import { ContextManager } from '@zcomponent/core';
import { Mesh, MeshConstructorProps } from '@zcomponent/three/lib/components/meshes/Mesh';
import { FaceBufferGeometry } from '../../util/geometries/FaceBufferGeometry';
export interface FaceMeshConstructorProps extends MeshConstructorProps {
    /**
     * @zprop
     * @zdefault false
     * Determines whether the mesh should be fitted to the full head or just the face.
     */
    fullHead: boolean;
    /** @zprop
     * @zdefault false
     * Determines if the mouth should be filled.
     */
    fillMouth: boolean;
    /** @zprop
     * @zdefault false
     * Determines if the left eye should be filled.
     */
    fillEyeLeft: boolean;
    /** @zprop
     * @zdefault false
     * Determines if the right eye should be filled.
     */
    fillEyeRight: boolean;
    /** @zprop
     * @zdefault false
     * Determines if the neck should be filled.
     */
    fillNeck: boolean;
}
/** @zcomponent
 * A mesh node that will fit to the face/head and deform as the user's expression changes.
 * This can be used to apply a texture to the user's skin, much like face paint.
 * @zgroup AR
 * @zicon familiar_face_and_zone
 * @ztag three/Object3D/Mesh/Zappar/FaceMesh
 * @zparents three/Object3D/Group/Zappar/FaceAnchorGroup
 * @zdefaultchild "Standard Material" "@zcomponent/three/lib/components/materials/MeshStandardMaterial#MeshStandardMaterial"
 */
export declare class FaceMesh extends Mesh {
    faceBufferGeometry: FaceBufferGeometry;
    anchorID: number;
    customModel?: string;
    constructor(ctx: ContextManager, props: FaceMeshConstructorProps);
    dispose(): never;
    private _frame;
    /** @zignore */
    position: import("@zcomponent/core").Observable<[x: number, y: number, z: number], never>;
    /** @zignore */
    scale: import("@zcomponent/core").Observable<[x: number, y: number, z: number], never>;
    /** @zignore */
    rotation: import("@zcomponent/core").Observable<[x: number, y: number, z: number], never>;
}