There are 5 repositories under free-energy topic.
the simple alchemistry library
An open, extensible Python framework for GPU-accelerated alchemical free energy calculations.
The Open Free Energy toolkit
The Valden Heat Pump controller is a platform to precisely control heat pumps
NGC-Learn: Neurobiological Learning and Biomimetic Systems Simulation in Python
GOMC - GPU Optimized Monte Carlo is a parallel molecular simulation code designed for high-performance simulation of large systems
IPython API to visualize MD-trajectories along projected trajectories inside a Jupyter notebook
A toy model of Friston's active inference in Tensorflow
Calculation of water/solvent partition coefficients with Gromacs.
Python tutorial for estimating and clustering free energy landscapes with InfleCS.
Dynamic Histogram Analysis To Determine Free Energies and Rates from Biased Simulations
A Python Package to Automate Thermodynamic Integration Calculations for Free Energy
ManifoldEM Python suite
Absolute solvation free energy calculations with OpenFF and OpenMM
Programs for Information Topology Data Analysis
NAMD QM/MM Tutorial on Free Energy Profile of Reaction Mechanisms
Tutorial for the usage of the dcTMD approach and Langevin simulations employing the trypsin-benzamidine complex as example.
Software implementation for paper Heuristic Analysis of Manifolds from Simulated Cryo-EM Ensemble Data
[NeurIPS 2021] Contrastive learning formulation of the active inference framework, for matching visual goal states.
JED is a program for performing Essential Dynamics of protein trajectories written in Java. JED is a powerful tool for examining the dynamics of proteins from trajectories derived from MD or Geometric simulations. Currently, there are two types of PCA: distance-pair and Cartesian, and three models: COV, CORR, and PCORR.
Software to Assess Association Free Energies via Direct Estimative of Partition Functions
Python tutorial for estimating and clustering free energy landscapes with InfleCS.
Grand potential (Free energy) in finite temperature many-body perturbation theory