Namespace List

Here is a list of all namespaces with brief descriptions:

[detail level 123]

Naims
▼Nbio
CBaseEdge	Base class for edges
CBaseEdgeRef	Reference counting pointer to a BaseEdge
CBaseGraph	Base class for graphs
CBaseGraphRef	Reference to a BaseGraph
CBaseVertex	Base class for vertices
CBaseVertexRef	Reference counting pointer to a BaseVertex
CEWBaseGraph	Base class for edge weighted graphs
CEWBaseGraphRef	Reference to a EWBaseGraph
CPointVertex	Coordinates-defined vertices
CPointVertexRef	Reference counting pointer to a PointVertex
CSetEdge	Edges: set implementation of non-oriented edges
CSetEdgeRef	Reference counting pointer to a SetEdge
CValueVertex	Vertices with value
CValueVertexRef	Reference counting pointer to a ValueVertex
▼CVolumeGraph	Volume graphs are a graph implementation specifically designed to represent volumes as graphs (vertices are the voxels, and edges are a chosen connectivity)
Cedge_const_iterator	Iterator on the edges of a volume graph
Cedge_iterator
Cvertex_const_iterator	Iterator on the vertices of a volume graph
Cvertex_iterator
CVolumeGraphRef	Reference to a VolumeGraph
CExtremaFinder
CCoustyWatershed	Watershed implementation as described in Cousty et al - Watershed cuts: minimum spanning forests and the drop of water principle (2007) The computation is done in linear time
CCoustyStream	Streams represent a descent path in a graph
CCoustyStreamRef	Reference counting pointer to a CoustyStream
CCoustyFlowMap	A flow map is a mapping of the vertices of a graph to a value
CCoustyFlowMapRef	Reference counting pointer to a CoustyFlowMap
▼CCoustyFlowMap< PointVertexRef< Point4dl >, L >	Flow map specialization for PointVertexRef<Point4dl> (as used by CoustyWatershed)
Cconst_iterator
Citerator
CCoustyFlowMapRef< PointVertexRef< Point4dl >, L >	Reference counting pointer to a CoustyFlowMap
CWatershed	Interface to watershed implementations
▼Nbioprocessing
CScalarFeatureType
CScalarFeature
Nbiovision
Nbrainrat
Ncarto
Nobso_temp