CellRangeDataTreeStrategy< InheritedStrategyT, KernelT >::StrategyBase< BaseT > Class Template Reference

#include <VisionX/components/pointcloud_processor/EfficientRANSACPrimitiveExtractor/EfficientRANSAC/GfxTL/CellRangeDataTreeStrategy.h>

Inheritance diagram for CellRangeDataTreeStrategy< InheritedStrategyT, KernelT >::StrategyBase< BaseT >:

Classes
class	BuildInformation
class	CellRangeTraversalInformation
class	GlobalTraversalInformation
class	TraversalInformation

Public Types
typedef InheritedStrategyT::template StrategyBase< BaseT >	BaseType
typedef std::pair< HandleType, HandleType >	CellRange
typedef BaseT::CellType	CellType
typedef KernelT::DereferencedType	DereferencedType
typedef KernelT::HandleType	HandleType
typedef StrategyBase< BaseT >	ThisType
typedef KernelT::value_type	value_type

Protected Member Functions
template<class TraversalInformationT>
void	GetCellRange (const CellType &cell, const TraversalInformationT &ti, CellRange *range) const
template<class BuildInformationT>
void	InitBuildInformation (const CellType &parent, const BuildInformationT &parentInfo, unsigned int childIdx, BuildInformationT *bi) const
template<class BuildInformationT>
void	InitCell (const CellType &parent, const BuildInformationT &parentInfo, unsigned int childIdx, const BuildInformationT &bi, CellType *cell)
template<class BuildInformationT>
void	InitRoot (const BuildInformationT &bi, CellType *cell)
template<class BuildInformationT>
void	InitRootBuildInformation (BuildInformationT *bi) const
template<class TraversalInformationT>
void	InitRootTraversalInformation (const CellType &root, TraversalInformationT *ti) const
template<class TraversalInformationT>
void	InitTraversalInformation (const CellType &parent, const TraversalInformationT &pTi, unsigned int childIdx, TraversalInformationT *ti) const
void	PartitionDataRange (const CellRange &range, const std::vector< size_t > &clusterid, const std::vector< size_t > &clusterCount, CellType **bis)
template<class SplitterT>
void	SplitData (const SplitterT &split, const CellRange &range, size_t *left, size_t *right)
template<class SplitterT, class BuildInformationT>
void	SplitData (const SplitterT &split, const CellType &parent, const BuildInformationT &, CellType *left, BuildInformationT *leftBi, CellType *right, BuildInformationT *rightBi)
template<class SplitterT, class BuildInformationT>
void	SplitData (const SplitterT &split, const CellType &parent, const BuildInformationT &, CellType *left, CellType *right)
template<class SplitterT>
void	SplitData (const SplitterT *splitters, const unsigned int numSplitters, const CellRange &range, size_t *sizes)
template<class SplitterT, class BuildInformationT>
void	SplitData (const SplitterT *splitters, const unsigned int numSplitters, const CellType &parent, const BuildInformationT &parentInfo, CellType **cells)

Member Typedef Documentation

BaseType

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef InheritedStrategyT::template StrategyBase<BaseT> BaseType

CellRange

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef std::pair<HandleType, HandleType> CellRange

CellType

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef BaseT::CellType CellType

DereferencedType

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef KernelT::DereferencedType DereferencedType

HandleType

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef KernelT::HandleType HandleType

ThisType

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef StrategyBase<BaseT> ThisType

value_type

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

typedef KernelT::value_type value_type

Member Function Documentation

GetCellRange()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class TraversalInformationT>

void GetCellRange ( const CellType & cell, const TraversalInformationT & ti, CellRange * range ) const

inlineprotected

InitBuildInformation()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class BuildInformationT>

void InitBuildInformation ( const CellType & parent, const BuildInformationT & parentInfo, unsigned int childIdx, BuildInformationT * bi ) const

inlineprotected

InitCell()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class BuildInformationT>

void InitCell ( const CellType & parent, const BuildInformationT & parentInfo, unsigned int childIdx, const BuildInformationT & bi, CellType * cell )

inlineprotected

InitRoot()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class BuildInformationT>

void InitRoot ( const BuildInformationT & bi, CellType * cell )

inlineprotected

InitRootBuildInformation()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class BuildInformationT>

void InitRootBuildInformation ( BuildInformationT * bi ) const

inlineprotected

InitRootTraversalInformation()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class TraversalInformationT>

void InitRootTraversalInformation ( const CellType & root, TraversalInformationT * ti ) const

inlineprotected

InitTraversalInformation()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class TraversalInformationT>

void InitTraversalInformation ( const CellType & parent, const TraversalInformationT & pTi, unsigned int childIdx, TraversalInformationT * ti ) const

inlineprotected

PartitionDataRange()

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

void PartitionDataRange ( const CellRange & range, const std::vector< size_t > & clusterid, const std::vector< size_t > & clusterCount, CellType ** bis )

inlineprotected

SplitData() [1/5]

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class SplitterT>

void SplitData ( const SplitterT & split, const CellRange & range, size_t * left, size_t * right )

inlineprotected

SplitData() [2/5]

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class SplitterT, class BuildInformationT>

void SplitData ( const SplitterT & split, const CellType & parent, const BuildInformationT & , CellType * left, BuildInformationT * leftBi, CellType * right, BuildInformationT * rightBi )

inlineprotected

SplitData() [3/5]

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class SplitterT, class BuildInformationT>

void SplitData ( const SplitterT & split, const CellType & parent, const BuildInformationT & , CellType * left, CellType * right )

inlineprotected

SplitData() [4/5]

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class SplitterT>

void SplitData ( const SplitterT * splitters, const unsigned int numSplitters, const CellRange & range, size_t * sizes )

inlineprotected

SplitData() [5/5]

template<class InheritedStrategyT, class KernelT>

template<class BaseT>

template<class SplitterT, class BuildInformationT>

void SplitData ( const SplitterT * splitters, const unsigned int numSplitters, const CellType & parent, const BuildInformationT & parentInfo, CellType ** cells )

inlineprotected

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

• VisionX/components/pointcloud_processor/EfficientRANSACPrimitiveExtractor/EfficientRANSAC/GfxTL/CellRangeDataTreeStrategy.h