/**
 * Typed Functions Index (Parallel-First)
 *
 * Re-exports all typed functions that use polymorphic dispatch
 * via @danielsimonjr/mathts-core's mathTyped system with parallel-first execution
 * through @danielsimonjr/mathts-parallel's ComputePool.
 *
 * Following the parallel-first philosophy per CLAUDE.md:
 * - Use workers for ALL array transformations (Float64Array)
 * - Use workers for ALL numerical computations that can be batched
 * - Only fall back to sequential for trivial scalar operations
 *
 * @packageDocumentation
 */
export * from './arithmetic.js';
export { typedArithmetic } from './arithmetic.js';
export * from './trigonometry.js';
export { typedTrigonometry } from './trigonometry.js';
export * from './statistics.js';
export { typedStatistics } from './statistics.js';
export * from './signal.js';
export { typedSignal } from './signal.js';
export * from './bitwise.js';
export { typedBitwise } from './bitwise.js';
export * from './logical.js';
export { typedLogical } from './logical.js';
export * from './complex.js';
export { typedComplex } from './complex.js';
export * from './set.js';
export { typedSet } from './set.js';
export * from './special.js';
export * from './fused.js';
export { typedSpecial } from './special.js';
export * from './distributions.js';
export { typedDistributions } from './distributions.js';
export * from './geometry.js';
export * from './algebra.js';
export { typedAlgebra } from './algebra.js';
export * from './integration.js';
export * from './interpolation.js';
export * from './numeric.js';
export * from './combinatorics.js';
export * from './graph.js';
export * from './dist-objects.js';
export * from './hypothesis.js';
export * from './matrix-ops.js';
export * from './gpu.js';
export { enableGpu, disableGpu, isGpuEnabled, GPU_MIN_ELEMENTS } from '@danielsimonjr/mathts-gpu';
export { elementwiseChainGpuDispatch, elementwiseChainReduceGpuDispatch, GPU_REDUCE_OPS, type GpuReduceOp, isGpuChainSupported, resetGpuElementwise, GPU_ELEMENTWISE_OPS, type GpuElementwiseOp, type GpuChainOptions, } from '../gpu/elementwise-gpu.js';
export { fftGpuDispatch, resetGpuFft, type GpuFftOptions, type GpuFftResult, } from '../gpu/fft-gpu.js';
export * from './relational.js';
export { typedRelational } from './relational.js';
export * from './string.js';
export { typedString } from './string.js';
export * from './probability.js';
export { typedProbability } from './probability.js';
export * from './unit.js';
export { typedUnit } from './unit.js';
/**
 * All typed functions combined (parallel-first)
 *
 * This includes all arithmetic, trigonometric, statistics, signal
 * processing, special, probability distribution, combinatorics,
 * graph theory, distribution objects, hypothesis test, and algebra functions.
 */
export declare const typedFunctions: {
    add: import("typed-function").TypedFunction;
    subtract: import("typed-function").TypedFunction;
    multiply: import("typed-function").TypedFunction;
    divide: import("typed-function").TypedFunction;
    unaryMinus: import("typed-function").TypedFunction;
    unaryPlus: import("typed-function").TypedFunction;
    abs: import("typed-function").TypedFunction;
    sign: import("typed-function").TypedFunction;
    pow: import("typed-function").TypedFunction;
    sqrt: import("typed-function").TypedFunction;
    square: import("typed-function").TypedFunction;
    cube: import("typed-function").TypedFunction;
    cbrt: import("typed-function").TypedFunction;
    nthRoot: import("typed-function").TypedFunction;
    exp: import("typed-function").TypedFunction;
    log: import("typed-function").TypedFunction;
    log10: import("typed-function").TypedFunction;
    log2: import("typed-function").TypedFunction;
    log1p: import("typed-function").TypedFunction;
    expm1: import("typed-function").TypedFunction;
    round: import("typed-function").TypedFunction;
    floor: import("typed-function").TypedFunction;
    ceil: import("typed-function").TypedFunction;
    fix: import("typed-function").TypedFunction;
    mod: import("typed-function").TypedFunction;
    gcd: import("typed-function").TypedFunction;
    lcm: import("typed-function").TypedFunction;
    xgcd: import("typed-function").TypedFunction;
    sinh: import("typed-function").TypedFunction;
    cosh: import("typed-function").TypedFunction;
    tanh: import("typed-function").TypedFunction;
    equal: import("typed-function").TypedFunction;
    smaller: import("typed-function").TypedFunction;
    larger: import("typed-function").TypedFunction;
    smallerEq: import("typed-function").TypedFunction;
    largerEq: import("typed-function").TypedFunction;
    compare: import("typed-function").TypedFunction;
    dot: import("typed-function").TypedFunction;
    matmul: typeof import("./arithmetic.js").matmul;
    transpose: typeof import("./arithmetic.js").transpose;
    matvec: typeof import("./arithmetic.js").matvec;
    outer: typeof import("./arithmetic.js").outer;
    initializePool: typeof import("./arithmetic.js").initializePool;
    terminatePool: typeof import("./arithmetic.js").terminatePool;
    shouldParallelize: typeof import("./arithmetic.js").shouldParallelize;
    getComputePool: typeof import("./arithmetic.js").getComputePool;
    sin: import("typed-function").TypedFunction;
    cos: import("typed-function").TypedFunction;
    tan: import("typed-function").TypedFunction;
    csc: import("typed-function").TypedFunction;
    sec: import("typed-function").TypedFunction;
    cot: import("typed-function").TypedFunction;
    asin: import("typed-function").TypedFunction;
    acos: import("typed-function").TypedFunction;
    atan: import("typed-function").TypedFunction;
    atan2: import("typed-function").TypedFunction;
    acsc: import("typed-function").TypedFunction;
    asec: import("typed-function").TypedFunction;
    acot: import("typed-function").TypedFunction;
    asinh: import("typed-function").TypedFunction;
    acosh: import("typed-function").TypedFunction;
    atanh: import("typed-function").TypedFunction;
    toRadians: import("typed-function").TypedFunction;
    toDegrees: import("typed-function").TypedFunction;
    hypot: import("typed-function").TypedFunction;
    sum: import("typed-function").TypedFunction;
    mean: import("typed-function").TypedFunction;
    variance: import("typed-function").TypedFunction;
    std: import("typed-function").TypedFunction;
    min: import("typed-function").TypedFunction;
    max: import("typed-function").TypedFunction;
    minMax: import("typed-function").TypedFunction;
    median: import("typed-function").TypedFunction;
    mode: import("typed-function").TypedFunction;
    prod: import("typed-function").TypedFunction;
    norm: import("typed-function").TypedFunction;
    distance: import("typed-function").TypedFunction;
    corr: import("typed-function").TypedFunction;
    mad: import("typed-function").TypedFunction;
    cumsum: import("typed-function").TypedFunction;
    quantile: import("typed-function").TypedFunction;
    percentile: typeof import("./statistics.js").parallelStatPercentile;
    histogram: import("typed-function").TypedFunction;
    quickSelect: typeof import("./statistics.js").quickSelect;
    medianSelect: typeof import("./statistics.js").medianSelect;
    minSelect: typeof import("./statistics.js").minSelect;
    maxSelect: typeof import("./statistics.js").maxSelect;
    fft: import("typed-function").TypedFunction;
    ifft: import("typed-function").TypedFunction;
    fftMagnitude: import("typed-function").TypedFunction;
    fftPower: import("typed-function").TypedFunction;
    conv: import("typed-function").TypedFunction;
    xcorr: import("typed-function").TypedFunction;
    autocorr: import("typed-function").TypedFunction;
    crossCorrelation: typeof import("./signal.js").crossCorrelation;
    autoCorrelation: typeof import("./signal.js").autoCorrelation;
    groupDelay: typeof import("./signal.js").groupDelay;
    unwrapPhase: typeof import("./signal.js").unwrapPhase;
    dct: typeof import("./signal.js").dct;
    idct: typeof import("./signal.js").idct;
    dst: typeof import("./signal.js").dst;
    idst: typeof import("./signal.js").idst;
    dwt: typeof import("./signal.js").dwt;
    fft2d: typeof import("./signal.js").fft2d;
    fourier: typeof import("./signal.js").fourier;
    invFourier: typeof import("./signal.js").invFourier;
    hilbertTransform: typeof import("./signal.js").hilbertTransform;
    spectrogram: typeof import("./signal.js").spectrogram;
    periodogram: typeof import("./signal.js").periodogram;
    lowpassFilter: typeof import("./signal.js").lowpassFilter;
    highpassFilter: typeof import("./signal.js").highpassFilter;
    bandpassFilter: typeof import("./signal.js").bandpassFilter;
    resample: typeof import("./signal.js").resample;
    medfilt: typeof import("./signal.js").medfilt;
    windowFunction: typeof import("./signal.js").windowFunction;
    convolve: typeof import("./signal.js").convolve;
    correlate: typeof import("./signal.js").correlate;
    welchPSD: typeof import("./signal.js").welchPSD;
    bartlettPSD: typeof import("./signal.js").bartlettPSD;
    multiTaperPSD: typeof import("./signal.js").multiTaperPSD;
    goertzel: typeof import("./signal.js").goertzel;
    chirpZTransform: typeof import("./signal.js").chirpZTransform;
    applyWindow: typeof import("../wasm/signal/wasm-bridge.js").applyWindowDispatch;
    erfc: import("typed-function").TypedFunction;
    lgamma: import("typed-function").TypedFunction;
    beta: import("typed-function").TypedFunction;
    gammainc: import("typed-function").TypedFunction;
    digamma: import("typed-function").TypedFunction;
    besselJ0: import("typed-function").TypedFunction;
    besselJ1: import("typed-function").TypedFunction;
    besselY0: import("typed-function").TypedFunction;
    besselY1: import("typed-function").TypedFunction;
    besselJ: import("typed-function").TypedFunction;
    besselY: import("typed-function").TypedFunction;
    besselI: import("typed-function").TypedFunction;
    besselK: import("typed-function").TypedFunction;
    betainc: import("typed-function").TypedFunction;
    gammaincp: import("typed-function").TypedFunction;
    ellipticK: import("typed-function").TypedFunction;
    ellipticE: import("typed-function").TypedFunction;
    chebyshevT: import("typed-function").TypedFunction;
    hermiteH: import("typed-function").TypedFunction;
    laguerreL: import("typed-function").TypedFunction;
    legendreP: import("typed-function").TypedFunction;
    lambertW: import("typed-function").TypedFunction;
    erfi: import("typed-function").TypedFunction;
    cosIntegral: import("typed-function").TypedFunction;
    sinIntegral: import("typed-function").TypedFunction;
    logIntegral: import("typed-function").TypedFunction;
    expIntegralEi: import("typed-function").TypedFunction;
    fresnelC: import("typed-function").TypedFunction;
    fresnelS: import("typed-function").TypedFunction;
    airyAi: import("typed-function").TypedFunction;
    airyBi: import("typed-function").TypedFunction;
    carlsonRC: import("typed-function").TypedFunction;
    carlsonRF: import("typed-function").TypedFunction;
    carlsonRD: import("typed-function").TypedFunction;
    carlsonRJ: import("typed-function").TypedFunction;
    ellipticF: import("typed-function").TypedFunction;
    ellipticEIncomplete: import("typed-function").TypedFunction;
    ellipticPi: import("typed-function").TypedFunction;
    normalPDF: import("typed-function").TypedFunction;
    normalCDF: import("typed-function").TypedFunction;
    exponentialPDF: import("typed-function").TypedFunction;
    exponentialCDF: import("typed-function").TypedFunction;
    poissonPMF: import("typed-function").TypedFunction;
    binomialPMF: import("typed-function").TypedFunction;
    geometricPMF: import("typed-function").TypedFunction;
    bernoulliPMF: import("typed-function").TypedFunction;
    entropy: import("typed-function").TypedFunction;
    jsDivergence: import("typed-function").TypedFunction;
    betaPDF: import("typed-function").TypedFunction;
    gammaPDF: import("typed-function").TypedFunction;
    studentTPDF: import("typed-function").TypedFunction;
    noncentralChi2PDF: import("typed-function").TypedFunction;
    polyval: typeof import("./algebra.js").polyval;
    polyadd: typeof import("./algebra.js").polyadd;
    polymul: typeof import("./algebra.js").polymul;
    polyder: typeof import("./algebra.js").polyder;
    polynomialGCD: typeof import("./algebra.js").polynomialGCD;
    polynomialLCM: typeof import("./algebra.js").polynomialLCM;
    polynomialQuotient: typeof import("./algebra.js").polynomialQuotient;
    polynomialRemainder: typeof import("./algebra.js").polynomialRemainder;
    degree: typeof import("./algebra.js").degree;
    coefficientList: typeof import("./algebra.js").coefficientList;
    discriminant: typeof import("./algebra.js").discriminant;
    differences: typeof import("./algebra.js").differences;
    expand: typeof import("./algebra.js").expand;
    factor: typeof import("./algebra.js").factor;
    collect: typeof import("./algebra.js").collect;
    substitute: typeof import("./algebra.js").substitute;
    variables: typeof import("./algebra.js").variables;
    cancel: typeof import("./algebra.js").cancel;
    together: typeof import("./algebra.js").together;
    apart: typeof import("./algebra.js").apart;
    trigExpand: typeof import("./algebra.js").trigExpand;
    trigReduce: typeof import("./algebra.js").trigReduce;
    trigToExp: typeof import("./algebra.js").trigToExp;
    expToTrig: typeof import("./algebra.js").expToTrig;
    tangentLine: typeof import("./algebra.js").tangentLine;
    reduce: typeof import("./algebra.js").reduce;
    combine: typeof import("./algebra.js").combine;
    complexExpand: typeof import("./algebra.js").complexExpand;
    normalForm: typeof import("./algebra.js").normalForm;
    powerExpand: typeof import("./algebra.js").powerExpand;
    fullSimplify: typeof import("./algebra.js").fullSimplify;
    element: typeof import("./algebra.js").element;
    eliminate: typeof import("./algebra.js").eliminate;
    symbolicPartialDerivative: typeof import("./algebra.js").symbolicPartialDerivative;
    functionExpand: typeof import("./algebra.js").functionExpand;
    resultant: typeof import("./algebra.js").resultant;
    to: import("typed-function").TypedFunction;
    toBest: import("typed-function").TypedFunction;
    fibonacci: import("typed-function").TypedFunction;
    lucas: import("typed-function").TypedFunction;
    doubleFactorial: import("typed-function").TypedFunction;
    risingFactorial: import("typed-function").TypedFunction;
    fallingFactorial: import("typed-function").TypedFunction;
    subfactorial: import("typed-function").TypedFunction;
    prime: import("typed-function").TypedFunction;
    nextPrime: import("typed-function").TypedFunction;
    primePi: import("typed-function").TypedFunction;
    primeFactors: import("typed-function").TypedFunction;
    divisors: import("typed-function").TypedFunction;
    eulerPhi: import("typed-function").TypedFunction;
    divisorSigma: import("typed-function").TypedFunction;
    carmichaelLambda: import("typed-function").TypedFunction;
    moebiusMu: import("typed-function").TypedFunction;
    jacobiSymbol: import("typed-function").TypedFunction;
    chineseRemainder: import("typed-function").TypedFunction;
    lucasL: import("typed-function").TypedFunction;
    partitions: import("typed-function").TypedFunction;
    harmonicNumber: import("typed-function").TypedFunction;
    integerDigits: import("typed-function").TypedFunction;
};
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