HDParameterData Properties

Additional outputs, stored in a file matching the HD result file, including "ADDOUT" in the file name

Add-ons for HD module. With this it is possible to enable specific outputs.

Bed resistance

If true, then statistics from the HD module are calculated during runtime. If simulations are run through DHI.Mike1D.SimLauncher, then the statistics are saved in html format after the simulation is done. Default value: false

Holder of read/write information

Width of top slot on cross sections

List of custom types stored in the data object and that must be serialized.

A custom type is e.g. a user implemented structure or catchment model. In order to store information on the custom type in the .m1dx file, the system needs to know which custom types are being used, and they must be added to this list.

Default HD parameter instance. Do not modify!

Holds data from an extended DataContract

Flood map specification

Topographical wind friction factor.

The factor can vary throughout the domain.

Flag enabling use of HD decoupled result file.

Name of decoupled HD result file.

Include ground water leagage.

Include wind in HD calculations

Initial conditions.

Kinematic viscosity of water [m2/s]. The default value is pure water at 10 degrees Celsius = 0.00000131

The kinematic viscosity depends on the temperature and the quality of the water. Values for pure water for different temperatures:

• 0 C - 1.785
• 5 C - 1.519
• 10 C - 1.306
• 15 C - 1.139
• 20 C - 1.003

Minimum length of reaches Default value: 10m

Options for HD calculations

If false, then pressure reaches have only three grid points (H-Q-H). If true, then grid points are assigned with the same algorithm as used for normal reaches. Default value: false

Width of top slot in pressure reaches. Default value: 0.001

Nodes to show statistics for

If true, then statistics for each discharge grid point is shown in the HD summary. Default value: false

If true, then velocity statistics for each discharge grid point is shown in the HD summary. Default value: false

If true, then statistics for each water level grid point is shown in the HD summary. Default value: false

If true, then statistics for each node is shown in the HD summary. Default value: false

If true, then statistics for each pump is shown in the HD summary. Default value: false

If true, then statistics for each reach is showen in the HD summary. Default value: false

If true, then statistics for each reach input is shown in the HD summary. Default value: false

If true, then statistics for each weir is shown in the HD summary. Default value: false

Reaches to show statistics for

Various parameters and settings for the HD solver

Boolean for calculation of Bed Shear Stress based on an energy level slope. Default off

This parameter should always be false for ST.

Same as UserDefinedNetworkDatas.

This is the old name, but since more than levels can be stored here, it has been renamed.

User defined locations, locations that the user wants to keep track of.

Different types of locations are identified by a string, being the id in the dictionary. For each string, a list of locations are stored.

Node locations can be specified with a chainage value of MinValue.

A Z value can be specified together with the locations.

User defined data in the network.

Each type of data is identified by a string, being the id of the data type.

UserDefinedMarkers from MIKE 11 is added here.

Wave approximation

Wind friction factor coefficient

Default value: 0.0025

Topographical wind friction factor.

The factor can vary throughout the domain.

If this is active, then the HD module will output 1) The "Nodes" table in the HTML summary file is extended with a "Flooding Duration" column 2) The additional output file will contain result items for "Flood Flowrate" and "Flood Volume"