import { Plane } from "./Plane";
import { DualQuat, Quat } from "./Quaternion";
import { Vec3, Vec4 } from "./Vector";
export declare class Mat32 {
    _11: number;
    _12: number;
    _21: number;
    _22: number;
    _31: number;
    _32: number;
    static get Identity(): Mat32;
}
export declare class Mat43 {
    _11: number;
    _12: number;
    _13: number;
    _21: number;
    _22: number;
    _23: number;
    _31: number;
    _32: number;
    _33: number;
    _41: number;
    _42: number;
    _43: number;
    static get Identity(): Mat43;
}
export declare class Mat34 {
    _11: number;
    _12: number;
    _13: number;
    _14: number;
    _21: number;
    _22: number;
    _23: number;
    _24: number;
    _31: number;
    _32: number;
    _33: number;
    _34: number;
    static get Identity(): Mat34;
}
export declare class Mat44 {
    _11: number;
    _12: number;
    _13: number;
    _14: number;
    _21: number;
    _22: number;
    _23: number;
    _24: number;
    _31: number;
    _32: number;
    _33: number;
    _34: number;
    _41: number;
    _42: number;
    _43: number;
    _44: number;
    static get Identity(): Mat44;
    constructor(a?: Mat44 | Vec4 | number, b?: Vec4 | number, c?: Vec4 | number, d?: Vec4 | number, _21?: number, _22?: number, _23?: number, _24?: number, _31?: number, _32?: number, _33?: number, _34?: number, _41?: number, _42?: number, _43?: number, _44?: number);
    get r(): Vec4[];
    set r(v: Vec4[]);
    get d(): number[];
    set d(r: number[]);
    get r0(): Vec4;
    get r1(): Vec4;
    get r2(): Vec4;
    get r3(): Vec4;
    set r0(v: Vec4);
    set r1(v: Vec4);
    set r2(v: Vec4);
    set r3(v: Vec4);
    Equal(r: Mat44): boolean;
    Mul(r: Mat44): Mat44;
    Inverse(): Mat44;
    Determinant(): number;
    Transpose(): Mat44;
    private __Decompose;
    Decompose(vTranslation: Vec3, vScaling: Vec3, q: Quat): boolean;
    static Translation(x: number, y: number, z: number): Mat44;
    static Scaling(x: number, y: number, z: number): Mat44;
    static RotateX(f: number): Mat44;
    static RotateY(f: number): Mat44;
    static RotateZ(f: number): Mat44;
    static RotateNormal(vNormal: Vec3, f: number): Mat44;
    static RotationQuaternion(q: Quat): Mat44;
    static RotationDualQuaternion(dq: DualQuat): Mat44;
    static LookToLH(vEye: Vec3, vDir: Vec3, vUp: Vec3): Mat44;
    static LookAtLH(vEye: Vec3, vFocus: Vec3, vUp: Vec3): Mat44;
    static LookToRH(vEye: Vec3, vDir: Vec3, vUp: Vec3): Mat44;
    static LookAtRH(vEye: Vec3, vFocus: Vec3, vUp: Vec3): Mat44;
    static OrthographicLH(fViewWidth: number, fViewHeight: number, fNearZ: number, fFarZ: number): Mat44;
    static OrthographicRH(fViewWidth: number, fViewHeight: number, fNearZ: number, fFarZ: number): Mat44;
    static OrthographicOffCenterLH(fViewLeft: number, fViewRight: number, fViewBottom: number, fViewTop: number, fNearZ: number, fFarZ: number): Mat44;
    static OrthographicOffCenterRH(fViewLeft: number, fViewRight: number, fViewBottom: number, fViewTop: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveFovLH(fFovY: number, fAspectHByW: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveFovRH(fFovY: number, fAspectHByW: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveLH(fViewWidth: number, fViewHeight: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveRH(fViewWidth: number, fViewHeight: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveOffCenterLH(fViewLeft: number, fViewRight: number, fViewBottom: number, fViewTop: number, fNearZ: number, fFarZ: number): Mat44;
    static PerspectiveOffCenterRH(fViewLeft: number, fViewRight: number, fViewBottom: number, fViewTop: number, fNearZ: number, fFarZ: number): Mat44;
    static Reflect(vPlane: Plane): Mat44;
    static Shadow(vPlane: Plane, vLight: Vec3): Mat44;
}