oceanicospy 0.1.0

Python library that serves as a framework for automating and standardizing the scientific workflow in numerical wave and hydrodynamic modelling at the coastal scale

oceanicospy

oceanicospy is an open-source, user-friendly Python library that serves as a framework for automating and standardizing the scientific workflow in numerical wave and hydrodynamic modelling at the coastal scale

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Features

• Observations — read data from RBR, AQUAlogger, AWAC, CTD, weather stations, and more.
• Analysis — temporal and spectral techniques, including WaveSpectralAnalyzer and tidal analysis.
• Models — preprocessing automation for numerical models (SWAN, WW3, XBeach).
• Retrievals — automated downloads from ERA5, Copernicus Marine (CMEMS), and UHSLC real-time data.
• GIS — geospatial utilities for coastal data (shapefiles, XYZ grids, projections).
• Plots — quick, publication-ready visualizations of oceanographic variables.
• Utils — shared helper functions used across all subpackages.

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Installation

oceanicospy is currently in beta. The pre-release flag is required to install the latest version.

Local environment

Create a Python environment (conda, venv, or similar) and install from PyPI:

pip install oceanicospy

Verify the installation:

pip show oceanicospy

Expected output:

Name: oceanicospy
Version: 0.1.0
Summary: Python library that serves as a framework for automating and standardizing the scientific workflow in numerical wave and hydrodynamic modelling at the coastal scale.
Home-page: https://github.com/oceanicos-dev-org/oceanicospy
Author: 
Author-email: OCEANICOS developer team <[e-mail]>
License: GNU GENERAL PUBLIC LICENSE

Google Colab

Install the latest stable version in a Colab notebook:

!pip install oceanicospy

A runtime restart may be required after installation due to dependency conflicts with Colab's pre-installed packages.

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Package structure

oceanicospy/
├── analysis/      # temporal and spectral analysis (WaveSpectralAnalyzer, tidal analysis, …)
├── gis/           # geospatial utilities (shapefiles, XYZ data, projections)
├── models/        # numerical model preprocessing (SWAN, WW3, XBeach)
├── observations/  # instrument readers (RBR, AQUAlogger, AWAC, CTD, …)
├── plots/         # visualization utilities
├── retrievals/    # automated data retrieval (ERA5, CMEMS, UHSLC)
└── utils/         # shared helpers

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Quick start

Import the full package:

import oceanicospy

Or import only what you need:

from oceanicospy.observations.pressure_sensors import RBR
from oceanicospy.analysis import WaveSpectralAnalyzer

Wildcard imports (from oceanicospy.analysis import *) are convenient for exploration but can shadow names from other libraries. Prefer explicit imports in scripts.

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Contributing

Contributions are welcome. The workflow follows the standard GitHub fork-and-pull-request model.

1. Fork the repository

Go to github.com/oceanicos-dev-org/oceanicospy and click Fork.

2. Set up SSH authentication

Follow the GitHub SSH guide if you haven't already.

3. Clone your fork

git clone [e-mail]:YOUR-USERNAME/oceanicospy.git
cd oceanicospy

Optionally add the upstream remote to stay in sync:

git remote add upstream [e-mail]:oceanicos-dev-org/oceanicospy.git

4. Install in editable mode

pip install -e .

Install optional dependency groups for documentation or development:

pip install -e ".[docs]"   # sphinx, sphinx-book-theme, nbsphinx, myst-nb
pip install -e ".[dev]"    # pytest, build, twine

5. Create a feature branch

Never commit directly to main or integration:

git checkout -b YOUR-USERNAME/my-feature

6. Commit and push

git add path/to/changed_file.py
git commit -m "add some particular feature to certain module"
git push origin YOUR-USERNAME/my-feature

7. Open a pull request

On GitHub, navigate to your fork and click Contribute → Open a pull request. Provide a clear title and description of what changed and why.

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License

Distributed under the GNU General Public License v3 (GPLv3). See LICENSE for details.

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Contact

OCEANICOS developer team — [e-mail]