NetworkDataInterpT Class

Constructor

Flag specifying whether it makes sense to interpolate in values on a reach.

Distance from span/gridpoint where extrapolation takes place, i.e., if location chainage is outside the network value chainage span, but less than ExtrapolationDistance from the span, then the nearest value is extrapolated. Set to 0 to disable. Default is zero. Can not be negative.

When CanInterpolate is false, this specifies the distance to a chainage value/span that will return the point/span value, a tolerance value.

The global value. Used, if nothing better is found. Setting the global value automatically also sets HasGlobalValue to true.

Defines whether there is a global value, or strictly speaking, whether to use the global value.

Flag specifying whether this data has values defined at all

Returns the number of locally defined values

The set of node id's and values defined.

Quantity stored in network data

Collection of reach data sets currently active

Add a value defined for an entire reach. This will fail if there is already defined values at locations or in spans of this reach. After successfull addition, values at locations or in spans can not be added.

Add a value for the node identified by nodeId

Add a value on the given location.

Add a value defined within the given span. This corresponds to adding the value at the start and end location of the span.

Add a value on the given location.

Delete all localized values. The global value is not deleted.

Check if a local value is specified at the location. Returns false if no value is defined for the location.

If more than one value is to be retrieved for the same reach, use the GetReachData(String) first and use that one (for performance).

Check if a local value is specified at the location. Returns false if no value is defined for the location.

If more than one value is to be retrieved for the same reach, use the GetReachData(String) first and use that one (for performance).

Create a NetworkDataInterpT of type double, with the default interpolator

Create a NetworkDataInterpT of type double[], with the default interpolator

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.

Get global value. Returns false if no global value is defined.

Get value for the specified id. Returns false if no value is defined for the node id.

Serves as the default hash function.

Get a NetworkReachDataSetT for the reach with the given ID

Gets the Type of the current instance.

Get value for the specified node. Returns false if no value is defined for the node id.

Get value for the specified location. Returns false if no value is defined for the location.

If more than one value is to be retrieved for the same reach, use the GetReachData(String) first and use that one to get the values (for performance).

Get value for the specified location. Returns false if no value is defined for the location.

If more than one value is to be retrieved for the same reach, use the GetReachData(String) first and use that one to get the values (for performance).

Get value at the given locations. The locations must have same Location.ID and be ordred in the list by increasing chainages.

Returns true if the node has local value defined.

Returns true if the reach has local values defined.

Creates a shallow copy of the current Object.

Returns a string that represents the current object.

Interpolator used when CanInterpolate is set

Mapping node names to node values

Mapping reach names to reach data set

Get a value from the networkData at the given location. If no value is found at location, the global value is used. If no global value is defined, an exception is thrown.

Get a value from the networkData at the given location. If no value is found at location, the global value is used. If no global value is defined, the default value is returned.

Gives an enumerable that iterates over all point values in the network value set.

It will iterate first over all the nodes, and then over all the reaches and its locations.

Gives an iterator that iterates over all point values in the network value set.

It will iterate first over all the nodes, and then over all the reaches and its locations.