nanovdb::build Namespace Reference

Classes
struct	GetState
	Implements Tree::isActive(Coord) More...
struct	GetValue
	Implements Tree::getValue(Coord), i.e. return the value associated with a specific coordinate ijk. More...
struct	Grid
struct	InternalNode
struct	LeafNode
struct	LeafNode< bool >
struct	LeafNode< ValueMask >
class	NodeManager
struct	ProbeValue
	Implements Tree::probeLeaf(Coord) More...
struct	RootNode
struct	SetValue
	Set the value and its state at the leaf level mapped to by ijk, and create the leaf node and branch if needed. More...
struct	TouchLeaf
struct	Tree
struct	ValueAccessor

Typedefs
template<typename T >
using	BuildLeaf = LeafNode< T >
template<typename T >
using	BuildLower = InternalNode< BuildLeaf< T >>
template<typename T >
using	BuildUpper = InternalNode< BuildLower< T >>
template<typename T >
using	BuildRoot = RootNode< BuildUpper< T >>
template<typename T >
using	BuildTile = typename BuildRoot< T >::Tile
using	FloatGrid = Grid< float >
using	Fp4Grid = Grid< Fp4 >
using	Fp8Grid = Grid< Fp8 >
using	Fp16Grid = Grid< Fp16 >
using	FpNGrid = Grid< FpN >
using	DoubleGrid = Grid< double >
using	Int32Grid = Grid< int32_t >
using	UInt32Grid = Grid< uint32_t >
using	Int64Grid = Grid< int64_t >
using	Vec3fGrid = Grid< Vec3f >
using	Vec3dGrid = Grid< Vec3d >
using	Vec4fGrid = Grid< Vec4f >
using	Vec4dGrid = Grid< Vec4d >
using	MaskGrid = Grid< ValueMask >
using	IndexGrid = Grid< ValueIndex >
using	OnIndexGrid = Grid< ValueOnIndex >
using	BoolGrid = Grid< bool >

Functions
template<typename NodeManagerT >
enable_if< is_floating_point< typename NodeManagerT::ValueType >::value >::type	sdfToLevelSet (NodeManagerT &mgr)
template<typename NodeManagerT >
void	levelSetToFog (NodeManagerT &mgr, bool rebuild=true)

Typedef Documentation

using BoolGrid = Grid<bool>

using BuildLeaf = LeafNode<T>

using BuildLower = InternalNode<BuildLeaf<T>>

using BuildRoot = RootNode<BuildUpper<T>>

using BuildTile = typename BuildRoot<T>::Tile

using BuildUpper = InternalNode<BuildLower<T>>

using DoubleGrid = Grid<double>

using FloatGrid = Grid<float>

using Fp16Grid = Grid<Fp16>

using Fp4Grid = Grid<Fp4>

using Fp8Grid = Grid<Fp8>

using FpNGrid = Grid<FpN>

using IndexGrid = Grid<ValueIndex>

using Int32Grid = Grid<int32_t>

using Int64Grid = Grid<int64_t>

using MaskGrid = Grid<ValueMask>

using OnIndexGrid = Grid<ValueOnIndex>

using UInt32Grid = Grid<uint32_t>

using Vec3dGrid = Grid<Vec3d>

using Vec3fGrid = Grid<Vec3f>

using Vec4dGrid = Grid<Vec4d>

using Vec4fGrid = Grid<Vec4f>

Function Documentation

void nanovdb::build::levelSetToFog	(	NodeManagerT &	mgr,
		bool	rebuild = true
	)

enable_if<is_floating_point<typename NodeManagerT::ValueType>::value>::type nanovdb::build::sdfToLevelSet

(

NodeManagerT &

mgr

)