import { focusGroupAngle } from './polar-focus-internal.js';
import type { Arc, CurveFactory, CurveFactoryLineOnly } from 'd3-shape';
import type { Channel, ChartAxisValue, ChartKey, ChartMark, ChartMarkMotionOptions, ChartNumericScale, ChartTheme, ChartValue, ChartScaleInput, OptionChannelOutput, SceneNode, VisualChannel } from './types.js';
import type { PolarLayoutContext, PolarMark } from './polar-mark-internal.js';
export { pie } from './polar-pie.js';
export { focusGroupAngle };
export type { PieDatum, PieOptions } from './polar-pie.js';
export type { PolarLayoutContext, PolarMark, PolarResolvedScale, } from './polar-mark-internal.js';
export type PolarLength = number | ((context: PolarLayoutContext) => number);
export interface PolarAngleOptions<TValue extends ChartValue = any> {
    scale: ChartScaleInput<TValue>;
    nice?: boolean | number;
    /**
     * Avoids placing the first and last points at the same angle for point
     * scales. Defaults to true for a complete revolution and false for a
     * partial angular range.
     */
    wrap?: boolean;
}
export interface PolarRadiusOptions<TValue extends ChartValue = any> {
    scale: ChartScaleInput<TValue>;
    nice?: boolean | number;
    /** Responsive pixel range for the copied radius scale. Defaults to [0, radius]. */
    range?: readonly [PolarLength, PolarLength];
}
interface PolarGuideRenderContext {
    layout: PolarLayoutContext;
    theme: ChartTheme;
    guideIndex: number;
    parentId: string;
}
export interface PolarGuide {
    render: (context: PolarGuideRenderContext) => PolarGuideScene;
}
export interface PolarGuideScene {
    background: readonly SceneNode[];
    foreground?: readonly SceneNode[];
}
type AnyPolarMark = PolarMark<any, any, any>;
type PolarMarkDatum<TMark> = TMark extends PolarMark<infer TDatum, any, any> ? TDatum : never;
type PolarMarkAngle<TMark> = TMark extends PolarMark<any, infer TAngle, any> ? TAngle : never;
type PolarMarkRadius<TMark> = TMark extends PolarMark<any, any, infer TRadius> ? TRadius : never;
export interface PolarOptions<TMarks extends readonly AnyPolarMark[] = readonly AnyPolarMark[]> extends ChartMarkMotionOptions<PolarMarkDatum<TMarks[number]>> {
    id?: string;
    className?: string;
    marks: TMarks;
    guides?: readonly PolarGuide[];
    angle?: PolarAngleOptions<ChartAxisValue<PolarMarkAngle<TMarks[number]>>>;
    radius?: PolarRadiusOptions<ChartAxisValue<PolarMarkRadius<TMarks[number]>>>;
    startAngle?: number;
    endAngle?: number;
    /** Pixel inset applied before radiusRatio. */
    inset?: number;
    /** Multiplier applied to the final available radius. Defaults to 1. */
    radiusRatio?: number;
}
export declare function polar<const TMarks extends readonly AnyPolarMark[]>(options: PolarOptions<TMarks>): ChartMark<PolarMarkDatum<TMarks[number]>, PolarMarkAngle<TMarks[number]>, PolarMarkRadius<TMarks[number]>, never, never>;
export interface RadialArcOptions<TDatum> extends ChartMarkMotionOptions<TDatum> {
    id?: string;
    className?: string;
    startAngle?: Channel<TDatum, number | null | undefined>;
    endAngle?: Channel<TDatum, number | null | undefined>;
    padAngle?: Channel<TDatum, number | null | undefined>;
    key?: Channel<TDatum, ChartKey>;
    z?: Channel<TDatum, ChartKey | null | undefined>;
    color?: Channel<TDatum, ChartKey | null | undefined>;
    innerRadius?: PolarLength;
    outerRadius?: PolarLength;
    cornerRadius?: PolarLength;
    padRadius?: PolarLength;
    /**
     * Replaces the default D3 arc configuration for per-datum radii, sunbursts,
     * and other advanced arc layouts. Keep its context null so it returns SVG
     * path data.
     */
    generator?: (context: PolarLayoutContext) => Arc<any, TDatum>;
    fill?: VisualChannel<TDatum, string>;
    fillOpacity?: number;
    stroke?: VisualChannel<TDatum, string>;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    opacity?: number;
}
export declare function radialArc<TDatum>(source: Iterable<TDatum>, options?: RadialArcOptions<NoInfer<TDatum>>): PolarMark<TDatum, number, number>;
interface RadialBarBaseOptions<TDatum> extends ChartMarkMotionOptions<TDatum> {
    id?: string;
    className?: string;
    key?: Channel<TDatum, ChartKey>;
    z?: Channel<TDatum, ChartKey | null | undefined>;
    color?: Channel<TDatum, ChartKey | null | undefined>;
    cornerRadius?: PolarLength | 'full';
    fill?: VisualChannel<TDatum, string>;
    fillOpacity?: number;
    stroke?: VisualChannel<TDatum, string>;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    opacity?: number;
}
export interface RadialBarRadiusOptions<TDatum> extends RadialBarBaseOptions<TDatum> {
    angle?: Channel<TDatum, ChartValue | null | undefined>;
    radius?: Channel<TDatum, number | null | undefined>;
    radius1?: number | Channel<TDatum, number | null | undefined>;
    radius2?: number | Channel<TDatum, number | null | undefined>;
}
export declare function radialBarRadius<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialBarRadius<TDatum, const TOptions extends RadialBarRadiusOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, OptionChannelOutput<TDatum, TOptions, 'angle', number>, number>;
export interface RadialBarAngleOptions<TDatum> extends RadialBarBaseOptions<TDatum> {
    angle?: Channel<TDatum, number | null | undefined>;
    angle1?: number | Channel<TDatum, number | null | undefined>;
    angle2?: number | Channel<TDatum, number | null | undefined>;
    radius?: Channel<TDatum, ChartValue | null | undefined>;
}
export declare function radialBarAngle<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialBarAngle<TDatum, const TOptions extends RadialBarAngleOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, number, OptionChannelOutput<TDatum, TOptions, 'radius', number>>;
interface RadialPathOptions<TDatum> extends ChartMarkMotionOptions<TDatum> {
    id?: string;
    className?: string;
    angle?: number | Channel<TDatum, ChartValue | null | undefined>;
    radius?: number | Channel<TDatum, number | null | undefined>;
    key?: Channel<TDatum, ChartKey>;
    z?: Channel<TDatum, ChartKey | null | undefined>;
    color?: Channel<TDatum, ChartKey | null | undefined>;
}
export interface RadialLineOptions<TDatum> extends RadialPathOptions<TDatum> {
    curve?: CurveFactory | CurveFactoryLineOnly;
    stroke?: VisualChannel<TDatum, string>;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    opacity?: number;
    points?: boolean;
}
export declare function radialLine<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialLine<TDatum, const TOptions extends RadialLineOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, OptionChannelOutput<TDatum, TOptions, 'angle', number>, OptionChannelOutput<TDatum, TOptions, 'radius', number>>;
export interface RadialAreaOptions<TDatum> extends RadialPathOptions<TDatum> {
    radius1?: number | Channel<TDatum, number | null | undefined>;
    curve?: CurveFactory;
    fill?: VisualChannel<TDatum, string>;
    fillOpacity?: number;
    stroke?: VisualChannel<TDatum, string>;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    opacity?: number;
}
export declare function radialArea<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialArea<TDatum, const TOptions extends RadialAreaOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, OptionChannelOutput<TDatum, TOptions, 'angle', number>, OptionChannelOutput<TDatum, TOptions, 'radius', number>>;
export interface RadialDotOptions<TDatum> extends RadialPathOptions<TDatum> {
    r?: number | Channel<TDatum, number | null | undefined>;
    rScale?: ChartNumericScale;
    fill?: VisualChannel<TDatum, string>;
    fillOpacity?: number;
    stroke?: string;
    strokeOpacity?: number;
    strokeWidth?: number;
    opacity?: number;
}
export interface RadialTextOptions<TDatum> extends RadialPathOptions<TDatum> {
    text?: Channel<TDatum, string | number | null | undefined>;
    fill?: VisualChannel<TDatum, string>;
    fontSize?: number;
    fontWeight?: number;
    anchor?: VisualChannel<TDatum, 'start' | 'middle' | 'end' | 'outside'>;
    baseline?: VisualChannel<TDatum, 'auto' | 'middle' | 'hanging'>;
    rotate?: VisualChannel<TDatum, number>;
    /** Signed pixel offset applied after the semantic radius is mapped. */
    radiusOffset?: VisualChannel<TDatum, number>;
    dx?: VisualChannel<TDatum, number>;
    dy?: VisualChannel<TDatum, number>;
}
export declare function radialText<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialText<TDatum, const TOptions extends RadialTextOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, OptionChannelOutput<TDatum, TOptions, 'angle', number>, OptionChannelOutput<TDatum, TOptions, 'radius', number>>;
export interface RadialRuleOptions<TDatum> extends ChartMarkMotionOptions<never> {
    id?: string;
    className?: string;
    angle?: number | Channel<TDatum, ChartValue | null | undefined>;
    radius1?: number | Channel<TDatum, number | null | undefined>;
    radius2?: number | Channel<TDatum, number | null | undefined>;
    /** Signed pixel offset applied after radius1 is mapped. */
    radius1Offset?: VisualChannel<TDatum, number>;
    /** Signed pixel offset applied after radius2 is mapped. */
    radius2Offset?: VisualChannel<TDatum, number>;
    key?: Channel<TDatum, ChartKey>;
    z?: Channel<TDatum, ChartKey | null | undefined>;
    color?: Channel<TDatum, ChartKey | null | undefined>;
    stroke?: VisualChannel<TDatum, string>;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    opacity?: number;
}
export declare function radialRule<TDatum>(source: Iterable<TDatum>): PolarMark<never, number, number>;
export declare function radialRule<TDatum, const TOptions extends RadialRuleOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<never, OptionChannelOutput<TDatum, TOptions, 'angle', number>, number>;
export declare function radialDot<TDatum>(source: Iterable<TDatum>): PolarMark<TDatum, number, number>;
export declare function radialDot<TDatum, const TOptions extends RadialDotOptions<NoInfer<TDatum>> | undefined>(source: Iterable<TDatum>, options: TOptions): PolarMark<TDatum, OptionChannelOutput<TDatum, TOptions, 'angle', number>, OptionChannelOutput<TDatum, TOptions, 'radius', number>>;
export interface PolarGuideLabelContext {
    value: ChartValue;
    index: number;
    angle: number;
    radius: number;
    x: number;
    y: number;
    layout: PolarLayoutContext;
}
export type PolarGuideLabelOption<TValue> = TValue | ((context: PolarGuideLabelContext) => TValue);
interface PolarGuideStyle {
    id?: string;
    className?: string;
    labelClassName?: string;
    stroke?: string;
    strokeOpacity?: number;
    strokeWidth?: number;
    strokeDasharray?: string;
    fill?: string;
    fillOpacity?: number;
    labels?: boolean;
    labelFill?: string;
    labelFontSize?: number;
    labelAnchor?: PolarGuideLabelOption<'start' | 'middle' | 'end'>;
    labelBaseline?: PolarGuideLabelOption<'auto' | 'middle' | 'hanging'>;
    labelDx?: PolarGuideLabelOption<number>;
    labelDy?: PolarGuideLabelOption<number>;
    labelRotate?: PolarGuideLabelOption<number>;
}
export interface RadialGridOptions extends PolarGuideStyle {
    values?: readonly ChartValue[];
    ticks?: number;
    shape?: 'circle' | 'polygon';
    format?: (value: ChartValue) => string;
    labelAngle?: number;
    labelOffset?: number;
}
export declare function radialGrid(options?: RadialGridOptions): PolarGuide;
export interface AngleGridOptions extends PolarGuideStyle {
    values?: readonly ChartValue[];
    format?: (value: ChartValue) => string;
    labelOffset?: number;
}
export declare function angleGrid(options?: AngleGridOptions): PolarGuide;