Class S104DatasetReader

Namespace

EncDotNet.S100.Datasets.S104

Assembly

EncDotNet.S100.Datasets.S104.dll

Reads an S-104 Water Level dataset from an HDF5 file via the IHdf5File abstraction. Supports data coding format 1 (time-major positioned stations), data coding format 2 (regularly-gridded coverage), and data coding format 8 (station-major fixed stations).

public static class S104DatasetReader

Inheritance

object

S104DatasetReader

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

Read(IHdf5File)

Reads an S104Dataset from the given HDF5 file. Throws S100DatasetNotSupportedException if the dataset is not dcf2 (regularly-gridded). Use ReadAny(IHdf5File) to handle dcf1, dcf2, and dcf8.

public static S104Dataset Read(IHdf5File file)

Parameters

file IHdf5File

Returns

S104Dataset

ReadAny(IHdf5File)

Reads either a dcf2 S104Dataset or a dcf1/dcf8 S104StationSeriesDataset from the given HDF5 file, dispatching on the /WaterLevel/dataCodingFormat attribute (S-100 Part 10c §10.2.1). Other data coding formats raise S100DatasetNotSupportedException.

public static S104DatasetData ReadAny(IHdf5File file)

Parameters

file IHdf5File

Returns

S104DatasetData

ReadMetadata(IHdf5File)

Reads only the lightweight DatasetMetadata for the S-104 dataset — its declared specification, horizontal CRS, geographic extent, and temporal coverage — for phased / deferred loading (issue #460).

public static DatasetMetadata ReadMetadata(IHdf5File file)

Parameters

file IHdf5File

Returns

DatasetMetadata

Remarks

For data coding format 2 (regularly-gridded) the extent is the union of the WaterLevel.NN grid footprints and the time coverage spans the timePoint attributes of every Group_NNN step, read without touching the per-step values arrays. For station-series data coding formats 1 and 8, the comparatively small station series is read in full and the extent / time span are derived from the station positions and record windows.