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>

List of all members.

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

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Detailed Description

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

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Member Function Documentation

static SkeletonID Fiber::FragmentSkeleton::ID

(

const Grid &

G

)

[inline, static]

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 Grid::findVertices().