import vtkPolyData from '@kitware/vtk.js/Common/DataModel/PolyData';
import vtkActor from '@kitware/vtk.js/Rendering/Core/Actor';
import type vtkVolumeMapper from '@kitware/vtk.js/Rendering/Core/VolumeMapper';
import { BaseTool } from './base';
import type { Types } from '@cornerstonejs/core';
import type { EventTypes, PublicToolProps, ToolProps } from '../types';
import { type ClippingPlane } from '../utilities/volumeCropping';
declare class VolumeCroppingTool extends BaseTool {
    static toolName: any;
    seriesInstanceUID?: string;
    touchDragCallback: (evt: EventTypes.InteractionEventType) => void;
    mouseDragCallback: (evt: EventTypes.InteractionEventType) => void;
    cleanUp: () => void;
    _resizeObservers: Map<any, any>;
    _viewportAddedListener: (evt: any) => void;
    _hasResolutionChanged: boolean;
    originalClippingPlanes: ClippingPlane[];
    draggingSphereIndex: number | null;
    rotatePlanesOnDrag: boolean;
    suppressPlaneRotationForCurrentDrag: boolean;
    cornerDragOffset: [number, number, number] | null;
    faceDragOffset: number | null;
    volumeDirectionVectors: {
        xDir: Types.Point3;
        yDir: Types.Point3;
        zDir: Types.Point3;
    } | null;
    sphereStates: {
        point: Types.Point3;
        axis: string;
        uid: string;
        sphereSource: any;
        sphereActor: any;
        isCorner: boolean;
        color: number[];
    }[];
    edgeLines: {
        [uid: string]: {
            actor: vtkActor;
            source: vtkPolyData;
            key1: string;
            key2: string;
        };
    };
    constructor(toolProps?: PublicToolProps, defaultToolProps?: ToolProps);
    onSetToolActive(): void;
    onSetToolConfiguration: () => void;
    onSetToolEnabled: () => void;
    onSetToolDisabled(): void;
    onCameraModified: (evt: any) => void;
    preMouseDownCallback: (evt: EventTypes.InteractionEventType) => boolean;
    setHandlesVisible(visible: boolean): void;
    getHandlesVisible(): any;
    setHandleRadius(radius: number): void;
    getClippingPlanesVisible(): any;
    setClippingPlanesVisible(visible: boolean): void;
    getRotatePlanesOnDrag(): boolean;
    setRotatePlanesOnDrag(enable: boolean): void;
    _dragCallback(evt: EventTypes.InteractionEventType): void;
    _onMouseMoveSphere: (evt: any) => boolean;
    _onControlToolChange: (evt: any) => void;
    _updateClippingPlanes(viewport: any): void;
    _updateHandlesVisibility(): void;
    _getViewportsInfo: () => any[];
    _addSphere(viewport: Types.IVolumeViewport, point: Types.Point3, axis: string, position: string, cornerKey: string | null, adaptiveRadius: number): void;
    _getDirectionVectorForAxis(axis: string): Types.Point3;
    _initialize3DViewports: (viewportsInfo: Types.IViewportId[]) => void;
    _getViewportAndWorldCoords: (evt: any) => {
        viewport: import("@cornerstonejs/core").VolumeViewport;
        world: Types.Point3;
    };
    _getViewport: () => Types.IVolumeViewport | null;
    _getVolumeActor(viewport?: Types.IVolumeViewport): Types.VolumeActor | undefined;
    _getVolumeMapper(viewport?: Types.IVolumeViewport): vtkVolumeMapper | undefined;
    _applyClippingPlanesToMapper(mapper: vtkVolumeMapper): void;
    _updateClippingPlanesFromFaceSpheres(viewport: any): void;
    _updateCornerSpheresFromFaces(): void;
    _updateFaceSpheresFromCorners(): void;
    _updateCornerSpheres(): void;
    _onNewVolume: () => void;
    _unsubscribeToViewportNewVolumeSet(viewportsInfo: any): void;
    _subscribeToViewportNewVolumeSet(viewports: any): void;
    _rotateClippingPlanes: (evt: EventTypes.InteractionEventType) => void;
    _getDirectionVectors(): {
        xDir: Types.Point3;
        yDir: Types.Point3;
        zDir: Types.Point3;
    };
    _updateSpherePosition(sphereIndex: number, newPoint: Types.Point3): void;
    _updateFaceSpheresFromClippingPlanes(): void;
    _averagePoints(points: Types.Point3[]): Types.Point3;
    _notifyClippingPlanesChanged(viewport?: any): void;
    _calculateCornerFromFaces(faceX: Types.Point3, faceY: Types.Point3, faceZ: Types.Point3, xDir: Types.Point3, yDir: Types.Point3, zDir: Types.Point3): Types.Point3;
    _calculateCornerFromProjection(faceX: Types.Point3, faceY: Types.Point3, faceZ: Types.Point3, xDir: Types.Point3, yDir: Types.Point3, zDir: Types.Point3): Types.Point3;
    _updateEdgeLines(): void;
    _rotateCamera: (viewport: any, centerWorld: any, axis: any, angle: any) => void;
}
export default VolumeCroppingTool;