C# Class Isosurface.ManifoldDC.OctreeNode

Afficher le fichier Open project: Lin20/isosurface Class Usage Examples

Méthodes publiques

Свойство	Type	Description
child_index	int
children	Isosurface.ManifoldDC.OctreeNode[]
corners	byte
index	int
position	Vector3
rnd	System.Random
size	int
type	NodeType
vertices	Isosurface.ManifoldDC.Vertex[]

Méthodes publiques

Méthode	Description
ClusterCell ( float error ) : void
ClusterCellBase ( float error ) : void
ClusterEdge ( OctreeNode nodes, int direction, int &surface_index, List collected_vertices ) : void
ClusterFace ( OctreeNode nodes, int direction, int &surface_index, List collected_vertices ) : void
ClusterIndexes ( OctreeNode nodes, int direction, int &max_surface_index, List collected_vertices ) : void
ConstructBase ( int size, float error, List &vertices ) : void
ConstructLeaf ( List &vertices, int &index ) : bool
ConstructNodes ( List vertices, int &n_index, int threaded ) : bool
GatherVertices ( OctreeNode n, List dest, int &surface_index ) : void
GenerateVertexBuffer ( List vertices ) : void
OctreeNode ( ) : System
OctreeNode ( Vector3 position, int size, NodeType type ) : System
ProcessCell ( List indexes, List tri_count, float threshold ) : void
ProcessEdge ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
ProcessFace ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
ProcessIndexes ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
ToString ( ) : string

Private Methods

Méthode	Description
AssignSurface ( List vertices, int from, int to ) : void

Method Details

ClusterCell() public méthode

public ClusterCell ( float error ) : void
error	float
Résultat	void

ClusterCellBase() public méthode

public ClusterCellBase ( float error ) : void
error	float
Résultat	void

ClusterEdge() public static méthode

public static ClusterEdge ( OctreeNode nodes, int direction, int &surface_index, List collected_vertices ) : void
nodes	OctreeNode
direction	int
surface_index	int
collected_vertices	List
Résultat	void

ClusterFace() public static méthode

public static ClusterFace ( OctreeNode nodes, int direction, int &surface_index, List collected_vertices ) : void
nodes	OctreeNode
direction	int
surface_index	int
collected_vertices	List
Résultat	void

ClusterIndexes() public static méthode

public static ClusterIndexes ( OctreeNode nodes, int direction, int &max_surface_index, List collected_vertices ) : void
nodes	OctreeNode
direction	int
max_surface_index	int
collected_vertices	List
Résultat	void

ConstructBase() public méthode

public ConstructBase ( int size, float error, List &vertices ) : void
size	int
error	float
vertices	List
Résultat	void

ConstructLeaf() public méthode

public ConstructLeaf ( List &vertices, int &index ) : bool
vertices	List
index	int
Résultat	bool

ConstructNodes() public méthode

public ConstructNodes ( List vertices, int &n_index, int threaded ) : bool
vertices	List
n_index	int
threaded	int
Résultat	bool

GatherVertices() public static méthode

public static GatherVertices ( OctreeNode n, List dest, int &surface_index ) : void
n	OctreeNode
dest	List
surface_index	int
Résultat	void

GenerateVertexBuffer() public méthode

public GenerateVertexBuffer ( List vertices ) : void
vertices	List
Résultat	void

OctreeNode() public méthode

public OctreeNode ( ) : System
Résultat	System

OctreeNode() public méthode

public OctreeNode ( Vector3 position, int size, NodeType type ) : System
position	Vector3
size	int
type	NodeType
Résultat	System

ProcessCell() public méthode

public ProcessCell ( List indexes, List tri_count, float threshold ) : void
indexes	List
tri_count	List
threshold	float
Résultat	void

ProcessEdge() public static méthode

public static ProcessEdge ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
nodes	OctreeNode
direction	int
indexes	List
tri_count	List
threshold	float
Résultat	void

ProcessFace() public static méthode

public static ProcessFace ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
nodes	OctreeNode
direction	int
indexes	List
tri_count	List
threshold	float
Résultat	void

ProcessIndexes() public static méthode

public static ProcessIndexes ( OctreeNode nodes, int direction, List indexes, List tri_count, float threshold ) : void
nodes	OctreeNode
direction	int
indexes	List
tri_count	List
threshold	float
Résultat	void

ToString() public méthode

public ToString ( ) : string
Résultat	string

Property Details

child_index public_oe property

public int child_index
Résultat	int

children public_oe property

public OctreeNode[],Isosurface.ManifoldDC children
Résultat	Isosurface.ManifoldDC.OctreeNode[]

corners public_oe property

public byte corners
Résultat	byte

index public_oe property

public int index
Résultat	int

position public_oe property

public Vector3 position
Résultat	Vector3

rnd public_oe static_oe property

public static Random,System rnd
Résultat	System.Random

size public_oe property

public int size
Résultat	int

type public_oe property

public NodeType type
Résultat	NodeType

vertices public_oe property

public Vertex[],Isosurface.ManifoldDC vertices
Résultat	Isosurface.ManifoldDC.Vertex[]