Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123456]

CHydroCouple::BufferDescriptor	BufferDescriptor describes a typed, possibly strided, possibly device-resident multi-dimensional array. It is the sole currency of field data exchange
CCoordinateBuffer2D	Non-owning SoA view over 2D coordinate data (x, y stored in separate arrays)
CCoordinateBuffer3D	Non-owning SoA view over 3D coordinate data (x, y, z stored in separate arrays)
CCoordinateBuffer3DM	Non-owning SoA view over 3D+M coordinate data (x, y, z, m stored in separate arrays)
CCoordinateBufferM	Non-owning SoA view over 2D+M coordinate data (x, y, m stored in separate arrays)
CHydroCouple::Helpers::DataKindOf< T >	DataKindOf maps a C++ type to its DataKind at compile time
CHydroCouple::Helpers::DataKindOf< bool >
CHydroCouple::Helpers::DataKindOf< double >
CHydroCouple::Helpers::DataKindOf< float >
CHydroCouple::Helpers::DataKindOf< int16_t >
CHydroCouple::Helpers::DataKindOf< int32_t >
CHydroCouple::Helpers::DataKindOf< int64_t >
CHydroCouple::Helpers::DataKindOf< int8_t >
CHydroCouple::Helpers::DataKindOf< std::string >
CHydroCouple::Helpers::DataKindOf< uint16_t >
CHydroCouple::Helpers::DataKindOf< uint32_t >
CHydroCouple::Helpers::DataKindOf< uint64_t >
CHydroCouple::Helpers::DataKindOf< uint8_t >
CHydroCouple::Distributed::ITransport::Endpoint	Endpoint identifies one participant reachable through this transport
CHydroCouple::ErrorEntry	ErrorEntry is one diagnostic record in a component's error queue
CHydroCouple::IComponentDataItemValueChanged	IComponentDataItemValueChanged interface class used to notify when the values of a IComponentDataItem change
CHydroCouple::IComponentStatusChangeEventArgs	The IComponentStatusChangeEventArgs contains the information that will be passed when the IModelComponent fires a signal
CHydroCouple::Spatial::IEdge	A directed edge from one vertex to another, adjacent to two faces. Based on Dani Lischinski's code from Graphics Gems IV. Original quad-edge data structure due to Guibas and Stolfi (1985). Does not inherit from geometry to reduce size. since each edge has 4 pointers
CHydroCouple::Spatial::IEnvelope	IEnvelope represents the minimum bounding box of a geometry
CHydroCouple::IExchangeItemChangeEventArgs	The IExchangeItemChangeEventArgs contains the information that will be passed when the IComponentItem fires the componentItemChanged signal
CHydroCouple::Distributed::IExchangeRequest	IExchangeRequest is a handle to an asynchronous communication operation
▼CHydroCouple::Spatial::IGeometry	IGeometry is the root class of the geometry hierarchy
►CHydroCouple::Spatial::ICurve	A Curve is a 1-dimensional geometric object usually stored as a sequence of IPoints, with the subtype of ICurve specifying the form of the interpolation between IPoints
►CHydroCouple::Spatial::ILineString	An ILineString is a Curve with linear interpolation between Points. Each consecutive pair of Points defines a Line segment
CHydroCouple::Spatial::ILine	ILineString with exactly 2 IPoints
CHydroCouple::Spatial::ILinearRing	An ILinearRing is an ILineString that is both isClosed() and isSimple()
►CHydroCouple::Spatial::IGeometryCollection	An IGeometryCollection is a geometric object that is a collection of some number of IGeometry objects
►CHydroCouple::Spatial::IMultiCurve	An IMultiCurve is a 1-dimensional IGeometryCollection whose elements are ICurves
CHydroCouple::Spatial::IMultiLineString	An IMultiLineString is an IMultiCurve whose elements are ILineStrings
CHydroCouple::Spatial::IMultiPoint	An IMultiPoint is a 0-dimensional IGeometryCollection
►CHydroCouple::Spatial::IMultiSurface	A MultiSurface is a 2-dimensional GeometryCollection whose elements are Surfaces, all using coordinates from the same coordinate reference system
CHydroCouple::Spatial::IMultiPolygon	An IMultiPolygon is an IMultiSurface whose elements are IPolygons
►CHydroCouple::Spatial::IPoint	An IPoint is a 0-dimensional geometric object and represents a single location in coordinate space
CHydroCouple::Spatial::IVertex	IPoint of a topologically aware IGeometry
►CHydroCouple::Spatial::ISurface	A ISurface is a 2-dimensional IGeometry object
►CHydroCouple::Spatial::IPolygon	A IPolygon is a planar ISurface defined by 1 exterior boundary and 0 or more interior boundaries
CHydroCouple::Spatial::ITriangle	An ITriangle is a IPolygon with 3 distinct, non-collinear vertices and no interior boundary
►CHydroCouple::Spatial::IPolyhedralSurface	An IPolyhedralSurface is a contiguous collection of polygon patches or facets stitched together along their shared boundary edges
CHydroCouple::Spatial::ITIN	An ITIN is a triangulated irregular network IPolyhedralSurface consisting only of ITriangle patches
CHydroCouple::ILicensedComponent	ILicensedComponent is an optional side interface for components that require license validation
CHydroCouple::Spatial::IMeshView	IMeshView is a bulk, structure-of-arrays view of an unstructured mesh or network: flat coordinate spans plus CSR (compressed sparse row) connectivity
CHydroCouple::ISignal< Args >	Forward declarations
▼CHydroCouple::ISignal< const std::shared_ptr< IComponentDataItemValueChanged > & >
►CHydroCouple::IComponentDataItem	IComponentDataItem is a fundamental unit of data for a component
CHydroCouple::Distributed::IPartitionedComponentDataItem	IPartitionedComponentDataItem is an IComponentDataItem whose entity dimension is decomposed across partitions, with local virtual (ghost/halo) representation of remotely owned entities
CHydroCouple::IArgument	IArgument interface class used to set the arguments for components. They can be complex or simple multi-dimensional datasets
►CHydroCouple::IExchangeItem	IExchangeItem the base data item the can be exchanged between components at runtime
►CHydroCouple::IInput	An IInput item that can accept values for an IModelComponent
CHydroCouple::IMultiInput	IInput class that has multiple outputs supplying data to it
►CHydroCouple::IOutput	An output exchange item that can deliver values from an IModelComponent
CHydroCouple::IAdaptedOutput	An IAdaptedOutput adds one or more data operations on top of an IOutput
CHydroCouple::IIdBasedComponentDataItem	IIdBasedComponentDataItem is an IComponentDataItem whose data is indexed by string identifiers
►CHydroCouple::Spatial::IGeometryComponentDataItem	IGeometryComponentDataItem is an IComponentDataItem whose data is associated with a collection of IGeometry objects. This class must be implemented as an abstract class
CHydroCouple::SpatioTemporal::ITimeGeometryComponentDataItem	ITimeGeometryComponentDataItem is a geometry component data item whose values also vary in time
►CHydroCouple::Spatial::INetworkComponentDataItem	INetworkComponentDataItem is an IComponentDataItem whose data is associated with the edges and/or vertices of an INetwork
CHydroCouple::SpatioTemporal::ITimeNetworkComponentDataItem	ITimeNetworkComponentDataItem is a network component data item whose values also vary in time
►CHydroCouple::Spatial::IPolyhedralSurfaceComponentDataItem	IPolyhedralSurfaceComponentDataItem is an IComponentDataItem whose data is associated with the patches, edges, or vertices of an IPolyhedralSurface
CHydroCouple::Spatial::ITINComponentDataItem	ITINComponentDataItem is an IPolyhedralSurfaceComponentDataItem whose surface is an ITIN
►CHydroCouple::SpatioTemporal::ITimeSeriesPolyhedralSurfaceComponentDataItem	ITimeSeriesPolyhedralSurfaceComponentDataItem is a polyhedral surface component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeSeriesTINComponentDataItem	ITimeSeriesTINComponentDataItem is an ITimeSeriesPolyhedralSurfaceComponentDataItem whose surface is an ITIN
►CHydroCouple::Spatial::IRasterComponentDataItem	IRasterComponentDataItem is an IComponentDataItem whose data is associated with an IRaster
CHydroCouple::SpatioTemporal::ITimeSeriesRasterComponentDataItem	ITimeSeriesRasterComponentDataItem is a raster component data item whose values also vary in time
►CHydroCouple::Spatial::IRegularGrid2DComponentDataItem	IRegularGrid2DComponentDataItem is an IComponentDataItem whose data is associated with the cells of an IRegularGrid2D
CHydroCouple::SpatioTemporal::ITimeRegularGrid2DComponentDataItem	ITimeRegularGrid2DComponentDataItem is a 2D regular grid component data item whose values also vary in time
►CHydroCouple::Spatial::IRegularGrid3DComponentDataItem	IRegularGrid3DComponentDataItem is an IComponentDataItem whose data is associated with the cells of an IRegularGrid3D
CHydroCouple::SpatioTemporal::ITimeRegularGrid3DComponentDataItem	ITimeRegularGrid3DComponentDataItem is a 3D regular grid component data item whose values also vary in time
►CHydroCouple::Temporal::ITimeSeriesComponentDataItem	ITimeSeriesComponentDataItem is an IComponentItem with a temporal attribute
CHydroCouple::SpatioTemporal::ITimeGeometryComponentDataItem	ITimeGeometryComponentDataItem is a geometry component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeNetworkComponentDataItem	ITimeNetworkComponentDataItem is a network component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeRegularGrid2DComponentDataItem	ITimeRegularGrid2DComponentDataItem is a 2D regular grid component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeRegularGrid3DComponentDataItem	ITimeRegularGrid3DComponentDataItem is a 3D regular grid component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeSeriesPolyhedralSurfaceComponentDataItem	ITimeSeriesPolyhedralSurfaceComponentDataItem is a polyhedral surface component data item whose values also vary in time
CHydroCouple::SpatioTemporal::ITimeSeriesRasterComponentDataItem	ITimeSeriesRasterComponentDataItem is a raster component data item whose values also vary in time
CHydroCouple::Temporal::ITimeIdBasedComponentDataItem	ITimeIdBasedComponentDataItem is an IComponentDataItem with both temporal and identifier-based dimensions for accessing multi-dimensional time-series data
▼CHydroCouple::ISignal< const std::shared_ptr< IComponentStatusChangeEventArgs > & >
►CHydroCouple::IModelComponent	IModelComponent interface is the core interface in the HydroCouple standard defining a model component
►CHydroCouple::Distributed::IDistributedModelComponent	IDistributedModelComponent is an IModelComponent that participates in distributed execution through a transport
CHydroCouple::Distributed::IProxyModelComponent	Local stand-in for a remote IModelComponent reachable through a transport
CHydroCouple::ICheckpointableModelComponent	ICheckpointableModelComponent is an IModelComponent that can save and restore its complete simulation state
CHydroCouple::ICloneableModelComponent	IModelComponent that supports deep cloning of itself and its configuration
CHydroCouple::Temporal::ITimeModelComponent	ITimeModelComponent is an IModelComponent that advances through time during simulation and provides access to the current simulation time
▼CHydroCouple::ISignal< const std::shared_ptr< IWorkflowComponentStatusChangeEventArgs > & >
CHydroCouple::IWorkflowComponent	IWorkflowComponent manages the execution workflow for a set of coupled IModelComponent instances
▼CHydroCouple::ISignal< std::string >
►CHydroCouple::IPropertyChanged	IPropertyChanged interface is used to emit signal/event when a property of an object changes
►CHydroCouple::IDescription	IDescription interface class provides descriptive information on a HydroCouple object
►CHydroCouple::IIdentity	IIdentity interface class defines a method to get the Id of an HydroCouple entity
CHydroCouple::Distributed::ITransport	ITransport is a transport-neutral, tagged message channel between processes
►CHydroCouple::IAdaptedOutputFactory	IAdaptedOutputFactory is used to create instances of IAdaptedOutput
CHydroCouple::IAdaptedOutputFactoryComponent	IAdaptedOutputFactoryComponent is an IAdaptedOutputFactory generated from an IAdaptedOutputFactoryComponentInfo
CHydroCouple::IComponentDataItem	IComponentDataItem is a fundamental unit of data for a component
►CHydroCouple::IComponentInfo	IComponentInfo interface class is a factory that provides detailed metadata about a component and creates new instances of a component
CHydroCouple::IAdaptedOutputFactoryComponentInfo	IAdaptedOutputFactoryComponentInfo interface class provides information about an IAdaptedOutputFactoryComponent
CHydroCouple::IModelComponentInfo	IModelComponentInfo interface inherits from the IComponentInfo interface which provides detailed metadata about an IModelComponent. Additionally, it creates new instances of a component
CHydroCouple::IWorkflowComponentInfo	IWorkflowComponentInfo provides metadata about an IWorkflowComponent and creates new instances of it
CHydroCouple::IDimension	IDimension provides the properties of the dimensions of a variable
CHydroCouple::IModelComponent	IModelComponent interface is the core interface in the HydroCouple standard defining a model component
CHydroCouple::IWorkflowComponent	IWorkflowComponent manages the execution workflow for a set of coupled IModelComponent instances
CHydroCouple::Spatial::INetwork	INetwork represents a graph structure of connected vertices and edges
CHydroCouple::Spatial::IRaster	A Raster spatial feature
CHydroCouple::Spatial::IRasterBand	IRasterBand is a single raster band for an IRaster
CHydroCouple::Spatial::IRegularGrid2D	IRegularGrid2D represents a two-dimensional structured grid of nodes and cells
CHydroCouple::Spatial::IRegularGrid3D	IRegularGrid3D represents a three-dimensional structured grid of nodes and cells
CHydroCouple::IUnit	IUnit interface, describing the physical unit of a IQuantity
CHydroCouple::IUnitDimensions	Defines the order of dimension in each FundamentalDimension for a unit
►CHydroCouple::IValueDefinition	IValueDefinition describes the type and properties of values returned by IComponentDataItem::getValue() and related methods
CHydroCouple::IQuality	IQuality describes qualitative data, where a value is specified as one category within a number of predefined (possible) categories. These categories can be ordered or not
CHydroCouple::IQuantity	IQuantity specifies values as an amount of some unit, usually as a floating point number
►CHydroCouple::Temporal::IDateTime	IDateTime interface based on a Julian day
CHydroCouple::Temporal::ITimeSpan	ITimeSpan specifies a time duration
CHydroCouple::ISlot< Args >	ISlot interface class must be implemented by classes that want to listen to signals
CHydroCouple::Spatial::ISpatialReferenceSystem	ISpatialReferenceSystem describes the coordinate reference system for spatial geometric objects
CHydroCouple::IUIProvider	IUIProvider is an optional side interface for entities that can present a graphical editor and/or viewer
CHydroCouple::IWorkflowComponentStatusChangeEventArgs	The IWorkflowComponentStatusChangeEventArgs contains the information that will be passed when the IWorkflowComponent fires a signal
CLinearRing	A closed sequence of 2D Points forming a ring boundary
CLinearRingM	A closed sequence of PointM values forming a ring boundary with measures
CLinearRingZ	A closed sequence of 3D PointZ values forming a ring boundary
CLinearRingZM	A closed sequence of PointZM values forming a ring boundary with z and measure
CPoint	A 2D point with x and y coordinates
CPointM	A 2D point with x, y, and an associated measure (m) value
CPointZ	A 3D point with x, y, and z coordinates
CPointZM	A 3D point with x, y, z coordinates and an associated measure (m) value
CWKBGeometry	Type-punning union over all 2D WKB geometry structs
CWKBGeometryCollection	WKB-encoded heterogeneous 2D geometry collection (type code 7)
CWKBGeometryCollectionM	WKB-encoded heterogeneous 2D geometry collection with measures (type code 2007)
CWKBGeometryCollectionZ	WKB-encoded heterogeneous 3D geometry collection with z-coordinates (type code 1007)
CWKBGeometryCollectionZM	WKB-encoded heterogeneous 3D geometry collection with z-coordinates and measures (type code 3007)
CWKBGeometryM	Type-punning union over all 2D+M WKB geometry structs
CWKBGeometryZ	Type-punning union over all 3D (Z) WKB geometry structs
CWKBGeometryZM	Type-punning union over all 3D+M WKB geometry structs
CWKBLineString	WKB-encoded 2D line string geometry (type code 2)
CWKBLineStringM	WKB-encoded 2D line string geometry with measures (type code 2002)
CWKBLineStringZ	WKB-encoded 3D line string geometry with z-coordinates (type code 1002)
CWKBLineStringZM	WKB-encoded 3D line string geometry with z-coordinates and measures (type code 3002)
CWKBMultiLineString	WKB-encoded 2D multi-line-string collection (type code 5)
CWKBMultiLineStringM	WKB-encoded 2D multi-line-string collection with measures (type code 2005)
CWKBMultiLineStringZ	WKB-encoded 3D multi-line-string collection with z-coordinates (type code 1005)
CWKBMultiLineStringZM	WKB-encoded 3D multi-line-string collection with z-coordinates and measures (type code 3005)
CWKBMultiPoint	WKB-encoded 2D multi-point collection (type code 4)
CWKBMultiPointM	WKB-encoded 2D multi-point collection with measures (type code 2004)
CWKBMultiPointZ	WKB-encoded 3D multi-point collection with z-coordinates (type code 1004)
CWKBMultiPointZM	WKB-encoded 3D multi-point collection with z-coordinates and measures (type code 3004)
CWKBMultiPolygon	WKB-encoded 2D multi-polygon collection (type code 6)
CWKBMultiPolygonM	WKB-encoded 2D multi-polygon collection with measures (type code 2006)
CWKBMultiPolygonZ	WKB-encoded 3D multi-polygon collection with z-coordinates (type code 1006)
CWKBMultiPolygonZM	WKB-encoded 3D multi-polygon collection with z-coordinates and measures (type code 3006)
CWKBPoint	WKB-encoded 2D point geometry (type code 1)
CWKBPointM	WKB-encoded 2D point geometry with measure (type code 2001)
CWKBPointZ	WKB-encoded 3D point geometry with z-coordinate (type code 1001)
CWKBPointZM	WKB-encoded 3D point geometry with z-coordinate and measure (type code 3001)
CWKBPolygon	WKB-encoded 2D polygon geometry defined by linear rings (type code 3)
CWKBPolygonM	WKB-encoded 2D polygon geometry with measures (type code 2003)
CWKBPolygonZ	WKB-encoded 3D polygon geometry with z-coordinates (type code 1003)
CWKBPolygonZM	WKB-encoded 3D polygon geometry with z-coordinates and measures (type code 3003)
CWKBPolyhedralSurface	WKB-encoded 2D polyhedral surface as a collection of polygons (type code 15)
CWKBPolyhedralSurfaceM	WKB-encoded 2D polyhedral surface with measures (type code 2015)
CWKBPolyhedralSurfaceZ	WKB-encoded 3D polyhedral surface with z-coordinates (type code 1015)
CWKBPolyhedralSurfaceZM	WKB-encoded 3D polyhedral surface with z-coordinates and measures (type code 3015)
CWKBTIN	WKB-encoded 2D Triangulated Irregular Network (type code 16)
CWKBTINM	WKB-encoded 2D Triangulated Irregular Network with measures (type code 2016)
CWKBTINZ	WKB-encoded 3D Triangulated Irregular Network with z-coordinates (type code 1016)
CWKBTINZM	WKB-encoded 3D Triangulated Irregular Network with z-coordinates and measures (type code 3016)
CWKBTriangle	WKB-encoded 2D triangle geometry with exactly one exterior ring of four points (type code 17)
CWKBTriangleM	WKB-encoded 2D triangle geometry with measures (type code 2017)
CWKBTriangleZ	WKB-encoded 3D triangle geometry with z-coordinates (type code 1017)
CWKBTriangleZM	WKB-encoded 3D triangle geometry with z-coordinates and measures (type code 3017)