Direct Gauss transform using a KD-tree truncation. More...

#include <fgt.hpp>

Inheritance diagram for fgt::DirectTree:

Public Member Functions
	DirectTree (const MatrixRef source, double bandwidth, double epsilon)
	Creates a new direct tree transform. More...

	DirectTree (const DirectTree &)=delete
	Explicitly deleted copy constructor.

DirectTree &	operator= (const DirectTree &)=delete
	Explicitly deleted assgnment operator.

DirectTree &	operator= (DirectTree &&)=delete
	Explicitly deleted move assignment operator.

virtual	~DirectTree ()
	Destroys a DirectTree. More...

double	epsilon () const
	Returns the error tolerance value.

Public Member Functions inherited from fgt::Transform
	Transform (const MatrixRef source, double bandwidth)
	Constructs a new transform that can be re-used with different targets.

	Transform (const Transform &)=delete
	Explicitly deleted copy constructor.

Transform &	operator= (const Transform &)=delete
	Explicitly deleted assgnment operator.

Transform &	operator= (Transform &&)=delete
	Explicitly deleted move assignment operator.

virtual	~Transform ()
	Destroys a transform.

const MatrixRef	source () const
	Returns the pointer to the source dataset.

double	bandwidth () const
	Returns the bandwidth of the transform.

Vector	compute (const MatrixRef target)
	Computes the Gauss transform for the given target dataset.

Vector	compute (const MatrixRef target, const VectorRef weights)
	Computes the Gauss transform with the given weights.

Detailed Description

Direct Gauss transform using a KD-tree truncation.

Constructor & Destructor Documentation

Creates a new direct tree transform.

This constructor pre-computes the KD-tree, so subsequent calls to compute() will re-use the same tree.

virtual fgt::DirectTree::~DirectTree ( )

virtual

Destroys a DirectTree.

Required because of the unique pointer to a incomplete class.

The documentation for this class was generated from the following file: