ParmEd
Force field simulator
A package for creating and manipulating molecular systems using classical force fields.
Parameter/topology editor and molecular simulator
400 stars
33 watching
149 forks
Language: Python
last commit: about 1 year ago
Linked from 1 awesome list
Related projects:
| Repository | Description | Stars |
|---|---|---|
| | A tool to build force field input files for molecular simulation | 151 |
| | A Python toolkit for developing and applying molecular mechanics force fields using direct chemical perception and statistical parameterization methods. | 321 |
| | A Python-based 3D electromagnetic simulator that uses the finite difference time domain (FDTD) method to calculate electric and magnetic fields. | 525 |
| | A Python-based simulation tool for multiphysics processes in fractured porous media | 255 |
| | An integrated solution for real-time physics simulation environments | 954 |
| | A research framework for simulating coupled FEM and rigid body dynamics with real-time collision detection and optimization. | 28 |
| | A Python implementation of smooth particle hydrodynamics fluid simulation with screen space rendering capabilities | 110 |
| | A flexible framework for simulating federated learning settings with minimal API and supports differential privacy, secure aggregation, and compression techniques. | 253 |
| | An API for the Polarizable Continuum Model used to simulate molecular interactions in a polarized continuum environment. | 33 |
| | An atmospheric modeling package for simulating particle dynamics in moist air using the Super-Droplet Method | 60 |
| | An implementation of a deep learning model for simulating physical processes in a way that integrates prior scientific knowledge | 54 |
| | An implementation of the Fourier modal method for simulating electromagnetic waves in periodic media | 103 |
| | A collection of robotic simulation environments for reinforcement learning | 585 |
| | A tool for creating and simulating 3D environments for reinforcement learning research | 712 |
| | A MATLAB implementation of phase-field simulations using finite difference methods. | 55 |