import type { ScaleEnum } from './type';
export type Tuple<TItem, TLength extends number> = [TItem, ...TItem[]] & {
    length: TLength;
};
export type InterpolateType<T> = (a: T, b: T) => (x: number) => T;
export type TransformType = (v: number) => number;
export type BimapType<T> = (domain: [number, number], range: [T, T], interpolate: InterpolateType<T>) => (x: number) => T;
export type PolymapType<T> = (domain: number[], range: T[], interpolate: InterpolateType<T>) => (x: number) => T;
export interface FloorCeilType<T> {
    floor: (x: T) => T;
    ceil: (x: T) => T;
    offset?: (x: T, step: number) => T;
}
export type DateLikeType = number | string | Date;
export type TickData = {
    index: number;
    value: number;
    tick: any;
};
export type DiscreteScaleType = `${ScaleEnum.Ordinal}` | `${ScaleEnum.Band}` | `${ScaleEnum.Point}`;
export type ContinuousScaleType = `${ScaleEnum.Linear}` | `${ScaleEnum.Log}` | `${ScaleEnum.Pow}` | `${ScaleEnum.Sqrt}` | `${ScaleEnum.Symlog}` | `${ScaleEnum.Time}`;
export type DiscretizingScaleType = `${ScaleEnum.Quantile}` | `${ScaleEnum.Quantize}` | `${ScaleEnum.Threshold}`;
export type ScaleType = DiscreteScaleType | ContinuousScaleType | DiscretizingScaleType | `${ScaleEnum.Identity}`;
export interface IRangeFactor {
    calculateVisibleDomain: (range: any[]) => any;
    rangeFactor: (_?: [number, number], slience?: boolean, clear?: boolean) => this | any;
    rangeFactorStart: (_?: number, slience?: boolean) => this | any;
    rangeFactorEnd: (_?: number, slience?: boolean) => this | any;
    unknown: (_?: any) => this | any;
}
export interface IContinuesScaleTicks {
    ticks: (count?: number, options?: {
        noDecimals?: boolean;
    }) => any[];
    d3Ticks: (count?: number, options?: {
        noDecimals?: boolean;
    }) => any[];
    forceTicks: (count?: number) => any[];
    stepTicks: (step: number) => any[];
    nice: (count?: number) => this;
    niceMin: (count?: number) => this;
    niceMax: (count?: number) => this;
}
export interface IBaseScale {
    readonly type: string;
    unknown: (_?: any) => this | any;
    scale: (x: any) => any;
    domain: (_?: any[], slience?: boolean) => this | any;
    range: (_?: any[], slience?: boolean) => this | any;
    invert?: (y: any) => any;
    clone?: () => IBaseScale;
    rescale?: (slience?: boolean) => this;
    tickData?: (count?: number) => TickData[];
}
export interface IOrdinalScale extends IBaseScale {
    specified: (_?: Record<string, unknown>) => this | Record<string, unknown>;
    index: (x: any) => number;
}
export interface IBandLikeScale extends IOrdinalScale, IRangeFactor {
    readonly type: DiscreteScaleType;
    domain: (_?: any[], slience?: boolean) => this | any;
    range: (_?: any[], slience?: boolean) => this | any;
    rescale: (slience?: boolean) => this;
    rangeRound: (_: any[], slience?: boolean) => this;
    ticks?: (count?: number) => any[];
    forceTicks: (count: number) => any[];
    stepTicks: (step: number) => any[];
    padding: (p?: number | [number, number], slience?: boolean) => this | number;
    paddingInner: (_?: number, slience?: boolean) => any;
    paddingOuter: (_?: number, slience?: boolean) => any;
    bandwidth: (_?: number | 'auto', slience?: boolean) => number;
    maxBandwidth: (_?: number | 'auto', slience?: boolean) => number;
    minBandwidth: (_?: number | 'auto', slience?: boolean) => number;
    isBandwidthFixed: () => boolean;
    step: () => number;
    round: (_?: boolean, slience?: boolean) => this | boolean;
    align: (_?: number, slience?: boolean) => this | number;
    clone: () => IBandLikeScale;
    fishEye: (options?: ScaleFishEyeOptions, slience?: boolean, clear?: boolean) => this | ScaleFishEyeOptions;
}
export interface IContinuousScale extends IBaseScale, IRangeFactor {
    readonly type: ContinuousScaleType;
    invert: (y: number) => any;
    rangeRound: (_: any[], slience?: boolean) => this;
    clamp: (_?: boolean, f?: (x: number) => number, slience?: boolean) => this | boolean;
    interpolate: (_?: InterpolateType<any>, slience?: boolean) => this | InterpolateType<any>;
    clone?: () => IContinuousScale;
    rescale: () => this;
    fishEye: (options?: ScaleFishEyeOptions, slience?: boolean, clear?: boolean) => this | ScaleFishEyeOptions;
}
export type ILinearScale = IContinuousScale & IContinuesScaleTicks;
export interface IPowScale extends IContinuousScale, IContinuesScaleTicks {
    exponent: (_?: number, slience?: boolean) => this | number;
}
export interface ILogScale extends IContinuousScale, IContinuesScaleTicks {
    base: (_?: number, slience?: boolean) => this | number;
}
export interface ISymlogScale extends IContinuousScale, IContinuesScaleTicks {
    constant: (_?: number, slience?: boolean) => this | number;
}
export interface IQuantileScale extends Omit<IBaseScale, 'clone' | 'invert' | 'ticks' | 'tickData'> {
    unknown: (_?: any) => this | any;
    invertExtent: (y: any) => any[];
    quantiles: () => number[];
    clone: () => IQuantileScale;
}
export interface IQuantizeScale extends Omit<IBaseScale, 'clone' | 'invert' | 'ticks' | 'tickData'>, IContinuesScaleTicks {
    unknown: (_?: any) => this | any;
    invertExtent: (y: any) => any[];
    thresholds: () => any[];
    clone: () => IQuantizeScale;
}
export interface IThresholdScale extends Omit<IBaseScale, 'clone' | 'invert' | 'ticks' | 'tickData'>, IContinuesScaleTicks {
    unknown: (_?: any) => this | any;
    invertExtent: (y: any) => any[];
    clone: () => IQuantizeScale;
}
export type ContinuousTicksFunc = (start: number, stop: number, count: number, options?: {
    noDecimals?: boolean;
}) => number[];
export type WilkinsonExtendedTicksFunc = (start: number, stop: number, count?: number, options?: {
    onlyLoose?: boolean;
    Q?: number[];
    w?: [number, number, number, number];
}) => number[];
export type CustomTicksFunc<T extends IBaseScale> = (scale: T, count: number) => number[];
export interface NiceOptions {
    forceMin?: number;
    forceMax?: number;
    min?: number;
    max?: number;
}
export type NiceType = 'all' | 'min' | 'max';
export interface ScaleFishEyeOptions {
    distortion?: number;
    focus?: number;
    radius?: number;
    radiusRatio?: number;
}