS-based detectors.

Python API for DART simulator.

Read Documentation

SimGear - simulation libraries for FlightGear

Documentation of Gaia Sky

A simulator for our future-planned kernel, Nitrocid Kernel!

PYthon Radio Astronomy anaLYSis and Image Synthesis

Mandos is a general purpose differentiable simulator for C++ and Python.

Simulated thermocycler for demo purposes.

NeuroML-based neural simulator

The project provides Python tool-chain and shell scripts for molecular simulation workflows: preparation, running and analysing molecular dynamics (MD) simulations of bio- and organic soft condensed matter.

Demonstrating what you can achieve without mandatory usage of any kind custom of server side logic. You could use these on a CDN, shared web hosting without SSI or .htaccess or source code repository based hosting. Rendered: https://bkil.gitlab.io/static-wonders.js/ Some compliant with JavaScript0: https://bkil.gitlab.io/gemiweb0 Mirrored: https://github.com/bkil/static-wonders.js

Electromagnetic Simulation Using the FDTD Method with Python

Air traffic control (ATC) tower and radar simulator. Solo and multi-player games available.

Menura is a space plasma simulation code. It is built around a hybrid Particle In Cell (PIC) solver, running on Graphics Processing Units. More informations on https://menura.readthedocs.io

Library and graphical tools for running SPH and N-body simulations.

The core universe generator for oxidizy

Life, in its smallest form.

2D Vehicle Simulator

Implementation of vehicle simulator library uses for path tracking, by dynamic, navigation and control algorithms.

The vehicle dynamic is based on a kinematic bicycle model [ref 2] Vehicle longitudinal and lateral movement are controlled by PID and Pure pursuit tracking algorithm. Adhering to command line utility, which defines initial position, velocity and heading angle of the vehicle.

Lateral servo actuator controls the road wheel angle. The wheel actuator is implemented by 2nd order simplified servo-mechanical model between the command and the actual road wheel angle.

There is an option to add a random white noise to the heading angle and to the global position by localization_is_not_perfect flag.

The program is plotting in real time the desired and the actual path of the vehicle in global coordinates system, by show_animation flag.