Class MeshParser

Hierarchy

MeshParser

Index

Constructors

Methods

parseGLTF parseGLTFPrimitive parseGLTFRecursive parseOBJ parseOBJFace parseOBJNormal parseOBJTextureCoordinate parseOBJVertex parsePLY parsePLYAscii parsePLYBinary

Constructors

constructor

new MeshParser(): MeshParser
Returns MeshParser

Methods

`Static` parseGLTF

parseGLTF(document: Document, transform: Node3): void
Parses the contents of a GLTF file and stores the scene in a Node3 object
Parameters
- document: Document
  
  The contents of the GLTF file
- transform: Node3
  
  The transform to store the data
Returns void
- Defined in src/loaders/MeshParser.ts:729

`Static` `Private` parseGLTFPrimitive

parseGLTFPrimitive(primitive: Primitive): Mesh3
Parameters
- primitive: Primitive
Returns Mesh3
- Defined in src/loaders/MeshParser.ts:789

`Static` `Private` parseGLTFRecursive

parseGLTFRecursive(node: Node, parentTransform: Node3): void
Recusrively parses a node in the GLTF file and stores the data in a Node3 object
Parameters
- node: Node
  
  The current node to parse in the GLTF file
- parentTransform: Node3
Returns void
- Defined in src/loaders/MeshParser.ts:743

`Static` parseOBJ

parseOBJ(obj: string, mesh: Mesh3): void
Parses the contents of an OBJ file and stores the data in a given Mesh object
Parameters
- obj: string
  
  The contents of the object file as a string
- mesh: Mesh3
  
  The Mesh object to store the data
Returns void
- Defined in src/loaders/MeshParser.ts:15

`Static` `Private` parseOBJFace

parseOBJFace(line: string[], indices: number[], uvIndices: number[]): void
Parses a face line from an OBJ file
Parameters
- line: string[]
  
  The face line to be parsed
- indices: number[]
  
  An array to store the face indices
- uvIndices: number[]
Returns void
- Defined in src/loaders/MeshParser.ts:159

`Static` `Private` parseOBJNormal

parseOBJNormal(line: string[], normals: number[]): void
Parses a normal line from an OBJ file
Parameters
- line: string[]
  
  The normal line to be parsed
- normals: number[]
  
  An array to store the normal coordinates
Returns void
- Defined in src/loaders/MeshParser.ts:134

`Static` `Private` parseOBJTextureCoordinate

parseOBJTextureCoordinate(line: string[], uvs: number[]): void
Parses a texture coordinate line from an OBJ file
Parameters
- line: string[]
  
  The texture coordinate line to be parsed
- uvs: number[]
  
  An array to store the texture coordinates
Returns void
- Defined in src/loaders/MeshParser.ts:147

`Static` `Private` parseOBJVertex

parseOBJVertex(line: string[], vertices: number[], colors: number[]): void
Parses a vertex line from an OBJ file
Parameters
- line: string[]
  
  The line containing the vertex data
- vertices: number[]
  
  The array to store the vertex positions
- colors: number[]
  
  The array to store the vertex colors
Returns void
- Defined in src/loaders/MeshParser.ts:113

`Static` parsePLY

parsePLY(ply: ArrayBuffer, mesh: Mesh3): void
Parses the contents of a PLY file and stores the data in a given Mesh object This function works for both ASCII or binary PLY files.
Parameters
- ply: ArrayBuffer
  
  The contents of the PLY file as an ArrayBuffer
- mesh: Mesh3
  
  The Mesh object to store the data
Returns void
- Defined in src/loaders/MeshParser.ts:181

`Static` `Private` parsePLYAscii

parsePLYAscii(headerParser: StringParser, dataParser: StringParser, mesh: Mesh3): void
Parameters
- headerParser: StringParser
- dataParser: StringParser
- mesh: Mesh3
Returns void
- Defined in src/loaders/MeshParser.ts:238

`Static` `Private` parsePLYBinary

parsePLYBinary(headerParser: StringParser, data: DataView, mesh: Mesh3, little_endian?: boolean): void
Parameters
- headerParser: StringParser
- data: DataView
- mesh: Mesh3
- little_endian: boolean = true
Returns void
- Defined in src/loaders/MeshParser.ts:461

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