EngineShadowReach Class

Initializes a new instance of the EngineShadowReach class

End node

List of gridpoints within reach, in order from start to end of reach.

True if reach contains structures.

Indices of H grid points in reach

Indices of Q grid points in reach

A pressure reach is a reach that is always under pressure. Pressure reaches have zero slope. Sections of the network can consist of pressure reaches. Downstream of these sections there are pumps, and upstream there are special tail nodes that function as a weir at the boundary to the normal reaches.

Regulate reach with a discharge structure on first q-grid point. This is used for MU setups to limit Q to a QMax(H) and QMax(dH). QMax is set by a control in the control module

A structure reach is an h-q-h reach where the q point is a structure point.

A structure reach does not contain any volume, and the h points have no cross sections.

Location span that covers this reach.

The maximal allowed distance between two points of the same type?

Restrict flow in the first q-grid point to be positive only. Default is false

Reverse the positive flow direction of the reach. Default is false

Start node

Id for the cross section topologi that is to be used for the reach If no TopoID is used, set to empty string (null will be handled as the empty string).

Create a new empty EngineReach of the correct type. Used by the DivideAt(ILocation, EngineNode) method.

Override to return a specialized version of the EngineReach

Cuts away the piece of the reach that is after location and returns the cut away piece as a new reach. Node is used for connecting the two.

Divide reach at location, cut away the piece of the reach that is after location and returns the cut away piece as a new reach. node is used for connecting the two.

Determines whether the specified object is equal to the current object.

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Find the specified type of gridpoint which is closest to the given location upstream.

It is assumed that the EngineReach max and min chainages are containing the given chainage, otherwise null is returned.

Find the specified type of gridpoint which is closest to the given location downstream. It is assumed that the EngineReach max and mean chainages are containing the given location (same location ID and overlapping chainage).

Find the specified type of gridpoint which is closest to the given location. It is assumed that the EngineReach max and mean chainages are containing the given location (same location ID and overlapping chainage).

Find the specified type of gridpoint which is closest to the given location upstream.

It is assumed that the EngineReach max and min chainages are containing the given chainage, otherwise null is returned.

Find the specified type of gridpoint which is closest to the given location upstream. It is assumed that the EngineReach max and mean chainages are containing the given location (same location ID and overlapping chainage).

Serves as the default hash function.

Returns the location span from HGridPoint[0] to HGridPoint[1], HGridPoint[1] to HGridPoint[2] and so on. They are returned as ZLocationSpan to provide linear interpolation in Z between the two h-points

Gets the Type of the current instance.

Creates a shallow copy of the current Object.

Called as a part of the prepare step. Calls on to each gridpoint in the reach.

Returns a String that represents the current Object.

domain number of reach

Index of this reach in the list of reaches. Optimization for fast lookup in the lists (instead of using find).

Get the digipoints of the reach

Get the ith digipoint of the reach

Calculates the direction vector of the reach at the given gridpoint, as the average from the last to the next gridpoint.

End-chainage of the span of the grid point in the index.

Start-chainage of the span of the grid point in the index.

Returns true if the engine reach is a HD reach

Returns true if the engine reach is a routing reach