echarts/types/dist/echarts.d.ts

Apache ECharts is a powerful, interactive charting and data visualization library for browser

interface GradientObject {
    id?: number;
    type: string;
    colorStops: GradientColorStop[];
    global?: boolean;
}
interface GradientColorStop {
    offset: number;
    color: string;
}
declare class Gradient {
    id?: number;
    type: string;
    colorStops: GradientColorStop[];
    global: boolean;
    constructor(colorStops: GradientColorStop[]);
    addColorStop(offset: number, color: string): void;
}

interface RadialGradientObject extends GradientObject {
    type: 'radial';
    x: number;
    y: number;
    r: number;
}
declare class RadialGradient extends Gradient {
    type: 'radial';
    x: number;
    y: number;
    r: number;
    constructor(x: number, y: number, r: number, colorStops?: GradientColorStop[], globalCoord?: boolean);
}

interface LinearGradientObject extends GradientObject {
    type: 'linear';
    x: number;
    y: number;
    x2: number;
    y2: number;
}
declare class LinearGradient extends Gradient {
    type: 'linear';
    x: number;
    y: number;
    x2: number;
    y2: number;
    constructor(x: number, y: number, x2: number, y2: number, colorStops?: GradientColorStop[], globalCoord?: boolean);
}

declare type Dictionary<T> = {
    [key: string]: T;
};
declare type ArrayLike$1<T> = {
    [key: number]: T;
    length: number;
};
declare type ImageLike = HTMLImageElement | HTMLCanvasElement | HTMLVideoElement;
declare type TextVerticalAlign = 'top' | 'middle' | 'bottom';
declare type TextAlign = 'left' | 'center' | 'right';
declare type FontWeight = 'normal' | 'bold' | 'bolder' | 'lighter' | number;
declare type FontStyle = 'normal' | 'italic' | 'oblique';
declare type BuiltinTextPosition = 'left' | 'right' | 'top' | 'bottom' | 'inside' | 'insideLeft' | 'insideRight' | 'insideTop' | 'insideBottom' | 'insideTopLeft' | 'insideTopRight' | 'insideBottomLeft' | 'insideBottomRight';
declare type ZREventProperties = {
    zrX: number;
    zrY: number;
    zrDelta: number;
    zrEventControl: 'no_globalout' | 'only_globalout';
    zrByTouch: boolean;
};
declare type ZRRawMouseEvent = MouseEvent & ZREventProperties;
declare type ZRRawTouchEvent = TouchEvent & ZREventProperties;
declare type ZRRawPointerEvent = TouchEvent & ZREventProperties;
declare type ZRRawEvent = ZRRawMouseEvent | ZRRawTouchEvent | ZRRawPointerEvent;
declare type ElementEventName = 'click' | 'dblclick' | 'mousewheel' | 'mouseout' | 'mouseover' | 'mouseup' | 'mousedown' | 'mousemove' | 'contextmenu' | 'drag' | 'dragstart' | 'dragend' | 'dragenter' | 'dragleave' | 'dragover' | 'drop' | 'globalout';
declare type ElementEventNameWithOn = 'onclick' | 'ondblclick' | 'onmousewheel' | 'onmouseout' | 'onmouseup' | 'onmousedown' | 'onmousemove' | 'oncontextmenu' | 'ondrag' | 'ondragstart' | 'ondragend' | 'ondragenter' | 'ondragleave' | 'ondragover' | 'ondrop';
declare type PropType<TObj, TProp extends keyof TObj> = TObj[TProp];
declare type FunctionPropertyNames<T> = {
    [K in keyof T]: T[K] extends Function ? K : never;
}[keyof T];
declare type MapToType<T extends Dictionary<any>, S> = {
    [P in keyof T]: T[P] extends Dictionary<any> ? MapToType<T[P], S> : S;
};
declare type KeyOfDistributive<T> = T extends unknown ? keyof T : never;
declare type WithThisType<Func extends (...args: any) => any, This> = (this: This, ...args: Parameters<Func>) => ReturnType<Func>;

declare type SVGVNodeAttrs = Record<string, string | number | undefined | boolean>;
interface SVGVNode {
    tag: string;
    attrs: SVGVNodeAttrs;
    children?: SVGVNode[];
    text?: string;
    elm?: Node;
    key: string;
}

declare type ImagePatternRepeat = 'repeat' | 'repeat-x' | 'repeat-y' | 'no-repeat';
interface PatternObjectBase {
    id?: number;
    type?: 'pattern';
    x?: number;
    y?: number;
    rotation?: number;
    scaleX?: number;
    scaleY?: number;
}
interface ImagePatternObject extends PatternObjectBase {
    image: ImageLike | string;
    repeat?: ImagePatternRepeat;
    imageWidth?: number;
    imageHeight?: number;
}
interface SVGPatternObject extends PatternObjectBase {
    svgElement?: SVGVNode;
    svgWidth?: number;
    svgHeight?: number;
}
declare type PatternObject = ImagePatternObject | SVGPatternObject;

declare const nativeSlice: (start?: number, end?: number) => any[];
declare function guid(): number;
declare function logError(...args: any[]): void;
declare function clone<T extends any>(source: T): T;
declare function merge<T extends Dictionary<any>, S extends Dictionary<any>>(target: T, source: S, overwrite?: boolean): T & S;
declare function merge<T extends any, S extends any>(target: T, source: S, overwrite?: boolean): T | S;
declare function mergeAll(targetAndSources: any[], overwrite?: boolean): any;
declare function extend<T extends Dictionary<any>, S extends Dictionary<any>>(target: T, source: S): T & S;
declare function defaults<T extends Dictionary<any>, S extends Dictionary<any>>(target: T, source: S, overlay?: boolean): T & S;
declare const createCanvas: () => HTMLCanvasElement;
declare function indexOf<T>(array: T[] | readonly T[] | ArrayLike$1<T>, value: T): number;
declare function inherits(clazz: Function, baseClazz: Function): void;
declare function mixin<T, S>(target: T | Function, source: S | Function, override?: boolean): void;
declare function isArrayLike(data: any): data is ArrayLike$1<any>;
declare function each<I extends Dictionary<any> | any[] | readonly any[] | ArrayLike$1<any>, Context>(arr: I, cb: (this: Context, value: I extends (infer T)[] | readonly (infer T)[] | ArrayLike$1<infer T> ? T : I extends Dictionary<any> ? I extends Record<infer K, infer T> ? T : unknown : unknown, index?: I extends any[] | readonly any[] | ArrayLike$1<any> ? number : keyof I & string, arr?: I) => void, context?: Context): void;
declare function map<T, R, Context>(arr: readonly T[], cb: (this: Context, val: T, index?: number, arr?: readonly T[]) => R, context?: Context): R[];
declare function reduce<T, S, Context>(arr: readonly T[], cb: (this: Context, previousValue: S, currentValue: T, currentIndex?: number, arr?: readonly T[]) => S, memo?: S, context?: Context): S;
declare function filter<T, Context>(arr: readonly T[], cb: (this: Context, value: T, index: number, arr: readonly T[]) => boolean, context?: Context): T[];
declare function find<T, Context>(arr: readonly T[], cb: (this: Context, value: T, index?: number, arr?: readonly T[]) => boolean, context?: Context): T;
declare function keys<T extends object>(obj: T): (KeyOfDistributive<T> & string)[];
declare type Bind1<F, Ctx> = F extends (this: Ctx, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Bind2<F, Ctx, T1> = F extends (this: Ctx, a: T1, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Bind3<F, Ctx, T1, T2> = F extends (this: Ctx, a: T1, b: T2, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Bind4<F, Ctx, T1, T2, T3> = F extends (this: Ctx, a: T1, b: T2, c: T3, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Bind5<F, Ctx, T1, T2, T3, T4> = F extends (this: Ctx, a: T1, b: T2, c: T3, d: T4, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type BindFunc<Ctx> = (this: Ctx, ...arg: any[]) => any;
interface FunctionBind {
    <F extends BindFunc<Ctx>, Ctx>(func: F, ctx: Ctx): Bind1<F, Ctx>;
    <F extends BindFunc<Ctx>, Ctx, T1 extends Parameters<F>[0]>(func: F, ctx: Ctx, a: T1): Bind2<F, Ctx, T1>;
    <F extends BindFunc<Ctx>, Ctx, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1]>(func: F, ctx: Ctx, a: T1, b: T2): Bind3<F, Ctx, T1, T2>;
    <F extends BindFunc<Ctx>, Ctx, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1], T3 extends Parameters<F>[2]>(func: F, ctx: Ctx, a: T1, b: T2, c: T3): Bind4<F, Ctx, T1, T2, T3>;
    <F extends BindFunc<Ctx>, Ctx, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1], T3 extends Parameters<F>[2], T4 extends Parameters<F>[3]>(func: F, ctx: Ctx, a: T1, b: T2, c: T3, d: T4): Bind5<F, Ctx, T1, T2, T3, T4>;
}
declare const bind: FunctionBind;
declare type Curry1<F, T1> = F extends (a: T1, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Curry2<F, T1, T2> = F extends (a: T1, b: T2, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Curry3<F, T1, T2, T3> = F extends (a: T1, b: T2, c: T3, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type Curry4<F, T1, T2, T3, T4> = F extends (a: T1, b: T2, c: T3, d: T4, ...args: infer A) => infer R ? (...args: A) => R : unknown;
declare type CurryFunc = (...arg: any[]) => any;
declare function curry<F extends CurryFunc, T1 extends Parameters<F>[0]>(func: F, a: T1): Curry1<F, T1>;
declare function curry<F extends CurryFunc, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1]>(func: F, a: T1, b: T2): Curry2<F, T1, T2>;
declare function curry<F extends CurryFunc, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1], T3 extends Parameters<F>[2]>(func: F, a: T1, b: T2, c: T3): Curry3<F, T1, T2, T3>;
declare function curry<F extends CurryFunc, T1 extends Parameters<F>[0], T2 extends Parameters<F>[1], T3 extends Parameters<F>[2], T4 extends Parameters<F>[3]>(func: F, a: T1, b: T2, c: T3, d: T4): Curry4<F, T1, T2, T3, T4>;

declare function isArray(value: any): value is any[];
declare function isFunction(value: any): value is Function;
declare function isString(value: any): value is string;
declare function isStringSafe(value: any): value is string;
declare function isNumber(value: any): value is number;
declare function isObject<T = unknown>(value: T): value is (object & T);
declare function isBuiltInObject(value: any): boolean;
declare function isTypedArray(value: any): boolean;
declare function isDom(value: any): value is HTMLElement;
declare function isGradientObject(value: any): value is GradientObject;
declare function isImagePatternObject(value: any): value is ImagePatternObject;
declare function isRegExp(value: unknown): value is RegExp;
declare function eqNaN(value: any): boolean;
declare function retrieve<T>(...args: T[]): T;
declare function retrieve2<T, R>(value0: T, value1: R): T | R;
declare function retrieve3<T, R, W>(value0: T, value1: R, value2: W): T | R | W;
declare type SliceParams = Parameters<typeof nativeSlice>;
declare function slice<T>(arr: ArrayLike$1<T>, ...args: SliceParams): T[];
declare function normalizeCssArray(val: number | number[]): number[];
declare function assert(condition: any, message?: string): void;
declare function trim(str: string): string;
declare function setAsPrimitive(obj: any): void;
declare function isPrimitive(obj: any): boolean;
interface MapInterface<T, KEY extends string | number = string | number> {
    delete(key: KEY): boolean;
    has(key: KEY): boolean;
    get(key: KEY): T | undefined;
    set(key: KEY, value: T): this;
    keys(): KEY[];
    forEach(callback: (value: T, key: KEY) => void): void;
}
declare class HashMap<T, KEY extends string | number = string | number> {
    data: MapInterface<T, KEY>;
    constructor(obj?: HashMap<T, KEY> | {
        [key in KEY]?: T;
    } | KEY[]);
    hasKey(key: KEY): boolean;
    get(key: KEY): T;
    set(key: KEY, value: T): T;
    each<Context>(cb: (this: Context, value?: T, key?: KEY) => void, context?: Context): void;
    keys(): KEY[];
    removeKey(key: KEY): void;
}
declare function createHashMap<T, KEY extends string | number = string | number>(obj?: HashMap<T, KEY> | {
    [key in KEY]?: T;
} | KEY[]): HashMap<T, KEY>;
declare function concatArray<T, R>(a: ArrayLike$1<T>, b: ArrayLike$1<R>): ArrayLike$1<T | R>;
declare function createObject<T>(proto?: object, properties?: T): T;
declare function disableUserSelect(dom: HTMLElement): void;
declare function hasOwn(own: object, prop: string): boolean;
declare function noop(): void;
declare const RADIAN_TO_DEGREE: number;

declare const util_d_curry: typeof curry;
declare const util_d_guid: typeof guid;
declare const util_d_logError: typeof logError;
declare const util_d_clone: typeof clone;
declare const util_d_merge: typeof merge;
declare const util_d_mergeAll: typeof mergeAll;
declare const util_d_extend: typeof extend;
declare const util_d_defaults: typeof defaults;
declare const util_d_createCanvas: typeof createCanvas;
declare const util_d_indexOf: typeof indexOf;
declare const util_d_inherits: typeof inherits;
declare const util_d_mixin: typeof mixin;
declare const util_d_isArrayLike: typeof isArrayLike;
declare const util_d_each: typeof each;
declare const util_d_map: typeof map;
declare const util_d_reduce: typeof reduce;
declare const util_d_filter: typeof filter;
declare const util_d_find: typeof find;
declare const util_d_keys: typeof keys;
type util_d_Bind1<F, Ctx> = Bind1<F, Ctx>;
type util_d_Bind2<F, Ctx, T1> = Bind2<F, Ctx, T1>;
type util_d_Bind3<F, Ctx, T1, T2> = Bind3<F, Ctx, T1, T2>;
type util_d_Bind4<F, Ctx, T1, T2, T3> = Bind4<F, Ctx, T1, T2, T3>;
type util_d_Bind5<F, Ctx, T1, T2, T3, T4> = Bind5<F, Ctx, T1, T2, T3, T4>;
declare const util_d_bind: typeof bind;
type util_d_Curry1<F, T1> = Curry1<F, T1>;
type util_d_Curry2<F, T1, T2> = Curry2<F, T1, T2>;
type util_d_Curry3<F, T1, T2, T3> = Curry3<F, T1, T2, T3>;
type util_d_Curry4<F, T1, T2, T3, T4> = Curry4<F, T1, T2, T3, T4>;
declare const util_d_isArray: typeof isArray;
declare const util_d_isFunction: typeof isFunction;
declare const util_d_isString: typeof isString;
declare const util_d_isStringSafe: typeof isStringSafe;
declare const util_d_isNumber: typeof isNumber;
declare const util_d_isObject: typeof isObject;
declare const util_d_isBuiltInObject: typeof isBuiltInObject;
declare const util_d_isTypedArray: typeof isTypedArray;
declare const util_d_isDom: typeof isDom;
declare const util_d_isGradientObject: typeof isGradientObject;
declare const util_d_isImagePatternObject: typeof isImagePatternObject;
declare const util_d_isRegExp: typeof isRegExp;
declare const util_d_eqNaN: typeof eqNaN;
declare const util_d_retrieve: typeof retrieve;
declare const util_d_retrieve2: typeof retrieve2;
declare const util_d_retrieve3: typeof retrieve3;
declare const util_d_slice: typeof slice;
declare const util_d_normalizeCssArray: typeof normalizeCssArray;
declare const util_d_assert: typeof assert;
declare const util_d_trim: typeof trim;
declare const util_d_setAsPrimitive: typeof setAsPrimitive;
declare const util_d_isPrimitive: typeof isPrimitive;
type util_d_HashMap<T, KEY extends string | number = string | number> = HashMap<T, KEY>;
declare const util_d_HashMap: typeof HashMap;
declare const util_d_createHashMap: typeof createHashMap;
declare const util_d_concatArray: typeof concatArray;
declare const util_d_createObject: typeof createObject;
declare const util_d_disableUserSelect: typeof disableUserSelect;
declare const util_d_hasOwn: typeof hasOwn;
declare const util_d_noop: typeof noop;
declare const util_d_RADIAN_TO_DEGREE: typeof RADIAN_TO_DEGREE;
declare namespace util_d {
  export {
    util_d_curry as curry,
    util_d_guid as guid,
    util_d_logError as logError,
    util_d_clone as clone,
    util_d_merge as merge,
    util_d_mergeAll as mergeAll,
    util_d_extend as extend,
    util_d_defaults as defaults,
    util_d_createCanvas as createCanvas,
    util_d_indexOf as indexOf,
    util_d_inherits as inherits,
    util_d_mixin as mixin,
    util_d_isArrayLike as isArrayLike,
    util_d_each as each,
    util_d_map as map,
    util_d_reduce as reduce,
    util_d_filter as filter,
    util_d_find as find,
    util_d_keys as keys,
    util_d_Bind1 as Bind1,
    util_d_Bind2 as Bind2,
    util_d_Bind3 as Bind3,
    util_d_Bind4 as Bind4,
    util_d_Bind5 as Bind5,
    util_d_bind as bind,
    util_d_Curry1 as Curry1,
    util_d_Curry2 as Curry2,
    util_d_Curry3 as Curry3,
    util_d_Curry4 as Curry4,
    util_d_isArray as isArray,
    util_d_isFunction as isFunction,
    util_d_isString as isString,
    util_d_isStringSafe as isStringSafe,
    util_d_isNumber as isNumber,
    util_d_isObject as isObject,
    util_d_isBuiltInObject as isBuiltInObject,
    util_d_isTypedArray as isTypedArray,
    util_d_isDom as isDom,
    util_d_isGradientObject as isGradientObject,
    util_d_isImagePatternObject as isImagePatternObject,
    util_d_isRegExp as isRegExp,
    util_d_eqNaN as eqNaN,
    util_d_retrieve as retrieve,
    util_d_retrieve2 as retrieve2,
    util_d_retrieve3 as retrieve3,
    util_d_slice as slice,
    util_d_normalizeCssArray as normalizeCssArray,
    util_d_assert as assert,
    util_d_trim as trim,
    util_d_setAsPrimitive as setAsPrimitive,
    util_d_isPrimitive as isPrimitive,
    util_d_HashMap as HashMap,
    util_d_createHashMap as createHashMap,
    util_d_concatArray as concatArray,
    util_d_createObject as createObject,
    util_d_disableUserSelect as disableUserSelect,
    util_d_hasOwn as hasOwn,
    util_d_noop as noop,
    util_d_RADIAN_TO_DEGREE as RADIAN_TO_DEGREE,
  };
}

declare type EventCallbackSingleParam<EvtParam = any> = EvtParam extends any ? (params: EvtParam) => boolean | void : never;
declare type EventCallback<EvtParams = any[]> = EvtParams extends any[] ? (...args: EvtParams) => boolean | void : never;
declare type EventQuery = string | Object;
declare type CbThis<Ctx, Impl> = unknown extends Ctx ? Impl : Ctx;
declare type DefaultEventDefinition = Dictionary<EventCallback<any[]>>;
interface EventProcessor<EvtDef = DefaultEventDefinition> {
    normalizeQuery?: (query: EventQuery) => EventQuery;
    filter?: (eventType: keyof EvtDef, query: EventQuery) => boolean;
    afterTrigger?: (eventType: keyof EvtDef) => void;
}
declare class Eventful<EvtDef extends DefaultEventDefinition = DefaultEventDefinition> {
    private _$handlers;
    protected _$eventProcessor: EventProcessor<EvtDef>;
    constructor(eventProcessors?: EventProcessor<EvtDef>);
    on<Ctx, EvtNm extends keyof EvtDef>(event: EvtNm, handler: WithThisType<EvtDef[EvtNm], CbThis<Ctx, this>>, context?: Ctx): this;
    on<Ctx, EvtNm extends keyof EvtDef>(event: EvtNm, query: EventQuery, handler: WithThisType<EvtDef[EvtNm], CbThis<Ctx, this>>, context?: Ctx): this;
    isSilent(eventName: keyof EvtDef): boolean;
    off(eventType?: keyof EvtDef, handler?: Function): this;
    trigger<EvtNm extends keyof EvtDef>(eventType: EvtNm, ...args: Parameters<EvtDef[EvtNm]>): this;
    triggerWithContext(type: keyof EvtDef, ...args: any[]): this;
}

declare type VectorArray = number[];
declare function create(x?: number, y?: number): VectorArray;
declare function copy<T extends VectorArray>(out: T, v: VectorArray): T;
declare function clone$1(v: VectorArray): VectorArray;
declare function set<T extends VectorArray>(out: T, a: number, b: number): T;
declare function add<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;
declare function scaleAndAdd<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray, a: number): T;
declare function sub<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;
declare function len(v: VectorArray): number;
declare const length: typeof len;
declare function lenSquare(v: VectorArray): number;
declare const lengthSquare: typeof lenSquare;
declare function mul<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;
declare function div<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;
declare function dot(v1: VectorArray, v2: VectorArray): number;
declare function scale<T extends VectorArray>(out: T, v: VectorArray, s: number): T;
declare function normalize<T extends VectorArray>(out: T, v: VectorArray): T;
declare function distance(v1: VectorArray, v2: VectorArray): number;
declare const dist: typeof distance;
declare function distanceSquare(v1: VectorArray, v2: VectorArray): number;
declare const distSquare: typeof distanceSquare;
declare function negate<T extends VectorArray>(out: T, v: VectorArray): T;
declare function lerp<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray, t: number): T;
declare function applyTransform<T extends VectorArray>(out: T, v: VectorArray, m: MatrixArray): T;
declare function min<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;
declare function max<T extends VectorArray>(out: T, v1: VectorArray, v2: VectorArray): T;

type vector_d_VectorArray = VectorArray;
declare const vector_d_create: typeof create;
declare const vector_d_copy: typeof copy;
declare const vector_d_set: typeof set;
declare const vector_d_add: typeof add;
declare const vector_d_scaleAndAdd: typeof scaleAndAdd;
declare const vector_d_sub: typeof sub;
declare const vector_d_len: typeof len;
declare const vector_d_length: typeof length;
declare const vector_d_lenSquare: typeof lenSquare;
declare const vector_d_lengthSquare: typeof lengthSquare;
declare const vector_d_mul: typeof mul;
declare const vector_d_div: typeof div;
declare const vector_d_dot: typeof dot;
declare const vector_d_scale: typeof scale;
declare const vector_d_normalize: typeof normalize;
declare const vector_d_distance: typeof distance;
declare const vector_d_dist: typeof dist;
declare const vector_d_distanceSquare: typeof distanceSquare;
declare const vector_d_distSquare: typeof distSquare;
declare const vector_d_negate: typeof negate;
declare const vector_d_lerp: typeof lerp;
declare const vector_d_applyTransform: typeof applyTransform;
declare const vector_d_min: typeof min;
declare const vector_d_max: typeof max;
declare namespace vector_d {
  export {
    vector_d_VectorArray as VectorArray,
    vector_d_create as create,
    vector_d_copy as copy,
    clone$1 as clone,
    vector_d_set as set,
    vector_d_add as add,
    vector_d_scaleAndAdd as scaleAndAdd,
    vector_d_sub as sub,
    vector_d_len as len,
    vector_d_length as length,
    vector_d_lenSquare as lenSquare,
    vector_d_lengthSquare as lengthSquare,
    vector_d_mul as mul,
    vector_d_div as div,
    vector_d_dot as dot,
    vector_d_scale as scale,
    vector_d_normalize as normalize,
    vector_d_distance as distance,
    vector_d_dist as dist,
    vector_d_distanceSquare as distanceSquare,
    vector_d_distSquare as distSquare,
    vector_d_negate as negate,
    vector_d_lerp as lerp,
    vector_d_applyTransform as applyTransform,
    vector_d_min as min,
    vector_d_max as max,
  };
}

declare type MatrixArray = number[];
declare function create$1(): MatrixArray;
declare function identity(out: MatrixArray): MatrixArray;
declare function copy$1(out: MatrixArray, m: MatrixArray): MatrixArray;
declare function mul$1(out: MatrixArray, m1: MatrixArray, m2: MatrixArray): MatrixArray;
declare function translate(out: MatrixArray, a: MatrixArray, v: VectorArray): MatrixArray;
declare function rotate(out: MatrixArray, a: MatrixArray, rad: number, pivot?: VectorArray): MatrixArray;
declare function scale$1(out: MatrixArray, a: MatrixArray, v: VectorArray): MatrixArray;
declare function invert(out: MatrixArray, a: MatrixArray): MatrixArray | null;
declare function clone$2(a: MatrixArray): MatrixArray;

type matrix_d_MatrixArray = MatrixArray;
declare const matrix_d_identity: typeof identity;
declare const matrix_d_translate: typeof translate;
declare const matrix_d_rotate: typeof rotate;
declare const matrix_d_invert: typeof invert;
declare namespace matrix_d {
  export {
    matrix_d_MatrixArray as MatrixArray,
    create$1 as create,
    matrix_d_identity as identity,
    copy$1 as copy,
    mul$1 as mul,
    matrix_d_translate as translate,
    matrix_d_rotate as rotate,
    scale$1 as scale,
    matrix_d_invert as invert,
    clone$2 as clone,
  };
}

interface PointLike {
    x: number;
    y: number;
}
declare class Point {
    x: number;
    y: number;
    constructor(x?: number, y?: number);
    copy(other: PointLike): this;
    clone(): Point;
    set(x: number, y: number): this;
    equal(other: PointLike): boolean;
    add(other: PointLike): this;
    scale(scalar: number): void;
    scaleAndAdd(other: PointLike, scalar: number): void;
    sub(other: PointLike): this;
    dot(other: PointLike): number;
    len(): number;
    lenSquare(): number;
    normalize(): this;
    distance(other: PointLike): number;
    distanceSquare(other: Point): number;
    negate(): this;
    transform(m: MatrixArray): this;
    toArray(out: number[]): number[];
    fromArray(input: number[]): void;
    static set(p: PointLike, x: number, y: number): void;
    static copy(p: PointLike, p2: PointLike): void;
    static len(p: PointLike): number;
    static lenSquare(p: PointLike): number;
    static dot(p0: PointLike, p1: PointLike): number;
    static add(out: PointLike, p0: PointLike, p1: PointLike): void;
    static sub(out: PointLike, p0: PointLike, p1: PointLike): void;
    static scale(out: PointLike, p0: PointLike, scalar: number): void;
    static scaleAndAdd(out: PointLike, p0: PointLike, p1: PointLike, scalar: number): void;
    static lerp(out: PointLike, p0: PointLike, p1: PointLike, t: number): void;
}

declare class BoundingRect {
    x: number;
    y: number;
    width: number;
    height: number;
    constructor(x: number, y: number, width: number, height: number);
    union(other: BoundingRect): void;
    applyTransform(m: MatrixArray): void;
    calculateTransform(b: RectLike): MatrixArray;
    intersect(b: RectLike, mtv?: PointLike): boolean;
    contain(x: number, y: number): boolean;
    clone(): BoundingRect;
    copy(other: RectLike): void;
    plain(): RectLike;
    isFinite(): boolean;
    isZero(): boolean;
    static create(rect: RectLike): BoundingRect;
    static copy(target: RectLike, source: RectLike): void;
    static applyTransform(target: RectLike, source: RectLike, m: MatrixArray): void;
}
declare type RectLike = {
    x: number;
    y: number;
    width: number;
    height: number;
};

interface ExtendedCanvasRenderingContext2D extends CanvasRenderingContext2D {
    dpr?: number;
}
declare class PathProxy {
    dpr: number;
    data: number[] | Float32Array;
    private _version;
    private _saveData;
    private _pendingPtX;
    private _pendingPtY;
    private _pendingPtDist;
    private _ctx;
    private _xi;
    private _yi;
    private _x0;
    private _y0;
    private _len;
    private _pathSegLen;
    private _pathLen;
    private _ux;
    private _uy;
    static CMD: {
        M: number;
        L: number;
        C: number;
        Q: number;
        A: number;
        Z: number;
        R: number;
    };
    constructor(notSaveData?: boolean);
    increaseVersion(): void;
    getVersion(): number;
    setScale(sx: number, sy: number, segmentIgnoreThreshold?: number): void;
    setDPR(dpr: number): void;
    setContext(ctx: ExtendedCanvasRenderingContext2D): void;
    getContext(): ExtendedCanvasRenderingContext2D;
    beginPath(): this;
    reset(): void;
    moveTo(x: number, y: number): this;
    lineTo(x: number, y: number): this;
    bezierCurveTo(x1: number, y1: number, x2: number, y2: number, x3: number, y3: number): this;
    quadraticCurveTo(x1: number, y1: number, x2: number, y2: number): this;
    arc(cx: number, cy: number, r: number, startAngle: number, endAngle: number, anticlockwise?: boolean): this;
    arcTo(x1: number, y1: number, x2: number, y2: number, radius: number): this;
    rect(x: number, y: number, w: number, h: number): this;
    closePath(): this;
    fill(ctx: CanvasRenderingContext2D): void;
    stroke(ctx: CanvasRenderingContext2D): void;
    len(): number;
    setData(data: Float32Array | number[]): void;
    appendPath(path: PathProxy | PathProxy[]): void;
    addData(cmd: number, a?: number, b?: number, c?: number, d?: number, e?: number, f?: number, g?: number, h?: number): void;
    private _drawPendingPt;
    private _expandData;
    toStatic(): void;
    getBoundingRect(): BoundingRect;
    private _calculateLength;
    rebuildPath(ctx: PathRebuilder, percent: number): void;
    clone(): PathProxy;
    private static initDefaultProps;
}
interface PathRebuilder {
    moveTo(x: number, y: number): void;
    lineTo(x: number, y: number): void;
    bezierCurveTo(x: number, y: number, x2: number, y2: number, x3: number, y3: number): void;
    quadraticCurveTo(x: number, y: number, x2: number, y2: number): void;
    arc(cx: number, cy: number, r: number, startAngle: number, endAngle: number, anticlockwise: boolean): void;
    ellipse(cx: number, cy: number, radiusX: number, radiusY: number, rotation: number, startAngle: number, endAngle: number, anticlockwise: boolean): void;
    rect(x: number, y: number, width: number, height: number): void;
    closePath(): void;
}

declare type easingFunc = (percent: number) => number;
declare type AnimationEasing = keyof typeof easingFuncs | easingFunc;
declare const easingFuncs: {
    linear(k: number): number;
    quadraticIn(k: number): number;
    quadraticOut(k: number): number;
    quadraticInOut(k: number): number;
    cubicIn(k: number): number;
    cubicOut(k: number): number;
    cubicInOut(k: number): number;
    quarticIn(k: number): number;
    quarticOut(k: number): number;
    quarticInOut(k: number): number;
    quinticIn(k: number): number;
    quinticOut(k: number): number;
    quinticInOut(k: number): number;
    sinusoidalIn(k: number): number;
    sinusoidalOut(k: number): number;
    sinusoidalInOut(k: number): number;
    exponentialIn(k: number): number;
    exponentialOut(k: number): number;
    exponentialInOut(k: number): number;
    circularIn(k: number): number;
    circularOut(k: number): number;
    circularInOut(k: number): number;
    elasticIn(k: number): number;
    elasticOut(k: number): number;
    elasticInOut(k: number): number;
    backIn(k: number): number;
    backOut(k: number): number;
    backInOut(k: number): number;
    bounceIn(k: number): number;
    bounceOut(k: number): number;
    bounceInOut(k: number): number;
};

interface Stage {
    update?: () => void;
}
interface AnimationOption {
    stage?: Stage;
}
declare class Animation extends Eventful {
    stage: Stage;
    private _head;
    private _tail;
    private _running;
    private _time;
    private _pausedTime;
    private _pauseStart;
    private _paused;
    constructor(opts?: AnimationOption);
    addClip(clip: Clip): void;
    addAnimator(animator: Animator<any>): void;
    removeClip(clip: Clip): void;
    removeAnimator(animator: Animator<any>): void;
    update(notTriggerFrameAndStageUpdate?: boolean): void;
    _startLoop(): void;
    start(): void;
    stop(): void;
    pause(): void;
    resume(): void;
    clear(): void;
    isFinished(): boolean;
    animate<T>(target: T, options: {
        loop?: boolean;
    }): Animator<T>;
}

declare type OnframeCallback = (percent: number) => void;
declare type ondestroyCallback = () => void;
declare type onrestartCallback = () => void;
interface ClipProps {
    life?: number;
    delay?: number;
    loop?: boolean;
    easing?: AnimationEasing;
    onframe?: OnframeCallback;
    ondestroy?: ondestroyCallback;
    onrestart?: onrestartCallback;
}
declare class Clip {
    private _life;
    private _delay;
    private _inited;
    private _startTime;
    private _pausedTime;
    private _paused;
    animation: Animation;
    loop: boolean;
    easing: AnimationEasing;
    easingFunc: (p: number) => number;
    next: Clip;
    prev: Clip;
    onframe: OnframeCallback;
    ondestroy: ondestroyCallback;
    onrestart: onrestartCallback;
    constructor(opts: ClipProps);
    step(globalTime: number, deltaTime: number): boolean;
    pause(): void;
    resume(): void;
    setEasing(easing: AnimationEasing): void;
}

declare type ValueType = 0 | 1 | 2 | 3 | 4 | 5 | 6;
declare type Keyframe = {
    time: number;
    value: unknown;
    percent: number;
    rawValue: unknown;
    easing?: AnimationEasing;
    easingFunc?: (percent: number) => number;
    additiveValue?: unknown;
};
declare class Track {
    keyframes: Keyframe[];
    propName: string;
    valType: ValueType;
    discrete: boolean;
    _invalid: boolean;
    private _finished;
    private _needsSort;
    private _additiveTrack;
    private _additiveValue;
    private _lastFr;
    private _lastFrP;
    constructor(propName: string);
    isFinished(): boolean;
    setFinished(): void;
    needsAnimate(): boolean;
    getAdditiveTrack(): Track;
    addKeyframe(time: number, rawValue: unknown, easing?: AnimationEasing): Keyframe;
    prepare(maxTime: number, additiveTrack?: Track): void;
    step(target: any, percent: number): void;
    private _addToTarget;
}
declare type DoneCallback = () => void;
declare type AbortCallback = () => void;
declare type OnframeCallback$1<T> = (target: T, percent: number) => void;
declare class Animator<T> {
    animation?: Animation;
    targetName?: string;
    scope?: string;
    __fromStateTransition?: string;
    private _tracks;
    private _trackKeys;
    private _target;
    private _loop;
    private _delay;
    private _maxTime;
    private _force;
    private _paused;
    private _started;
    private _allowDiscrete;
    private _additiveAnimators;
    private _doneCbs;
    private _onframeCbs;
    private _abortedCbs;
    private _clip;
    constructor(target: T, loop: boolean, allowDiscreteAnimation?: boolean, additiveTo?: Animator<any>[]);
    getMaxTime(): number;
    getDelay(): number;
    getLoop(): boolean;
    getTarget(): T;
    changeTarget(target: T): void;
    when(time: number, props: Dictionary<any>, easing?: AnimationEasing): this;
    whenWithKeys(time: number, props: Dictionary<any>, propNames: string[], easing?: AnimationEasing): this;
    pause(): void;
    resume(): void;
    isPaused(): boolean;
    duration(duration: number): this;
    private _doneCallback;
    private _abortedCallback;
    private _setTracksFinished;
    private _getAdditiveTrack;
    start(easing?: AnimationEasing): this;
    stop(forwardToLast?: boolean): void;
    delay(time: number): this;
    during(cb: OnframeCallback$1<T>): this;
    done(cb: DoneCallback): this;
    aborted(cb: AbortCallback): this;
    getClip(): Clip;
    getTrack(propName: string): Track;
    getTracks(): Track[];
    stopTracks(propNames: string[], forwardToLast?: boolean): boolean;
    saveTo(target: T, trackKeys?: readonly string[], firstOrLast?: boolean): void;
    __changeFinalValue(finalProps: Dictionary<any>, trackKeys?: readonly string[]): void;
}

interface PathStyleProps extends CommonStyleProps {
    fill?: string | PatternObject | LinearGradientObject | RadialGradientObject;
    stroke?: string | PatternObject | LinearGradientObject | RadialGradientObject;
    decal?: PatternObject;
    strokePercent?: number;
    strokeNoScale?: boolean;
    fillOpacity?: number;
    strokeOpacity?: number;
    lineDash?: false | number[] | 'solid' | 'dashed' | 'dotted';
    lineDashOffset?: number;
    lineWidth?: number;
    lineCap?: CanvasLineCap;
    lineJoin?: CanvasLineJoin;
    miterLimit?: number;
    strokeFirst?: boolean;
}
interface PathProps extends DisplayableProps {
    strokeContainThreshold?: number;
    segmentIgnoreThreshold?: number;
    subPixelOptimize?: boolean;
    style?: PathStyleProps;
    shape?: Dictionary<any>;
    autoBatch?: boolean;
    __value?: (string | number)[] | (string | number);
    buildPath?: (ctx: PathProxy | CanvasRenderingContext2D, shapeCfg: Dictionary<any>, inBatch?: boolean) => void;
}
declare type PathKey = keyof PathProps;
declare type PathPropertyType = PropType<PathProps, PathKey>;
declare type PathStatePropNames = DisplayableStatePropNames | 'shape';
declare type PathState = Pick<PathProps, PathStatePropNames> & {
    hoverLayer?: boolean;
};
interface Path<Props extends PathProps = PathProps> {
    animate(key?: '', loop?: boolean): Animator<this>;
    animate(key: 'style', loop?: boolean): Animator<this['style']>;
    animate(key: 'shape', loop?: boolean): Animator<this['shape']>;
    getState(stateName: string): PathState;
    ensureState(stateName: string): PathState;
    states: Dictionary<PathState>;
    stateProxy: (stateName: string) => PathState;
}
declare class Path<Props extends PathProps = PathProps> extends Displayable<Props> {
    path: PathProxy;
    strokeContainThreshold: number;
    segmentIgnoreThreshold: number;
    subPixelOptimize: boolean;
    style: PathStyleProps;
    autoBatch: boolean;
    private _rectStroke;
    protected _normalState: PathState;
    protected _decalEl: Path;
    shape: Dictionary<any>;
    constructor(opts?: Props);
    update(): void;
    getDecalElement(): Path<PathProps>;
    protected _init(props?: Props): void;
    protected getDefaultStyle(): Props['style'];
    protected getDefaultShape(): {};
    protected canBeInsideText(): boolean;
    protected getInsideTextFill(): "#333" | "#ccc" | "#eee";
    protected getInsideTextStroke(textFill?: string): string;
    buildPath(ctx: PathProxy | CanvasRenderingContext2D, shapeCfg: Dictionary<any>, inBatch?: boolean): void;
    pathUpdated(): void;
    getUpdatedPathProxy(inBatch?: boolean): PathProxy;
    createPathProxy(): void;
    hasStroke(): boolean;
    hasFill(): boolean;
    getBoundingRect(): BoundingRect;
    contain(x: number, y: number): boolean;
    dirtyShape(): void;
    dirty(): void;
    animateShape(loop: boolean): Animator<this["shape"]>;
    updateDuringAnimation(targetKey: string): void;
    attrKV(key: PathKey, value: PathPropertyType): void;
    setShape(obj: Props['shape']): this;
    setShape<T extends keyof Props['shape']>(obj: T, value: Props['shape'][T]): this;
    shapeChanged(): boolean;
    createStyle(obj?: Props['style']): Props["style"];
    protected _innerSaveToNormal(toState: PathState): void;
    protected _applyStateObj(stateName: string, state: PathState, normalState: PathState, keepCurrentStates: boolean, transition: boolean, animationCfg: ElementAnimateConfig): void;
    protected _mergeStates(states: PathState[]): PathState;
    getAnimationStyleProps(): MapToType<PathProps, boolean>;
    isZeroArea(): boolean;
    static extend<Shape extends Dictionary<any>>(defaultProps: {
        type?: string;
        shape?: Shape;
        style?: PathStyleProps;
        beforeBrush?: Displayable['beforeBrush'];
        afterBrush?: Displayable['afterBrush'];
        getBoundingRect?: Displayable['getBoundingRect'];
        calculateTextPosition?: Element['calculateTextPosition'];
        buildPath(this: Path, ctx: CanvasRenderingContext2D | PathProxy, shape: Shape, inBatch?: boolean): void;
        init?(this: Path, opts: PathProps): void;
    }): {
        new (opts?: PathProps & {
            shape: Shape;
        }): Path;
    };
    protected static initDefaultProps: void;
}

declare class Transformable {
    parent: Transformable;
    x: number;
    y: number;
    scaleX: number;
    scaleY: number;
    skewX: number;
    skewY: number;
    rotation: number;
    anchorX: number;
    anchorY: number;
    originX: number;
    originY: number;
    globalScaleRatio: number;
    transform: MatrixArray;
    invTransform: MatrixArray;
    getLocalTransform(m?: MatrixArray): MatrixArray;
    setPosition(arr: number[]): void;
    setScale(arr: number[]): void;
    setSkew(arr: number[]): void;
    setOrigin(arr: number[]): void;
    needLocalTransform(): boolean;
    updateTransform(): void;
    private _resolveGlobalScaleRatio;
    getComputedTransform(): MatrixArray;
    setLocalTransform(m: VectorArray): void;
    decomposeTransform(): void;
    getGlobalScale(out?: VectorArray): VectorArray;
    transformCoordToLocal(x: number, y: number): number[];
    transformCoordToGlobal(x: number, y: number): number[];
    getLineScale(): number;
    copyTransform(source: Transformable): void;
    static getLocalTransform(target: Transformable, m?: MatrixArray): MatrixArray;
    private static initDefaultProps;
}
declare const TRANSFORMABLE_PROPS: readonly ["x", "y", "originX", "originY", "anchorX", "anchorY", "rotation", "scaleX", "scaleY", "skewX", "skewY"];
declare type TransformProp = (typeof TRANSFORMABLE_PROPS)[number];

interface TSpanStyleProps extends PathStyleProps {
    x?: number;
    y?: number;
    text?: string;
    font?: string;
    fontSize?: number;
    fontWeight?: FontWeight;
    fontStyle?: FontStyle;
    fontFamily?: string;
    textAlign?: CanvasTextAlign;
    textBaseline?: CanvasTextBaseline;
}
interface TSpanProps extends DisplayableProps {
    style?: TSpanStyleProps;
}
declare class TSpan extends Displayable<TSpanProps> {
    style: TSpanStyleProps;
    hasStroke(): boolean;
    hasFill(): boolean;
    createStyle(obj?: TSpanStyleProps): TSpanStyleProps;
    setBoundingRect(rect: BoundingRect): void;
    getBoundingRect(): BoundingRect;
    protected static initDefaultProps: void;
}

interface ImageStyleProps extends CommonStyleProps {
    image?: string | ImageLike;
    x?: number;
    y?: number;
    width?: number;
    height?: number;
    sx?: number;
    sy?: number;
    sWidth?: number;
    sHeight?: number;
}
interface ImageProps extends DisplayableProps {
    style?: ImageStyleProps;
    onload?: (image: ImageLike) => void;
}
declare class ZRImage extends Displayable<ImageProps> {
    style: ImageStyleProps;
    __image: ImageLike;
    __imageSrc: string;
    onload: (image: ImageLike) => void;
    createStyle(obj?: ImageStyleProps): ImageStyleProps;
    private _getSize;
    getWidth(): number;
    getHeight(): number;
    getAnimationStyleProps(): MapToType<ImageProps, boolean>;
    getBoundingRect(): BoundingRect;
}

declare class RectShape {
    r?: number | number[];
    x: number;
    y: number;
    width: number;
    height: number;
}
interface RectProps extends PathProps {
    shape?: Partial<RectShape>;
}
declare class Rect extends Path<RectProps> {
    shape: RectShape;
    constructor(opts?: RectProps);
    getDefaultShape(): RectShape;
    buildPath(ctx: CanvasRenderingContext2D, shape: RectShape): void;
    isZeroArea(): boolean;
}

interface GroupProps extends ElementProps {
}
declare class Group extends Element<GroupProps> {
    readonly isGroup = true;
    private _children;
    constructor(opts?: GroupProps);
    childrenRef(): Element<ElementProps>[];
    children(): Element<ElementProps>[];
    childAt(idx: number): Element;
    childOfName(name: string): Element;
    childCount(): number;
    add(child: Element): Group;
    addBefore(child: Element, nextSibling: Element): this;
    replace(oldChild: Element, newChild: Element): this;
    replaceAt(child: Element, index: number): this;
    _doAdd(child: Element): void;
    remove(child: Element): this;
    removeAll(): this;
    eachChild<Context>(cb: (this: Context, el: Element, index?: number) => void, context?: Context): this;
    traverse<T>(cb: (this: T, el: Element) => boolean | void, context?: T): this;
    addSelfToZr(zr: ZRenderType): void;
    removeSelfFromZr(zr: ZRenderType): void;
    getBoundingRect(includeChildren?: Element[]): BoundingRect;
}
interface GroupLike extends Element {
    childrenRef(): Element[];
}

interface TextStylePropsPart {
    text?: string;
    fill?: string;
    stroke?: string;
    strokeNoScale?: boolean;
    opacity?: number;
    fillOpacity?: number;
    strokeOpacity?: number;
    lineWidth?: number;
    lineDash?: false | number[];
    lineDashOffset?: number;
    borderDash?: false | number[];
    borderDashOffset?: number;
    font?: string;
    textFont?: string;
    fontStyle?: FontStyle;
    fontWeight?: FontWeight;
    fontFamily?: string;
    fontSize?: number | string;
    align?: TextAlign;
    verticalAlign?: TextVerticalAlign;
    lineHeight?: number;
    width?: number | string;
    height?: number;
    tag?: string;
    textShadowColor?: string;
    textShadowBlur?: number;
    textShadowOffsetX?: number;
    textShadowOffsetY?: number;
    backgroundColor?: string | {
        image: ImageLike | string;
    };
    padding?: number | number[];
    margin?: number;
    borderColor?: string;
    borderWidth?: number;
    borderRadius?: number | number[];
    shadowColor?: string;
    shadowBlur?: number;
    shadowOffsetX?: number;
    shadowOffsetY?: number;
}
interface TextStyleProps extends TextStylePropsPart {
    text?: string;
    x?: number;
    y?: number;
    width?: number;
    rich?: Dictionary<TextStylePropsPart>;
    overflow?: 'break' | 'breakAll' | 'truncate' | 'none';
    lineOverflow?: 'truncate';
    ellipsis?: string;
    placeholder?: string;
    truncateMinChar?: number;
}
interface TextProps extends DisplayableProps {
    style?: TextStyleProps;
    zlevel?: number;
    z?: number;
    z2?: number;
    culling?: boolean;
    cursor?: string;
}
declare type TextState = Pick<TextProps, DisplayableStatePropNames> & ElementCommonState;
declare type DefaultTextStyle = Pick<TextStyleProps, 'fill' | 'stroke' | 'align' | 'verticalAlign'> & {
    autoStroke?: boolean;
};
interface ZRText {
    animate(key?: '', loop?: boolean): Animator<this>;
    animate(key: 'style', loop?: boolean): Animator<this['style']>;
    getState(stateName: string): TextState;
    ensureState(stateName: string): TextState;
    states: Dictionary<TextState>;
    stateProxy: (stateName: string) => TextState;
}
declare class ZRText extends Displayable<TextProps> implements GroupLike {
    type: string;
    style: TextStyleProps;
    overlap: 'hidden' | 'show' | 'blur';
    innerTransformable: Transformable;
    isTruncated: boolean;
    private _children;
    private _childCursor;
    private _defaultStyle;
    constructor(opts?: TextProps);
    childrenRef(): (ZRImage | Rect | TSpan)[];
    update(): void;
    updateTransform(): void;
    getLocalTransform(m?: MatrixArray): MatrixArray;
    getComputedTransform(): MatrixArray;
    private _updateSubTexts;
    addSelfToZr(zr: ZRenderType): void;
    removeSelfFromZr(zr: ZRenderType): void;
    getBoundingRect(): BoundingRect;
    setDefaultTextStyle(defaultTextStyle: DefaultTextStyle): void;
    setTextContent(textContent: never): void;
    protected _mergeStyle(targetStyle: TextStyleProps, sourceStyle: TextStyleProps): TextStyleProps;
    private _mergeRich;
    getAnimationStyleProps(): MapToType<TextProps, boolean>;
    private _getOrCreateChild;
    private _updatePlainTexts;
    private _updateRichTexts;
    private _placeToken;
    private _renderBackground;
    static makeFont(style: TextStylePropsPart): string;
}

interface TextPositionCalculationResult {
    x: number;
    y: number;
    align: TextAlign;
    verticalAlign: TextVerticalAlign;
}

declare class PolylineShape {
    points: VectorArray[];
    percent?: number;
    smooth?: number;
    smoothConstraint?: VectorArray[];
}
interface PolylineProps extends PathProps {
    shape?: Partial<PolylineShape>;
}
declare class Polyline extends Path<PolylineProps> {
    shape: PolylineShape;
    constructor(opts?: PolylineProps);
    getDefaultStyle(): {
        stroke: string;
        fill: string;
    };
    getDefaultShape(): PolylineShape;
    buildPath(ctx: CanvasRenderingContext2D, shape: PolylineShape): void;
}

interface ElementAnimateConfig {
    duration?: number;
    delay?: number;
    easing?: AnimationEasing;
    during?: (percent: number) => void;
    done?: Function;
    aborted?: Function;
    scope?: string;
    force?: boolean;
    additive?: boolean;
    setToFinal?: boolean;
}
interface ElementTextConfig {
    position?: BuiltinTextPosition | (number | string)[];
    rotation?: number;
    layoutRect?: RectLike;
    offset?: number[];
    origin?: (number | string)[] | 'center';
    distance?: number;
    local?: boolean;
    insideFill?: string;
    insideStroke?: string;
    outsideFill?: string;
    outsideStroke?: string;
    inside?: boolean;
}
interface ElementTextGuideLineConfig {
    anchor?: Point;
    showAbove?: boolean;
    candidates?: ('left' | 'top' | 'right' | 'bottom')[];
}
interface ElementEvent {
    type: ElementEventName;
    event: ZRRawEvent;
    target: Element;
    topTarget: Element;
    cancelBubble: boolean;
    offsetX: number;
    offsetY: number;
    gestureEvent: string;
    pinchX: number;
    pinchY: number;
    pinchScale: number;
    wheelDelta: number;
    zrByTouch: boolean;
    which: number;
    stop: (this: ElementEvent) => void;
}
declare type ElementEventCallback<Ctx, Impl> = (this: CbThis$1<Ctx, Impl>, e: ElementEvent) => boolean | void;
declare type CbThis$1<Ctx, Impl> = unknown extends Ctx ? Impl : Ctx;
interface ElementEventHandlerProps {
    onclick: ElementEventCallback<unknown, unknown>;
    ondblclick: ElementEventCallback<unknown, unknown>;
    onmouseover: ElementEventCallback<unknown, unknown>;
    onmouseout: ElementEventCallback<unknown, unknown>;
    onmousemove: ElementEventCallback<unknown, unknown>;
    onmousewheel: ElementEventCallback<unknown, unknown>;
    onmousedown: ElementEventCallback<unknown, unknown>;
    onmouseup: ElementEventCallback<unknown, unknown>;
    oncontextmenu: ElementEventCallback<unknown, unknown>;
    ondrag: ElementEventCallback<unknown, unknown>;
    ondragstart: ElementEventCallback<unknown, unknown>;
    ondragend: ElementEventCallback<unknown, unknown>;
    ondragenter: ElementEventCallback<unknown, unknown>;
    ondragleave: ElementEventCallback<unknown, unknown>;
    ondragover: ElementEventCallback<unknown, unknown>;
    ondrop: ElementEventCallback<unknown, unknown>;
}
interface ElementProps extends Partial<ElementEventHandlerProps>, Partial<Pick<Transformable, TransformProp>> {
    name?: string;
    ignore?: boolean;
    isGroup?: boolean;
    draggable?: boolean | 'horizontal' | 'vertical';
    silent?: boolean;
    ignoreClip?: boolean;
    globalScaleRatio?: number;
    textConfig?: ElementTextConfig;
    textContent?: ZRText;
    clipPath?: Path;
    drift?: Element['drift'];
    extra?: Dictionary<unknown>;
    anid?: string;
}
declare const PRIMARY_STATES_KEYS: ["x" | "y" | "originX" | "originY" | "anchorX" | "anchorY" | "rotation" | "scaleX" | "scaleY" | "skewX" | "skewY", "ignore"];
declare type ElementStatePropNames = (typeof PRIMARY_STATES_KEYS)[number] | 'textConfig';
declare type ElementState = Pick<ElementProps, ElementStatePropNames> & ElementCommonS