export function createLightFacade(ThreeJsLightClass: any, HelperClass: any, customProtoDefs: any): {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const AmbientLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const DirectionalLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const SpotLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const PointLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const HemisphereLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};
export const RectAreaLight3DFacade: {
    new (parent: any, threeObject: any): {
        initThreeObject(): any;
        set showHelper(showHelper: any);
        _helper: any;
        afterUpdate(): void;
        get color(): any;
        set color(c: any);
        get shadow(): any;
        set shadow(val: any);
        threeObject: any;
        _parentObject3DFacade: any;
        _worldMatrixVersionAfterLastUpdate: number;
        updateMatrices(): void;
        _matrixChanged: boolean;
        markWorldMatrixDirty(): void;
        _worldMatrixVersion: number;
        _boundsChanged: boolean;
        _checkBoundsChange(): void;
        _lastGeometrySphereVersion: any;
        getWorldPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraPosition(vec3?: import("three").Vector3): import("three").Vector3;
        getCameraFacade(): Camera3DFacade;
        getCameraDistance(): number;
        getProjectedPosition(x: any, y: any, z: any): import("three").Vector3;
        getSceneFacade(): Scene3DFacade;
        getBoundingSphere(): import("three").Sphere;
        _boundingSphere: import("three").Sphere;
        _getGeometryBoundingSphere(): any;
        getGeometry(): any;
        raycast(raycaster: any): any[];
        _raycastObject(obj: any, raycaster: any): any[];
        _addToThreeObjectTree(): void;
        _queueRemoveChildObject3D(threeObjectId: any): void;
        _removeChildIds: any;
        _flushQueuedChildRemovals(): void;
        destructor(): void;
        raycastSide: any;
        readonly isObject3DFacade: boolean;
    };
};