Fiber::EigenArrays Struct Reference

Contains typed arrays to EigenValues and EigenVectors. More...

#include <EigenValues.hpp>

List of all members.

Public Types

• typedef Eagle::tvector3 vec3

Public Member Functions

• EigenArrays (Representation &R, const string &Fieldname, const RefPtr< FragmentID > &f)

  Extract eigen arrays from the given Representation for the certain field.
  

• EigenArrays (Representation &R, const RefPtr< CreativeArrayBase > &TensorField, const string &Fieldname, const RefPtr< FragmentID > &f, bool TemporaryFields=false, bool Discardable=true)

  Make and eventually compute the eigen arrays for the given field.
  

• void create (const RefPtr< MemBase > &Data)

  Create the six eigen arrays of the same size as the input data set.
  

• void setFields (Representation &R, const string &Fieldname, const RefPtr< FragmentID > &f, const RefPtr< MemBase > &DataSource, bool Discardable=true)
• bool HasEigenFields () const

  Check whether ALL eigen fields are defined.
  

• operator bool () const

Public Attributes

• string problem

  A description of the problem, if there is any.
  

• RefPtr< TypedArray< vec3 > > pMajorEvec
• RefPtr< TypedArray< vec3 > > pMedianEvec
• RefPtr< TypedArray< vec3 > > pMinorEvec

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Detailed Description

Contains typed arrays to EigenValues and EigenVectors.

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Member Function Documentation

void Fiber::EigenArrays::create

(

const RefPtr< MemBase > &

Data

)

Create the six eigen arrays of the same size as the input data set.

Todo:

this needs improval through using an OnDemandCreator

Referenced by EigenArrays().

void Fiber::EigenArrays::setFields	(	Representation &	R,
		const string &	Fieldname,
		const RefPtr< FragmentID > &	f,
		const RefPtr< MemBase > &	DataSource,
		bool	Discardable = true
	)

Parameters:

DataSource

The source of the data, only used to set up parental information and an cache info string.

References MemCore::Cache::MemCache().

Referenced by EigenArrays().