/**
 * CCI Stochastic
 *
 * CCI = (close - SMA(close, len)) / (0.015 * meanDev(close, len))
 * Then apply Stochastic to CCI: K = stoch(CCI, CCI, CCI, stochLen), smoothed.
 *
 * Reference: TradingView "CCI Stochastic" (TV#117)
 */
import { type IndicatorResult, type InputConfig, type PlotConfig, type Bar } from 'oakscriptjs';
import type { MarkerData } from '../types';
export interface CCIStochasticInputs {
    cciLen: number;
    stochLen: number;
    smoothK: number;
    smoothD: number;
    showArrows: boolean;
    showArrowsCenter: boolean;
}
export declare const defaultInputs: CCIStochasticInputs;
export declare const inputConfig: InputConfig[];
export declare const plotConfig: PlotConfig[];
export declare const metadata: {
    title: string;
    shortTitle: string;
    overlay: boolean;
};
export declare function calculate(bars: Bar[], inputs?: Partial<CCIStochasticInputs>): IndicatorResult & {
    markers: MarkerData[];
};
export declare const CCIStochastic: {
    calculate: typeof calculate;
    metadata: {
        title: string;
        shortTitle: string;
        overlay: boolean;
    };
    defaultInputs: CCIStochasticInputs;
    inputConfig: InputConfig[];
    plotConfig: PlotConfig[];
};
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