rw-parser/lib/renderware/dff/DffParser.d.ts

Parses RenderWare DFF and TXD files into usable format!

import { RwFile } from '../RwFile';
export interface RwDff {
    version: string;
    versionNumber: number;
    geometryList: RwGeometryList | null;
    frameList: RwFrameList | null;
    atomics: number[];
    dummies: string[];
    animNodes: RwAnimNode[];
}
export interface RwClump {
    atomicCount: number;
    lightCount?: number;
    cameraCount?: number;
}
export interface RwAnimNode {
    boneId: number;
    bonesCount: number;
    bones: RwBone[];
}
export interface RwBone {
    boneId: number;
    boneIndex: number;
    flags: number;
}
export interface RwFrame {
    rotationMatrix: RwMatrix3;
    coordinatesOffset: RwVector3;
    parentFrame: number;
}
export interface RwFrameList {
    frameCount: number;
    frames: RwFrame[];
}
export interface RwTexture {
    textureFiltering: number;
    uAddressing: number;
    vAddressing: number;
    usesMipLevels: boolean;
    textureName: string;
}
export interface RwMaterial {
    color: RwColor;
    isTextured: boolean;
    ambient?: number;
    specular?: number;
    diffuse?: number;
    texture?: RwTexture;
}
export interface RwMaterialList {
    materialInstanceCount: number;
    materialData: RwMaterial[];
}
export interface RwGeometry {
    vertexColorInformation: RwColor[];
    textureCoordinatesCount: number;
    textureMappingInformation: RwTextureCoordinate[][];
    hasVertices: boolean;
    hasNormals: boolean;
    triangleInformation: RwTriangle[];
    vertexInformation: RwVector3[];
    normalInformation: RwVector3[];
    boundingSphere?: RwSphere;
    materialList: RwMaterialList;
    binMesh: RwBinMesh;
    skin?: RwSkin;
}
export interface RwGeometryList {
    geometricObjectCount: number;
    geometries: RwGeometry[];
}
export interface RwAtomic {
    frameIndex: number;
    geometryIndex: number;
    flags: number;
}
export interface RwBinMesh {
    meshCount: number;
    meshes: RwMesh[];
}
export interface RwSkin {
    boneCount: number;
    usedBoneCount: number;
    maxWeightsPerVertex: number;
    boneVertexIndices: number[][];
    vertexWeights: number[][];
    inverseBoneMatrices: RwMatrix4[];
}
export interface RwMesh {
    materialIndex: number;
    indexCount: number;
    indices: number[];
}
export interface RwMatrix3 {
    right: RwVector3;
    up: RwVector3;
    at: RwVector3;
}
export interface RwMatrix4 {
    right: RwVector4;
    up: RwVector4;
    at: RwVector4;
    transform: RwVector4;
}
export interface RwColor {
    r: number;
    g: number;
    b: number;
    a: number;
}
export interface RwVector2 {
    x: number;
    y: number;
}
export interface RwVector3 {
    x: number;
    y: number;
    z: number;
}
export interface RwVector4 {
    x: number;
    y: number;
    z: number;
    t: number;
}
export interface RwTextureCoordinate {
    u: number;
    v: number;
}
export interface RwTriangle {
    vector: RwVector3;
    materialId: number;
}
export interface RwSphere {
    vector: RwVector3;
    radius: number;
}
export declare class DffParser extends RwFile {
    constructor(buffer: Buffer);
    parse(): RwDff;
    readClump(): RwClump;
    readFrameList(): RwFrameList;
    readGeometryList(): RwGeometryList;
    readGeometry(versionNumber: number): RwGeometry;
    readBinMesh(): RwBinMesh;
    readSkin(vertexCount: number): RwSkin;
    readAnimNode(): RwAnimNode;
    readMesh(): RwMesh;
    readMaterialList(): RwMaterialList;
    readMaterial(): RwMaterial;
    readTexture(): RwTexture;
    readAtomic(): RwAtomic;
}