ph::math::TBvhBuilder< N, Item, ItemToAABB > Class Template Reference

#include <TBvhBuilder.h>

Public Types
using	InfoNodeType = TBvhInfoNode<N, Item>
using	ItemInfoType = TBvhItemInfo<Item>

Public Member Functions
	TBvhBuilder (BvhParams params=BvhParams{})
	TBvhBuilder (ItemToAABB itemToAABB, BvhParams params=BvhParams{})
auto	buildInformativeBvh (TSpanView< Item > items) -> const InfoNodeType *
	Build a BVH that contains additional information useful for many purposes. The built BVH has the following properties:
void	clearBuildData ()
auto	totalInfoNodes () const -> std::size_t
auto	totalItems () const -> std::size_t

Static Public Member Functions
static std::size_t	calcTotalNodes (const InfoNodeType *node)
static std::size_t	calcTotalItems (const InfoNodeType *node)
static std::size_t	calcMaxDepth (const InfoNodeType *node)

Member Typedef Documentation

InfoNodeType

template<std::size_t N, typename Item , typename ItemToAABB >

using ph::math::TBvhBuilder< N, Item, ItemToAABB >::InfoNodeType = TBvhInfoNode<N, Item>

ItemInfoType

template<std::size_t N, typename Item , typename ItemToAABB >

using ph::math::TBvhBuilder< N, Item, ItemToAABB >::ItemInfoType = TBvhItemInfo<Item>

Constructor & Destructor Documentation

TBvhBuilder() [1/2]

template<std::size_t N, typename Item , typename ItemToAABB >

ph::math::TBvhBuilder< N, Item, ItemToAABB >::TBvhBuilder ( BvhParams params = BvhParams{} )

inlineexplicit

TBvhBuilder() [2/2]

template<std::size_t N, typename Item , typename ItemToAABB >

ph::math::TBvhBuilder< N, Item, ItemToAABB >::TBvhBuilder ( ItemToAABB itemToAABB, BvhParams params = BvhParams{} )

inlineexplicit

Member Function Documentation

buildInformativeBvh()

template<std::size_t N, typename Item , typename ItemToAABB >

auto ph::math::TBvhBuilder< N, Item, ItemToAABB >::buildInformativeBvh ( TSpanView< Item > items ) -> const InfoNodeType*

inline

Build a BVH that contains additional information useful for many purposes. The built BVH has the following properties:

• Maximum items: The maximum number of items a leaf node can contain. This value can be set by BvhParams.
• Branch factor: The maximum number of children each node can have is N.
• Split axis: The axis of the offset between children. The split axis associated with child i is for the axis of offset between child i and child i + 1.
• Split method: How the split axis and its offset value is chosen. This can be set by BvhParams.

  Returns

  The root node of the built BVH. Memory of the BVH is managed by this builder.

  Note

  This method will clear any previous build data.

calcMaxDepth()

template<std::size_t N, typename Item , typename ItemToAABB >

std::size_t ph::math::TBvhBuilder< N, Item, ItemToAABB >::calcMaxDepth ( const InfoNodeType * node )

inlinestatic

calcTotalItems()

template<std::size_t N, typename Item , typename ItemToAABB >

std::size_t ph::math::TBvhBuilder< N, Item, ItemToAABB >::calcTotalItems ( const InfoNodeType * node )

inlinestatic

calcTotalNodes()

template<std::size_t N, typename Item , typename ItemToAABB >

std::size_t ph::math::TBvhBuilder< N, Item, ItemToAABB >::calcTotalNodes ( const InfoNodeType * node )

inlinestatic

clearBuildData()

template<std::size_t N, typename Item , typename ItemToAABB >

void ph::math::TBvhBuilder< N, Item, ItemToAABB >::clearBuildData ( )

inline

totalInfoNodes()

template<std::size_t N, typename Item , typename ItemToAABB >

auto ph::math::TBvhBuilder< N, Item, ItemToAABB >::totalInfoNodes ( ) const -> std::size_t

inline

Returns

Number of nodes of the most recent BVH built by this builder.

totalItems()

template<std::size_t N, typename Item , typename ItemToAABB >

auto ph::math::TBvhBuilder< N, Item, ItemToAABB >::totalItems ( ) const -> std::size_t

inline

Returns

Number of contained items of the most recent BVH built by this builder.

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

• Source/Math/Algorithm/BVH/TBvhBuilder.h
• Source/Math/Algorithm/BVH/TBvhBuilder.ipp