Water Module: Difference between revisions

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The Water Module is based on established [[Water_Module_Theory|theory]] and is validated using several existing [[Water_module_benchmarks|benchmarks]].
The Water Module is based on established [[Water_Module_Theory|theory]] and is validated using several existing [[Water_module_benchmarks|benchmarks]].


The Water Module is configured, handled and visualized by [[Grid overlay|grid-based]] [[Water Overlay|Water Overlays]], where each overlay can be tuned for specific analyses, insights, [[How_to_configure_the_Water_Overlays|configurations]] and results. Both the end result as intermediate results can be stored and inspected after the simulation calculations are completed.<br style="clear:both">
The Water Module is configured, handled and visualized by [[Grid overlay|grid-based]] [[Water Overlay|Water Overlays]], where each overlay can be tuned for specific analyses, insights, [[How_to_configure_the_Water_Overlays|configurations]] and results. Final and intermediate results can be stored and inspected once simulations are complete.<br style="clear:both">


===Example material===
===Example material===

Latest revision as of 12:36, 8 July 2026

Rainfall overlay, part of the water module

The Water Module in the Tygron Platform enables users to simulate the movement of (liquid) water and its impact on a project area. The Water Module is primarily created for the analysis of spatial water problems in urban and rural areas. These include heavy rainfall scenarios, flooding and evacuation situations, as well as ground- and surface water management simulations.

The Water Module is based on established theory and is validated using several existing benchmarks.

The Water Module is configured, handled and visualized by grid-based Water Overlays, where each overlay can be tuned for specific analyses, insights, configurations and results. Final and intermediate results can be stored and inspected once simulations are complete.

Example material