import { Series } from './runtime/series';
import type { Bar } from './types';
export declare function sma(source: Series, length: number): Series;
export declare function ema(source: Series, length: number): Series;
export declare function wma(source: Series, length: number): Series;
export declare function rma(source: Series, length: number): Series;
export declare function rsi(source: Series, length: number): Series;
export declare function macd(source: Series, fastLength: number, slowLength: number, signalLength: number): [Series, Series, Series];
export declare function bb(source: Series, length: number, mult: number): [Series, Series, Series];
export declare function stdev(source: Series, length: number): Series;
export declare function atr(bars: Bar[], length: number): Series;
export declare function tr(bars: Bar[], handle_na?: boolean): Series;
export declare function stoch(source: Series, high: Series, low: Series, length: number): Series;
export declare function crossover(source1: Series, source2: Series | number): Series;
export declare function crossunder(source1: Series, source2: Series | number): Series;
export declare function cross(source1: Series, source2: Series | number): Series;
export declare function change(source: Series, length?: number): Series;
export declare function mom(source: Series, length: number): Series;
export declare function roc(source: Series, length: number): Series;
export declare function highest(source: Series, length: number): Series;
export declare function lowest(source: Series, length: number): Series;
export declare function rising(source: Series, length: number): Series;
export declare function falling(source: Series, length: number): Series;
export declare function cum(source: Series): Series;
export declare function supertrend(bars: Bar[], factor: number, atrLength: number): [Series, Series];
export declare function vwap(source: Series, volume: Series): Series;
export declare function ichimoku(bars: Bar[], conversionPeriods: number, basePeriods: number, laggingSpan2Periods: number, displacement: number): [Series, Series, Series, Series, Series];
export declare function vwma(source: Series, length: number, volume: Series): Series;
export declare function linreg(source: Series, length: number, offset?: number): Series;
export declare function alma(source: Series, length?: number, offset?: number, sigma?: number, floor?: boolean): Series;
export declare function zigzag(bars: Bar[], deviation?: number, depth?: number, backstep?: number): [Series, Series, Series];
export declare function cci(source: Series, length: number): Series;
export declare function sar(bars: Bar[], start?: number, inc?: number, max?: number): Series;
export declare function dev(source: Series, length: number): Series;
export declare function variance(source: Series, length: number, biased?: boolean): Series;
export declare function median(source: Series, length: number): Series;
export declare function swma(source: Series): Series;
export declare function correlation(source1: Series, source2: Series, length: number): Series;
export declare function percentrank(source: Series, length: number): Series;
export declare function mfi(source: Series, length: number, volume: Series): Series;
export declare function hma(source: Series, length: number): Series;
export declare function pivothigh(source: Series, leftbars: number, rightbars: number): Series;
export declare function pivotlow(source: Series, leftbars: number, rightbars: number): Series;
export declare function barssince(condition: Series): Series;
export declare function valuewhen(condition: Series, source: Series, occurrence: number): Series;
export declare function dmi(bars: Bar[], diLength: number, adxSmoothing: number): [Series, Series, Series];
export declare function tsi(source: Series, shortLength: number, longLength: number): Series;
export declare function cmo(source: Series, length: number): Series;
export declare function kc(bars: Bar[], source: Series, length: number, mult: number, useTrueRange?: boolean): [Series, Series, Series];
export declare function bbw(source: Series, length: number, mult: number): Series;
export declare function wpr(bars: Bar[], length?: number): Series;
export declare function kcw(bars: Bar[], source: Series, length?: number, mult?: number, useTrueRange?: boolean): Series;
export declare function range(high: Series, low: Series): Series;
export declare function highestbars(source: Series, length: number): Series;
export declare function lowestbars(source: Series, length: number): Series;
export declare function max(source1: Series, source2: Series): Series;
export declare function min(source1: Series, source2: Series): Series;
export declare function cog(source: Series, length?: number): Series;
export declare function mode(source: Series, length: number): Series;
export declare function percentile_linear_interpolation(source: Series, length: number, percentage: number): Series;
export declare function percentile_nearest_rank(source: Series, length: number, percentage: number): Series;
export declare function rci(source: Series, length: number): Series;
export declare const ta: {
    sma: typeof sma;
    ema: typeof ema;
    wma: typeof wma;
    vwma: typeof vwma;
    rma: typeof rma;
    rsi: typeof rsi;
    macd: typeof macd;
    bb: typeof bb;
    stdev: typeof stdev;
    atr: typeof atr;
    tr: typeof tr;
    stoch: typeof stoch;
    crossover: typeof crossover;
    crossunder: typeof crossunder;
    cross: typeof cross;
    change: typeof change;
    mom: typeof mom;
    roc: typeof roc;
    highest: typeof highest;
    lowest: typeof lowest;
    rising: typeof rising;
    falling: typeof falling;
    cum: typeof cum;
    supertrend: typeof supertrend;
    vwap: typeof vwap;
    ichimoku: typeof ichimoku;
    linreg: typeof linreg;
    alma: typeof alma;
    zigzag: typeof zigzag;
    cci: typeof cci;
    sar: typeof sar;
    dev: typeof dev;
    variance: typeof variance;
    median: typeof median;
    swma: typeof swma;
    correlation: typeof correlation;
    percentrank: typeof percentrank;
    mfi: typeof mfi;
    hma: typeof hma;
    pivothigh: typeof pivothigh;
    pivotlow: typeof pivotlow;
    barssince: typeof barssince;
    valuewhen: typeof valuewhen;
    dmi: typeof dmi;
    tsi: typeof tsi;
    cmo: typeof cmo;
    kc: typeof kc;
    bbw: typeof bbw;
    wpr: typeof wpr;
    kcw: typeof kcw;
    range: typeof range;
    highestbars: typeof highestbars;
    lowestbars: typeof lowestbars;
    max: typeof max;
    min: typeof min;
    cog: typeof cog;
    mode: typeof mode;
    percentile_linear_interpolation: typeof percentile_linear_interpolation;
    percentile_nearest_rank: typeof percentile_nearest_rank;
    rci: typeof rci;
};
//# sourceMappingURL=ta-series.d.ts.map