Hydrodynamics Python Packages

neuralfoil

NeuralFoil is a practical airfoil aerodynamics analysis tool using physics-informed machine learning, exposed to end-users in pure Python/NumPy.

capytaine

Python BEM solver for linear potential flow, based on Nemoh.

anuga

ANUGA: open-source hydrodynamic modelling of floods, tsunamis and storm surges (shallow water equations, finite volumes). GPU/multicore solver developed with C-DAC (India) and NCI (Australia).

hydromt

HydroMT: Automated and reproducible model building and analysis

inifix

A lightweight Python library to read, write, validate and format configuration files in the style of plutocode.

open-flash

Semi-analytical hydrodynamics modeling including matched eigenfunction expansion method

bluemesh2d

Unstructured triangular mesh generation for coastal and ocean models in pure Python — Delaunay / Frontal-Delaunay refinement, bathymetry-driven element sizing, Delft3D-FM and ADCIRC export — with a QGIS Processing plugin

dtocean-docs

Design and techno-economic assessment of marine renewable energy arrays

pylians

Libraries to analyze numerical simulations (python3)

dtocean-hydrodynamics

Design and techno-economic assessment of marine renewable energy arrays

dtocean-app

Design and techno-economic assessment of marine renewable energy arrays

pyro-hydro

A framework for hydrodynamics explorations and prototyping

dtocean

Design and techno-economic assessment of marine renewable energy arrays

hydrogym

An RL-Gym for Challenge Problems in Data-Driven Modeling and Control of Fluid Dynamics.

dtocean-core

Design and techno-economic assessment of marine renewable energy arrays

dtocean-qt

Design and techno-economic assessment of marine renewable energy arrays

dtocean-economics

Design and techno-economic assessment of marine renewable energy arrays

inifix-cli

A lightweight Python library to read, write, validate and format configuration files in the style of plutocode.

mdo-engine

Design and techno-economic assessment of marine renewable energy arrays

meem

Semi-analytical hydrodynamics modeling including matched eigenfunction expansion method

polite-config

Design and techno-economic assessment of marine renewable energy arrays

pttools-gw

Software for modeling phase transitions in the early universe using the Sound Shell Model

litebem

A lightweight, Apache 2.0 distribution of Matthieu Ancellin's Capytaine BEM code.

swirl-code

The SWIRL code is a python implementation of the "Estimated Vortex Center" (EVC) method for an automated identification of vortices in two-dimensional velocity fields.