IResultData Interface

Get the bridge that was used for loading/saving

List of nodes

Holder of read/write info

This can be used to iterate over all data items.

This can be used to iterate over all data sets. It will iterate the nodes, reaches, catchment and global data, but could be extended in the future.

Delete value for variables. Any double data value with this value will be treated as a missing value.

Data coverage start

Global time series date

The MaxBufferSize is the limit for how many time steps that may be held in memory during file generation.

Static data on the network.

Used for user defined markers from MIKE 11 and Critical Levels in MU.

Static data on the network.

Also used for user defined markers from MIKE 11

List of nodes

Number of time steps

Parameters to use when loading results

A WKT string defining the spatial reference system. See IDfsProjection for details.

List of the contained quantities

List of reaches

Result type

Data coverage start

List of the contained quantities. Note: This is a derived property

TimeStamp list data. List of DateTimes.

Unit system of the simulation that produced the result data object.

When creating a result data object and storing: Properties of ResultData objects (coordinates, bottom levels etc.) must always be set in SI units.

When loading a result data object from storage: The UnitSystem and ConvertGeometry can be used to change units of data and properties in the Result Data object. This property will maintain the original value and will not be changed by updating the IResultDataParameters

Dispose of ressources

Saves the contents of the class using the defined connection.

Generate derived properties: ResultData.Quantities and ResultData.StructureTypes

Total number of data items.

Total number of elements.

Gettter for the time stamps contained. The time stamps are returned in a [NumerOfTimeSteps, 7] array. A row contains year, month, day, hour, minute, second, millisecond.

List of gridpoints that contain a specific structure. Note: This is a derived property

Loads results from a persistent media into memory. Load uses the connection object to decide what and how it should load the data.

Loads results from a persistent media into memory. Load uses the connection object to decide what and how it should load the data.

Loads the dynamic data of the results from a persistent media into memory. The LoadHeader(IDiagnostics) must already have been called.

Loads the header information of the results from a persistent media into memory. Load uses the connection object to decide what and how it should load the data.

Loads the header information of the results from a persistent media into memory. Load uses the connection object to decide what and how it should load the data. Using the filter argument the user may choose to load only a sub-selection of the entire data.

Prepare the result data for new data. After this is called, the result data should be ready to handle calls to Update(DateTime) and UpdateAndFlushIfNeeded(DateTime). This will usually open the file on the disc, making it ready to write to the file.

Saves the contents of the class using the defined connection.

Trigger the time step event, e.g. in case a time step has been added, updated or before writing to file.

The method pulls data into the result data access module and passes the data to the dataItems.

The method pulls data into the result data access module and passes the data to the dataItems, storing it at the specifed updateIndex.

The methods checks if an update is needed for this time (time step). If so, data is pulled into the result data object and passes the data to the dataItems. After this it is tested whether the number of time steps kept in the DataItems are larger or equal to MaxBufferSize. In case it is the data is flushed to persistant storage.

Event triggered everytime a time step has been read

Check if filter will load all time steps. Header must have been loaded, such that resultData knows the extent in time of the data.

Initialize all data items with default time-data objects. This can be used when storing data for many time steps in a result data object, typically when reading.

Extract all quantities of a result data object.

Extract all quantities and dataitems of a result data object, grouped by their quantity

Extract all quantities of a result data object.

Remove unused data items from resultData object