Tools & Add-Ons

The Result Summary Extraction Tool exports SWMM and MIKE1D result summary / report data to a shapefile. Both SWMM and MIKE1D generate a result summary/report in a text file. These summaries provide high-level insights to the system performance and statistics based on the results at the simulation time step (rather than the result file that only has data at the output time-step) . All summaries are saved as a table in the summary/report file and each table has multiple columns. This tool extracts the data table based on a user selection and saves it to a shapefile that can be added to a map for enhanced reporting. This is a free, standalone tool with no dependencies on any third-party software.

Read the Result Summary Extraction Tool User Guide

The Velocity at maximum flow tool is a MIKE Powered by DHI Custom User Tool developed for getting, for each element in a 2D result file, the current direction at the time of either the maximum water depth or the maximum current speed, from a MIKE 21 FM simulation.

The tool reads a dynamic input *.dfsu result file containing H, U and V items, and provides the U and V velocity components corresponding to the maximum depth or speed, along with additional output items. Resulting U and V velocity components can then be used to plot vectors on maps

This version is developed for MIKE Powered by DHI release 2017.

Auf unserem Server steht eine Demo-Version der Software HQ-EX für die Installation direkt aus dem Web für Sie bereit. Zur Einarbeitung in die Bedienung von HQ-EX nutzen Sie bitte auch das Benutzerhandbuch und/oder die Online-Hilfe.

EN: Software for the calculation of flood probability

DE: Software zur Berechnung von Hochwasserwahrscheinlichkeiten

EN: Interactive Simulation System for Planning and Management in River Basins

DE: Interaktives Simulationssystem für die Bewirtschaftungs- und Rahmenplanung von Flussgebieten

The Hazard Map Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of developing flood hazard maps from MIKE result files (dfs2 and dfsu (2D)). The file includes installation instructions and user guide. Please select the appropriate version when downloading i.e. 32 or 64 bit corresponding to your operating system.

This tool is developed for MIKE by DHI 2014, but is likely to also work with previous versions.

This program converts structured grid NetCDF and GRIB2 files with CF convention (http://cfconventions.org) to MIKE DFS files and vice versa.
Other NetCDF files which are non-compliant with CF convention will not work.

The source code for the NetCDF client can be found from https://github.com/DHI/netcdf-client . This source code can be used as a basis for a modified code that enables the conversion of non CF convention NetCDF files.

This tool is developed for MIKE Powered by DHI 2017.

This program converts structured grid NetCDF and GRIB2 files with CF convention (http://cfconventions.org) to MIKE DFS files and vice versa.

Other NetCDF files which are non-compliant with CF convention will not work. The source code for the NetCDF client can be found from https://github.com/DHI/netcdf-client. This source code can be used as a basis for a modified code that enables the conversion of non CF convention NetCDF files.

This tool is developed for MIKE by DHI 2016.

The Result Summary Extraction Tool exports SWMM and MIKE1D result summary / report data to a shapefile. Both SWMM and MIKE1D generate a result summary/report in a text file. These summaries provide high-level insights to the system performance and statistics based on the results at the simulation time step (rather than the result file that only has data at the output time-step) . All summaries are saved as a table in the summary/report file and each table has multiple columns. This tool extracts the data table based on a user selection and saves it to a shapefile that can be added to a map for enhanced reporting. This is a free, standalone tool with no dependencies on any third-party software.

Read the Result Summary Extraction Tool User Guide

With these libraries, it is possible to visualize 2D MIKE files in QGIS.
Your dfsu input and result files become supported both in QGIS and its Crayfish plug-in.
You can for example visualize, animate, interrogate and post process your results files.

Watch this video to learn how to use this tool.

Tool updated 11 July 2022

With this script plugin, it is possible to visualize 1D results files from MIKE+ and MIKE HYDRO (i.e. res1d files) in QGIS.
Your output files become supported both in QGIS and its Crayfish plug-in.
You can for example visualize, animate, interrogate and post process your results files.
Watch this video to learn how to install this tool.

With these libraries, it is possible to visualize 2D DFS2, 2D DFSU and 3D DFSU files in QGIS.
Your dfsu input and result files become supported both in QGIS and its Crayfish plug-in.
You can for example visualize, animate, interrogate and post process your results files.
Watch this video to learn how to install this tool.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2023.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2022.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2021.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2020.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2019.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2017.

The Shape2MIKE Tool is a MIKE Powered by DHI custom user tool. It is developed for the purpose of automating the process of using shape files to adjust topography or other values in dfs2 files used in MIKE models. The intended application of the tool is to use a polygon shape file of buildings to automatically assign land values to the dfs2 grid cells, which are intersecting the building polygons. It can also be used to ‘burn’ roadways and other features into the dfs2 topography and to map the attribute value of a polygon to the underlying grid cells. The file includes installation instructions and user guide.

This version is developed for MIKE Powered by DHI release 2016, but is likely to also work with previous versions. Please notice that this tool replaces the previous Topography Adjustment Tool 2014.

The MIKE2Shape Tool 2020 release is a MIKE by DHI Software Custom User Tool. It is developed for the purpose of creating a polygon extent GIS shapefile from results and values in a .dfs2 file, based on flexible selection criteria. The MIKE2Shape Tool 2019 has been developed to work with the MIKE by DHI Release 2019 format of .dfs2 files.

The download zip-file contains installation instructions and user guide.

The MIKE2Shape Tool 2019 release is a MIKE by DHI Software Custom User Tool. It is developed for the purpose of creating a polygon extent GIS shapefile from results and values in a .dfs2 file, based on flexible selection criteria. The MIKE2Shape Tool 2019 has been developed to work with the MIKE by DHI Release 2019 format of .dfs2 files.

The download zip-file contains installation instructions and user guide.

The MIKE2Shape Tool 2017 release is a MIKE by DHI Software Custom User Tool. It is developed for the purpose of creating a polygon extent GIS shapefile from results and values in a .dfs2 file, based on flexible selection criteria. The MIKE2Shape Tool 2017 has been developed to work with the MIKE by DHI Release 2017 format of .dfs2 files.

The download zip-file contains installation instructions and user guide.

The MIKE2Shape Tool is a MIKE by DHI Software Custom User Tool. It is developed for the purpose of creating a polygon extent GIS shapefile from results and values in a .dfs2 file, based on flexible selection criteria. The MIKE2Shape Tool has been developed to work with the MIKE by DHI Release 2016 format of .dfs2 files but it is expected it will work with some earlier versions of .dfs2 files and will continue to work for future releases also as long as major changes are not made to the structure and content of files.

The download zip-file contains installation instructions and user guide.

The Res1d extraction tools are MIKE Powered by DHI Custom User Tools developed for the purpose of exporting results information to text files or time series, from a *.res1d result file from a MIKE HYDRO River, a MIKE URBAN or eventually a MIKE 11 simulation.

Two different tools are provided, respectively exporting statistical information (minimum and maximum values, along with coordinates of the calculation point and elevations of cross sections markers) and time series. Both tools are provided with their source codes, written respectively in C# and Python, to allow user customising the tools for their own needs, using MIKE SDK.

This version is developed for MIKE Powered by DHI release 2017.

The Res1d extraction tools are MIKE Powered by DHI Custom User Tools developed for the purpose of exporting results information to text files or time series, from a *.res1d result file from a MIKE HYDRO River, a MIKE URBAN or eventually a MIKE 11 simulation.

Two different tools are provided, respectively exporting statistical information (minimum and maximum values, along with coordinates of the calculation point and elevations of cross sections markers) and time series. Both tools are provided with their source codes, written respectively in C# and Python, to allow user customising the tools for their own needs, using MIKE SDK.

This version is developed for MIKE Powered by DHI release 2019.

The Shape to XYZ Conversion Tool is a MIKE by DHI custom user tool. It is developed for the purpose of facilitating the use of shape files as boundary lines in the Mesh Generator. The tool is capable of reading the geometric information from a point, polyline or polygon shape file and then generating an XYZ file in the format required by the Mesh Generator.

EN: Georeferencing, Geoimaging & Transformation

DE: Georeferenzierung, Geoimaging & Transformation

This FEFLOW plug-in relates temperature and/or concentration(s) at extraction and injection boreholes by applying a differential. It is applied, for example, to open-loop geothermal installations and pump-and-treat systems.

This FEFLOW plug-in calculates a lake water level from exchange with groundwater and external sources/sinks. The horizontal lake extent is modified according to water level and ground elevation.

This FEFLOW plug-in sets and removes boundary conditions and constraints for specific time intervals and node groups. In addition to standard FEFLOW functionality (with modulation functions and/or gaps in time series) it directly supports pressure BCs and switching between different BC types for the same node.

This FEFLOW plug-in allows to assemble time-varying river water levels from (time-varying) water depth and river bottom elevation, e.g., to avoid linear interpolation between water levels at gauging stations, instead using linear interpolation of water depth.

This FEFLOW plug-in helps avoiding (time-consuming) constraints on concentration/temperature boundary conditions for injection wells that are turned on and off or switch between pumping and injection mode.

This FEFLOW plug-in expands the built-in thermodynamic model for the density of water, incorporating pressure and temperature effects (Temp = 0 ... 350° C and p = 0 ... 100 MPa). See also White Papers Vol. III chapter 2.

This FEFLOW plug-in can be used to log the minimum, maximum and mean hydraulic-head values for each node during the simulation run, plus the simulation time at which the extreme value has occured.

This FEFLOW plug-in sets equivalent freshwater head boundary conditions based on time series for varying saltwater head and automatically applies seepage-face conditions above the sea water table.