nanovdb Namespace Reference

Classes
class	CachedReadAccessor
struct	Coord
class	Fp16
class	FpN
struct	Grid
struct	InternalNode
struct	LeafData
struct	LeafData< Fp16, LOG2DIM >
struct	LeafData< FpN, LOG2DIM >
struct	LeafFnBase
struct	LeafNode
struct	Mask
class	ReadAccessor
struct	RootNode
struct	Tree

Typedefs
template<typename BuildT>
using	NanoLeaf = LeafNode<BuildT, 3>
template<typename BuildT>
using	NanoLower = InternalNode<NanoLeaf<BuildT>, 4>
template<typename BuildT>
using	NanoUpper = InternalNode<NanoLower<BuildT>, 5>
template<typename BuildT>
using	NanoRoot = RootNode<NanoUpper<BuildT>>
template<typename BuildT>
using	NanoTree = Tree<NanoRoot<BuildT>>
template<typename BuildT>
using	NanoGrid = Grid<NanoTree<BuildT>>

Functions
template<typename DstT, typename SrcT>
ccl_device ccl_global const DstT *	PtrAdd (ccl_global const SrcT *p, int64_t offset)

Typedef Documentation

NanoGrid

template<typename BuildT>

using nanovdb::NanoGrid = Grid<NanoTree<BuildT>>

Definition at line 313 of file nanovdb.h.

NanoLeaf

template<typename BuildT>

using nanovdb::NanoLeaf = LeafNode<BuildT, 3>

Definition at line 308 of file nanovdb.h.

NanoLower

template<typename BuildT>

using nanovdb::NanoLower = InternalNode<NanoLeaf<BuildT>, 4>

Definition at line 309 of file nanovdb.h.

NanoRoot

template<typename BuildT>

using nanovdb::NanoRoot = RootNode<NanoUpper<BuildT>>

Definition at line 311 of file nanovdb.h.

NanoTree

template<typename BuildT>

using nanovdb::NanoTree = Tree<NanoRoot<BuildT>>

Definition at line 312 of file nanovdb.h.

NanoUpper

template<typename BuildT>

using nanovdb::NanoUpper = InternalNode<NanoLower<BuildT>, 5>

Definition at line 310 of file nanovdb.h.

Function Documentation

PtrAdd()

template<typename DstT, typename SrcT>

ccl_device ccl_global const DstT * nanovdb::PtrAdd	(	ccl_global const SrcT *	p,
		int64_t	offset )

Definition at line 20 of file nanovdb.h.

References ccl_device, and ccl_global.

Referenced by nanovdb::InternalNode< NanoLeaf< BuildT >, 4 >< BuildT >::getChild(), nanovdb::RootNode< NanoUpper< BuildT > >< BuildT >::getChild(), and nanovdb::Tree< NanoRoot< BuildT > >::root().