flood-modelling

High-Performance Integrated Hydrodynamic Modelling System (HiPIMS-CUDA) for flood modelling

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).

Python APIs for hipims

A model which simulates coastal flooding, and evaluated the economic benefits of climate adaptation strategies.

A tool to help you process critical storms for TUFLOW ensemble runs.

Windows GUI app to generate geometric data table by tracing shapes on the screen.

This code supports Strauss et al (2020): "Economic Damages from Hurricane Sandy Attributable to Sea Level Rise Caused by Anthropogenic Climate Change"

A 2D surface-water flood model built on the A5 pentagonal DGGS

A QGIS Python script for automating geospatial data processing. It buffers road networks, converts to single parts, adds unique auto-incremental fields, and differences building footprints. The final layer is saved as a shapefile and loaded into QGIS. Ideal for importing to flood modelling software such as Infoworks ICM with no errors.

Skills + MCP server to drive HEC-RAS headless (run plans, read HDF results, plot, compare) via natural language. Sibling of agentic-swmm-workflow and Agentic-MIKE-Plus.

Plugin to process hydraulic model results rasters

Rasterize shape file vectors(2D zones) from Infoworks ICM to Hazard ARR, Speed and Depth

Automated hydrological conditioning of urban DEMs from airborne LiDAR and OpenStreetMap — code for Destefanis et al. (2026), ISPRS Archives XLIX-B2-2026

Reconstruction code for the 26 August 2026 Langtang rock-ice avalanche and 180-km flood