Welcome to the TOMRAP documentation pages

Tool for Multi-hazard Risk Assessment in Python

The project builds on outputs from the METEOR project (NEE6423R) to generate a tool that can be used in future projects to assess multi-hazard risk. The METEOR model was initially developed in ArcGIS. By streamlining this code in Python we will make multi-hazard risk analysis faster and more widely applicable.

Sample output of a hazard map produced from combining different risk factors in Tanzania.

_These documents are currently written from an Internal BGS perspective and are not yet for public release._

This software was developed from a Jupyter notebook by @kle (Kathryn Leeming) to take multiple spatial inputs (dbf, tifs) and combine them to create hazard vulnerability maps. Notebook was run from a directory containing copies of the files, original files are on W drive. The original notebooks are now archived in the notebooks directory in the repository linked below.

To submit issues, report bugs, or feature requests submit them at: https://kwvmxgit.ad.nerc.ac.uk/decval/hazardmaps

Contents:

• Installation Requirements
  • General Instructions
  • BGS Specififc Instructions and Installtion Troubleshooting
• Quick Start Guide
  • Data location
  • Config file
  • Creating links to config files
  • Vulnerability Curve inputs
  • Outputs
• Configuration
  • Hazard options
  • Custom vulnerability curve
  • Invert coordinates
  • Data locations and types
  • Output plot files
  • Building types
  • Manual weightings
• Model detail
  • Model details
  • Building Type Weights Tables
  • Weighting equations and calculations
  • Defining weights by vulnerability curve
  • Future items to implement
• Location of data for modelling
  • Tanzania
  • Nepal

Fork this project

• https://kwvmxgit.ad.nerc.ac.uk/kle/hazardmaps