Fiber::FragmentSkeleton Struct Reference

Fragment Skeleton: Each fragment of a field is assigned some value in the form of a field defined on the fragment skeleton. More...

#include <FragmentSkeleton.hpp>

Inheritance diagram for Fiber::FragmentSkeleton:

Classes
struct	exception
struct	NoVertices

Public Types
typedef MemArray< 1, std::string >	FragmentNamesMemArray_t
typedef MultiArray< 1, std::string >	FragmentNamesArray_t

Public Member Functions
	FragmentSkeleton (const RefPtr< Grid > &g)
Skeleton &	makeFragments ()
RefPtr< Field >	makeFragmentNames () const
std::string	getFragmentName (index_t i) const

Static Public Member Functions
static const char *	MinFieldName ()
static const char *	MaxFieldName ()
static SkeletonID	ID (int VertexDims)
static SkeletonID	ID (const Grid &G)
	Return the skeleton ID which is used to store fragment information.
static RefPtr< Skeleton >	getFragments (const Grid &G)
static Skeleton &	makeFragments (Grid &G)
static RefPtr< Representation >	getFragmentsAsVertices (const Grid &G)
static Representation &	makeFragmentsAsVertices (Grid &G)
static RefPtr< Field >	makeFragmentNames (Grid &G)
static Representation &	makeFragmentCoordinates (Grid &G, const RefPtr< Chart > &C)
static RefPtr< Field >	makeFragmentCoordinatesCenter (Grid &G, const RefPtr< Chart > &C)
static RefPtr< Field >	makeFragmentCoordinatesMin (Grid &G, const RefPtr< Chart > &C)
static RefPtr< Field >	makeFragmentCoordinatesMax (Grid &G, const RefPtr< Chart > &C)

Public Attributes
RefPtr< Grid >	TheGrid

Detailed Description

Fragment Skeleton: Each fragment of a field is assigned some value in the form of a field defined on the fragment skeleton.

Member Function Documentation

ID()

SkeletonID Fiber::FragmentSkeleton::ID ( const Grid & G )

inlinestatic

Return the skeleton ID which is used to store fragment information.

A fragment is a complex of vertices (therefore index depth 2) and of the same dimensionality of the vertices.

References Fiber::SkeletonMap::findVertices().