C# Class TagTool.Geometry.CollisionGeometryBuilder

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Méthodes publiques

Méthode	Description
Build ( ) : CollisionModel
CollisionGeometryBuilder ( ) : System
ParseBSP ( CollisionModel permutation, BinaryReader reader ) : long
ParseBSP2DNodes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseBSP2DReferences ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseBSP3DNodes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseEdges ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseFromFile ( string fpath ) : bool	This file parser will parse Halo 1 CE 'model_collision_geometry' tags. The addresses of the tagblocks inside the tag are likely to be garbage values. The Halo 1 CE development tool 'guerilla' does not use the reflexive address value and expects chunks to occur in the order that the reflexives occur in the parent struct. The Halo1 CE collision tag is used due to high compatibility and availability of 'Tool' - a program which can compile collision tags. The parser expects the following format: h1ce coll tag format: main struct all materials sequential all regions sequential all permutations sequential all path finding spheres sequential all nodes sequential bsp 0 bsp0 3dnodes sequential ... bsp0 vertices sequential bsp 1 ... ...
ParseLeaves ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseMain ( CollisionModel coll, BinaryReader reader ) : long
ParseMaterials ( CollisionModel coll, BinaryReader reader, int count ) : long	Stub for now, creates n materials, which are named 0 to (n-1)
ParseNodes ( CollisionModel coll, BinaryReader reader, int count ) : long	Parses all H1CE Collision Node tagblocks stored sequentially. The purpose of 'Node' is similar to 'Region' in Halo Online.
ParsePathFindingSpheres ( CollisionModel coll, BinaryReader reader, int count ) : long
ParsePlanes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseRegions ( CollisionModel coll, BinaryReader reader, int count ) : long	Parses regions into Halo Online collision 'Region' tagblocks. Names are not preserved.
ParseSurfaces ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
ParseVertices ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long

Method Details

Build() public méthode

public Build ( ) : CollisionModel
Résultat	TagTool.TagDefinitions.CollisionModel

CollisionGeometryBuilder() public méthode

public CollisionGeometryBuilder ( ) : System
Résultat	System

ParseBSP() public méthode

public ParseBSP ( CollisionModel permutation, BinaryReader reader ) : long
permutation	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
Résultat	long

ParseBSP2DNodes() public méthode

public ParseBSP2DNodes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseBSP2DReferences() public méthode

public ParseBSP2DReferences ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseBSP3DNodes() public méthode

public ParseBSP3DNodes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseEdges() public méthode

public ParseEdges ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseFromFile() public méthode

This file parser will parse Halo 1 CE 'model_collision_geometry' tags. The addresses of the tagblocks inside the tag are likely to be garbage values. The Halo 1 CE development tool 'guerilla' does not use the reflexive address value and expects chunks to occur in the order that the reflexives occur in the parent struct. The Halo1 CE collision tag is used due to high compatibility and availability of 'Tool' - a program which can compile collision tags. The parser expects the following format: h1ce coll tag format: main struct all materials sequential all regions sequential all permutations sequential all path finding spheres sequential all nodes sequential bsp 0 bsp0 3dnodes sequential ... bsp0 vertices sequential bsp 1 ... ...

public ParseFromFile ( string fpath ) : bool
fpath	string
Résultat	bool

ParseLeaves() public méthode

public ParseLeaves ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseMain() public méthode

public ParseMain ( CollisionModel coll, BinaryReader reader ) : long
coll	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
Résultat	long

ParseMaterials() public méthode

Stub for now, creates n materials, which are named 0 to (n-1)

public ParseMaterials ( CollisionModel coll, BinaryReader reader, int count ) : long
coll	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseNodes() public méthode

Parses all H1CE Collision Node tagblocks stored sequentially. The purpose of 'Node' is similar to 'Region' in Halo Online.

public ParseNodes ( CollisionModel coll, BinaryReader reader, int count ) : long
coll	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
count	int
Résultat	long

ParsePathFindingSpheres() public méthode

public ParsePathFindingSpheres ( CollisionModel coll, BinaryReader reader, int count ) : long
coll	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
count	int
Résultat	long

ParsePlanes() public méthode

public ParsePlanes ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseRegions() public méthode

Parses regions into Halo Online collision 'Region' tagblocks. Names are not preserved.

public ParseRegions ( CollisionModel coll, BinaryReader reader, int count ) : long
coll	TagTool.TagDefinitions.CollisionModel
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseSurfaces() public méthode

public ParseSurfaces ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long

ParseVertices() public méthode

public ParseVertices ( TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp bsp, BinaryReader reader, int count ) : long
bsp	TagTool.TagDefinitions.CollisionModel.Region.Permutation.Bsp
reader	System.IO.BinaryReader
count	int
Résultat	long