Fiber::CellCluster< CellDims, ClusterDepth > Class Template Reference

A set of cells stored on a Grid. More...

#include <CellCluster.hpp>

Public Types
typedef TypedArray< Eagle::PhysicalSpace::point >	CoordsArray_t
typedef MemArray< 1, Eagle::PhysicalSpace::point >	CoordsMemArray_t
typedef uint32_t	CellIndex_t
	The index type used for line set indices.
typedef std::vector< CellIndex_t >	CellIndices_t
	A vector of cell indices.
typedef MemArray< 1, CellIndices_t >	CellClusterArray_t
	An array of line indices.

Public Member Functions
	CellCluster (const WeakPtr< Grid > &G=NullPtr())
	Retrieve a CellCluster from a Grid object.
bool	operator= (const WeakPtr< Grid > &G)
	Assign from Grid pointer, will overwrite all members.
CellCluster &	operator= (const CellCluster &LS)
	Assigning from existing LineSet - faster than assigning from Grid pointer since it is just copying pointers.
	~CellCluster ()
	Destructor, cleans up references.
	operator bool () const
	Return true if line indices are defined, thus this is a set of lines.
bool	operator! () const
	Inverse operator of the line indices check.

Static Public Member Functions
static SkeletonID	ClusterSkeletonID ()
	A Skeleton ID for clusters of cells.
static SkeletonID	CellSkeletonID ()
	The Skeleton ID of the objects that are going to be clustered here.
static SkeletonID	ID ()
	A Skeleton ID that is supposed to be typical for this Grid Type.

Public Attributes
RefPtr< Skeleton >	Vertices
RefPtr< Skeleton >	Cells
RefPtr< Skeleton >	Clusters
RefPtr< Representation >	CartesianVertices
RefPtr< Representation >	ClustersAsCartesianVertices
RefPtr< Representation >	ClustersAsCells
RefPtr< Field >	Coords
RefPtr< Field >	ClusterCoordinates
RefPtr< Field >	ClusterAsVertexIndices
RefPtr< Field >	ClusterAsCellIndices
	Which cells constitute a cluster.
RefPtr< Field >	CellsAsCluster
	Which clusters are at each cell.

Detailed Description

template<int CellDims, int ClusterDepth = 2>
class Fiber::CellCluster< CellDims, ClusterDepth >

A set of cells stored on a Grid.

The (2,2) Skeleton describes the sets of k-cells.

The positions field of this triangle set is a 1D array of vector<index_t> which describes the triangle indices make up a triangle set.

A Grid object can be easily tested whether it is ("conforms to the concept of") a CellCluster:

RefPtr<Grid> G;
     if (CellCluster<2> C = G)
     {
        ... yes this Grid contains a cluster of 2-cells (e.g., triangles) ...
     }

Member Typedef Documentation

CellClusterArray_t

template<int CellDims, int ClusterDepth = 2>

typedef MemArray<1, CellIndices_t> Fiber::CellCluster< CellDims, ClusterDepth >::CellClusterArray_t

An array of line indices.

This will make an vector<vector<>> and thus has to be taken with care since I/O will be slow.

CellIndex_t

template<int CellDims, int ClusterDepth = 2>

typedef uint32_t Fiber::CellCluster< CellDims, ClusterDepth >::CellIndex_t

The index type used for line set indices.

This is a 32 bit unsigned integer because of OpenGL, mostly. OpenGL cannot render 64bit indices, and we want to be able to shuffle the line set indices stored here directly to the graphics card.

Member Function Documentation

ClusterSkeletonID()

template<int CellDims, int ClusterDepth = 2>

SkeletonID Fiber::CellCluster< CellDims, ClusterDepth >::ClusterSkeletonID ( )

inlinestatic

A Skeleton ID for clusters of cells.

This skeleton bundles the vertices and cells per cluster together. See also the ID() function.

Referenced by CellCluster(), and ID().

operator=()

template<int CellDims, int ClusterDepth = 2>

bool Fiber::CellCluster< CellDims, ClusterDepth >::operator=

(

const WeakPtr< Grid > &

G

)

Assign from Grid pointer, will overwrite all members.

Will inspect the new Grid object for comformance to the LineSet properties.