import { GrayImage3 } from './../image-slice-show/share/image';
import { View } from './../cross-line/cross-line.component';
import { Color, Vector2, Vector3 } from 'three';
import { BoundingBox2 } from './share/boundingbox2';
export interface PlaneTextureData {
    r: Uint8Array;
    g: Uint8Array;
    b: Uint8Array;
    shape: Vector2;
}
export declare class Plane2Model {
    readonly box: BoundingBox2;
    readonly z: number;
    readonly textureData?: PlaneTextureData;
    readonly rotation: Vector3;
    readonly transparent: boolean;
    readonly opacity: number;
    readonly wireFrame: boolean;
    readonly color?: Color;
    type: 'plane2';
    constructor(box: BoundingBox2, z?: number, textureData?: PlaneTextureData, rotation?: Vector3, transparent?: boolean, opacity?: number, wireFrame?: boolean, color?: Color);
}
export declare class InfoPlanceModel {
    readonly box: BoundingBox2;
    readonly z: number;
    readonly texture?: HTMLCanvasElement;
    readonly transparent: boolean;
    readonly opacity: number;
    readonly wireFrame: boolean;
    type: 'infoplane';
    constructor(box: BoundingBox2, z?: number, texture?: HTMLCanvasElement, transparent?: boolean, opacity?: number, wireFrame?: boolean);
}
export declare class CubeModel {
    readonly size: Vector3;
    readonly center: Vector3;
    readonly rotate: Vector3;
    type: 'cube';
    constructor(size: Vector3, center: Vector3, rotate: Vector3);
}
export declare class SphereModel {
    readonly center: Vector3;
    readonly radius: number;
    readonly widthSegments: number;
    readonly heightSegments: number;
    readonly phiStart: number;
    readonly phiLength: number;
    readonly thetaStart: number;
    readonly thetaLength: number;
    type: 'sphere';
    constructor(center: Vector3, radius: number, widthSegments?: number, heightSegments?: number, phiStart?: number, phiLength?: number, thetaStart?: number, thetaLength?: number);
}
export declare class CircleModel {
    readonly center: Vector3;
    readonly radius: number;
    readonly segments: number;
    readonly thetaStart: number;
    readonly thetaLength: number;
    type: 'circle';
    constructor(center: Vector3, radius: number, segments?: number, thetaStart?: number, thetaLength?: number);
}
export declare class RingModel {
    readonly center: Vector3;
    readonly innerRadius: number;
    readonly outerRadius: number;
    readonly thetaSegments: number;
    readonly phiSegments: number;
    readonly thetaStart: number;
    readonly thetaLength: number;
    type: 'ring';
    constructor(center: Vector3, innerRadius?: number, outerRadius?: number, thetaSegments?: number, phiSegments?: number, thetaStart?: number, thetaLength?: number);
}
export declare class UserDefinedModel {
    readonly shapes: Vector2[] | undefined;
    type: 'user-defined';
    constructor(shapes: Vector2[] | undefined);
}
export declare class ProfileModel {
    readonly points: number[] | undefined;
    type: 'profile1d';
    constructor(points: number[] | undefined);
}
export declare class LineModel {
    readonly start: Vector3;
    readonly end: Vector3;
    readonly style: 'Solid' | 'Dashed';
    readonly color: Color;
    type: 'line';
    constructor(start: Vector3, end: Vector3, style?: 'Solid' | 'Dashed', color?: Color);
}
export declare class OBJModel {
    readonly center: Vector3;
    type: 'obj';
    constructor(center: Vector3);
}
export declare class VRMLModel {
    readonly center: Vector3;
    type: 'vrml';
    constructor(center: Vector3);
}
export declare class CrossLineModel {
    readonly position: Vector3;
    readonly view: View;
    readonly lineWidth: number;
    type: 'crossline';
    constructor(position: Vector3, view: View, lineWidth?: number);
}
export declare class FovModel {
    readonly box: BoundingBox2;
    type: 'fov';
    constructor(box: BoundingBox2);
}
export declare class VolumeModel {
    readonly color: string;
    readonly opacity: string;
    readonly algorithm: number;
    readonly alphaCorrection: number;
    readonly volume: GrayImage3;
    type: 'volume';
    constructor(color?: string, // default,spectrum,hot_and_cold,gold,red,green,blue,walking_dead,random,muscle_bone
    opacity?: string, // linear,lowpass,highpass,bandpass,flat,random,linear_full
    algorithm?: number, // 0,1
    alphaCorrection?: number, // 0-1
    volume?: GrayImage3);
}
export declare type EntityModel = OBJModel | Plane2Model | CubeModel | LineModel | SphereModel | CircleModel | UserDefinedModel | RingModel | ProfileModel | VRMLModel | CrossLineModel | InfoPlanceModel | FovModel | VolumeModel;
export declare type ModelType = EntityModel['type'];
export declare type ModelOf<K extends ModelType> = Extract<EntityModel, {
    type: K;
}>;