Framework for Sea Level Hydrodynamic simulations

ARCHIVED - See https://github.com/ec-jrc/pyPoseidon for up to date development

This is a development project utilising multiple solvers (currently DELFT3D & SCHISM) for simulating sea level height (currently only storm surge). The purpose is to create a simple, portable and transparent way of setting up, running and analysing hydrodynamic computations through python scripts and Jupyter Notebooks (http://jupyter.org). See Notebooks in Tutorial/ for relevant prototypes.

Installation

conda install -c gbrey pyposeidon

Afterwards, for now, one needs to install gmsh manually with

pip install gmsh

Note: Due to an upstream issue, pydap needs to be installed manually. See environment.yml for info.

Prerequisities

DELFT3D needs to be compiled for your system. You can download it from http://oss.deltares.nl/web/delft3d/source-code. See Wiki for more details.

SCHISM needs to be compiled for your system. You can download it from http://columbia.vims.edu/schism/tags/. See http://ccrm.vims.edu/schismweb/ for more info.

You can also install the solvers easily with conda

conda install -c gbrey pschism delft3d4

Tests

There are several sets of tests. You can run pyPoseidon unitests with

pytest

In order to test also the solver integration use

pytest --runschism

or

python --rundelft

if you are using a local installation of the solvers please specify the PATH to the executables in your system such as

export D3D = '/path_to_folder_bin/lnx64/flow2d3d/'

export LD3D = '/path_to_folder_bin/lnx64/flow2d3d/'

export SCHISM = '/path_to_schism_executable'

docs

mkdocs build
mkdocs serve

License

• The project is released under the EUPL v1.2 license.