SedTRAILS documentation

License: MIT TUDelft DCC Deploy Sphinx Documentation Ruff Pytest

Sediment TRAnsport vIsualization and Lagrangian Simulator.

SedTRAILS is an open-source Python package for modeling sediment transport that uses Lagrangian particle tracking to simulate sediment pathways in coastal and estuarine environments. The current version is a beta release, bugs and issues are expected. Please report any problems you encounter on the GitHub Issues page.

Features

  • Lagrangian particle tracking for sediment transport simulation.

  • Dashboard for interactive visualization of simulation results in real-time.

  • Support for Delft3D Flexible Mesh (D3D-FM) hydrodynamic model outputs.

  • Support for various physics convertion methods.

  • Terminal user interface (CLI) for easy setup and execution of simulations.

  • Modular design for easy integration and extension.

  • Comprehensive documentation and examples.

Indices and tables

ACKNOWLEDGEMENTS

SedTRAILS development has been funded in part through the Netherlands Organisation for Scientific Research (NWO) projects “TRAILS” (grant number 17600) in the research programme ‘Living Labs in the Dutch Delta’, “Revealing Hidden Networks of Coastal Sediment Pathways via Laboratory & Numerical Experiments” (grant number 21026), and SEAWAD (grant number 14489) in the research programme ‘Collaboration Program Water’. The SedTRAILS code was originally developed under the Deltares-USGS collaborative agreement as a coral larvae and sediment particle tracking module by Maarten van Ormondt, Edwin Elias, and Johan Reyns (Deltares/Deltares USA), Andrew Stevens and Curt Storlazzi from the US Geological Survey (USGS), and Stuart Pearson (TU Delft). It has since been further developed in part during the KPP Beheer en Onderhoud Kust en Kustgenese projects, in partnership between Deltares, Rijkswaterstaat, and TU Delft.

The Python version of SedTRAILS was supported by the Digital Competence Centre, Delft University of Technology.