Just like java.util.Iterator, but may throw IOException on nextData() call.
A Coordinate System for gridded data.
A dataset containing Grid objects.
A set of GridDatatype objects with the same Coordinate System.
Interface for scientific datatype Grid.
A collection of data at unconnected locations.
A PointCollection of PointObsDatatype.
A collection of observations at one time and location.
A RadialDataset in which the radials can be grouped into sweeps.
A data Variable with radial geometry.
A sweep is 2D data using radial coordinate system (elevation, azimuth, radial distance)
A collection of data at unconnected station locations, typically time series.
A collection of Stations with StationObsDatatype data.
A collection of observations at one time and at one station ( = named location)
A collection of Stations with RadialDatatype data.
A collection of data in a time series.
A collection of TrajectoryObsDatatype.
A sequence (one-dimensional, variable-length list) of PointObsDatatype, connected in space and time.
Superclass for "scientific type" datasets.
Interface for factories that wrap a NetcdfDataset with a subclass of TypedDataset
make an Iterator into a DataIterator
An abstract implementation for iterating over datatypes, such as PointObsDatatype, etc.
A Type of RadialSweep.
Implementation of Station
Superclass for implementations of TypedDataset.
Adapt a VariableSimpleIF into another VariableSimpleIF, so it can be subclassed.
Scientific data types package. The Point types have been superceded by the classes in package ucar.nc2.ft.
These are interfaces that define access to specialized "scientific datatype" datasets. There are three types of interfaces:
A TypedDataset and TypedVariable are lightweight abstractions of NetcdfDataset and Variable, which allows implementations that are not necessarily based on NetcdfDataset objects.