DHI.Mike1D.Engine.ModuleHD Namespace

Apply constraints on time steps

Utility classes for HD Couplings - only used by old coupling routines

Utility class for a standard link

Class that contains data items (HD add-ons) that can be reused.

HDModule solves the HD equations on a EngineNet, and keeps track of state for the HDModule.

The HDModule also implements the IGraph interface, defining only the part of the HD network in the graph.

Standard head loss calculation class

Standard infiltration calculator, implementing bottom and box infiltration

Class with extension methods for the HD module

Helper class calculating discharge available in node.

this is not intended for parallel pumps - if there are more than one pump connected to a node, this will not do as intended, reporting total available volume to both/all pumps.

This is used in the parallel part of the code, in the loop over reaches, and this may access data in other reaches (which other threads can be working on), so it is important that this class only accesses properties of the reach that does not change - especially calling hdh-gridpoint cross section functionality is not allowed (race condition on the cross section buffer values / hdReachConnection.ReachNodeFlowType)

Structure containing boundaries and reference value. Used with adaptive time stepping

HD Storage point. Represents the volume between the Q-points before and after.

The HD H grid point contains water level (state) and volume.

HD node contains HD state for a node.

HD flow/discharge point. Represents the discharge between two H points.

The HD Q grid point contains discharge.

HD reach contains HD state for a reach. The actual state is present in a series of grid points.

A HD reach connection is used by the nodes, when listing which reaches that is connected to a node.

A Q grid point containing a structure.

HD structure node contains an EngineNodeStructure with a INodeStructure.

General interface for head loss calculations

Base interface for an infiltration calculator.

Event for applying external sources. Called once for each time step.

Event for applying external sources. Called once for each time step.

Delegate that is used when triggering a PreIterationEvent event.

Enumeration defining the flow between a node and a reach.