Meta::MPLLocality Class Reference

MPLLocality is highly optimized for finding pairs of objects which are "positioned" within some "distance" d relative to an arbitrary attribute field of MPLObject's. More...

#include <MPLLocality.h>

List of all members.

Public Member Functions
	MPLLocality (size_t threads=0)
	~MPLLocality ()
template<typename T >
void	compile (MVector< T > &ov, size_t maxPerObject, const mstr &location, const mstr &radius)
template<typename T >
void	compile (std::vector< T > &ov, size_t maxPerObject, const mstr &location, const mstr &radius)
void	compile (MPLObject **ov, size_t count, size_t maxPerObject, const mstr &location, const mstr &radius)
void	run (MPLPairVec &v, float distance)
void	run (mnode &n, float distance)

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Detailed Description

MPLLocality is highly optimized for finding pairs of objects which are "positioned" within some "distance" d relative to an arbitrary attribute field of MPLObject's.

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Constructor & Destructor Documentation

Meta::MPLLocality::MPLLocality

(

size_t

threads = 0

)

Constructor.

Parameters:

threads

The number of threads in which to process pairs with. If you intend to collect pairs in a pair vector, then this should be set to 0, else code is executed for each pair that is found.

Meta::MPLLocality::~MPLLocality

(

)

Destructor.

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Member Function Documentation

template<typename T >

void Meta::MPLLocality::compile	(	MVector< T > &	ov,
		size_t	maxPerObject,
		const mstr &	location,
		const mstr &	radius
	)		[inline]

Compile locality detection code for objects in ov.

Parameters:

maxPerObject	The maximum number of pairs that will be collected per each object in ov. This should be set to a value as high as memory on the GPU permits.
location	The name of the location attribute on objects in ov.
radius	The name of the radius attribute on objects in ov.

template<typename T >

void Meta::MPLLocality::compile	(	std::vector< T > &	ov,
		size_t	maxPerObject,
		const mstr &	location,
		const mstr &	radius
	)		[inline]

See the previous definition for compile().

void Meta::MPLLocality::compile	(	MPLObject **	ov,
		size_t	count,
		size_t	maxPerObject,
		const mstr &	location,
		const mstr &	radius
	)

See the previous definition for compile().

void Meta::MPLLocality::run	(	MPLPairVec &	v,
		float	distance
	)

Run the locality kernel, collecting pairs of objects found such that they are within the specified distance of eachother.

void Meta::MPLLocality::run	(	mnode &	n,
		float	distance
	)

Run the locality kernel, executing the code in n on each pair of objects found such that they are within the specified distance of eachother.

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

• AndroMeta/include/AndroMeta/MPLLocality.h