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// # simple-statistics//// A simple, literate statistics system.
// Linear Regressionexport { default as linearRegression } from './src/linear_regression';export { default as linearRegressionLine } from './src/linear_regression_line';export { default as standardDeviation } from './src/standard_deviation';export { default as rSquared } from './src/r_squared';export { default as mode } from './src/mode';export { default as modeFast } from './src/mode_fast';export { default as modeSorted } from './src/mode_sorted';export { default as min } from './src/min';export { default as max } from './src/max';export { default as extent } from './src/extent';export { default as minSorted } from './src/min_sorted';export { default as maxSorted } from './src/max_sorted';export { default as sum } from './src/sum';export { default as sumSimple } from './src/sum_simple';export { default as product } from './src/product';export { default as quantile } from './src/quantile';export { default as quantileSorted } from './src/quantile_sorted';export { default as quantileRank } from './src/quantile_rank';export { default as quantileRankSorted } from './src/quantile_rank_sorted';export { default as interquartileRange, default as iqr } from './src/interquartile_range';export { default as medianAbsoluteDeviation, default as mad } from './src/median_absolute_deviation';export { default as chunk } from './src/chunk';export { default as sampleWithReplacement } from './src/sample_with_replacement';export { default as shuffle } from './src/shuffle';export { default as shuffleInPlace } from './src/shuffle_in_place';export { default as sample } from './src/sample';export { default as ckmeans } from './src/ckmeans';export { default as uniqueCountSorted } from './src/unique_count_sorted';export { default as sumNthPowerDeviations } from './src/sum_nth_power_deviations';export { default as equalIntervalBreaks } from './src/equal_interval_breaks';
// sample statisticsexport { default as sampleCovariance } from './src/sample_covariance';export { default as sampleCorrelation } from './src/sample_correlation';export { default as sampleVariance } from './src/sample_variance';export { default as sampleStandardDeviation } from './src/sample_standard_deviation';export { default as sampleSkewness } from './src/sample_skewness';export { default as sampleKurtosis } from './src/sample_kurtosis';
// combinatoricsexport { default as permutationsHeap } from './src/permutations_heap';export { default as combinations } from './src/combinations';export { default as combinationsReplacement } from './src/combinations_replacement';
// measures of centralityexport { default as addToMean } from './src/add_to_mean';export { default as combineMeans } from './src/combine_means';export { default as combineVariances } from './src/combine_variances';export { default as geometricMean } from './src/geometric_mean';export { default as harmonicMean } from './src/harmonic_mean';export { default as average, default as mean } from './src/mean';export { default as median } from './src/median';export { default as medianSorted } from './src/median_sorted';export { default as subtractFromMean } from './src/subtract_from_mean';
export { default as rootMeanSquare, default as rms } from './src/root_mean_square';export { default as variance } from './src/variance';export { default as tTest } from './src/t_test';export { default as tTestTwoSample } from './src/t_test_two_sample';// ss.jenks = require('./src/jenks');
// Classifiersexport { default as BayesianClassifier, default as bayesian } from './src/bayesian_classifier';export { default as PerceptronModel, default as perceptron } from './src/perceptron';
// Distribution-related methodsexport { default as epsilon } from './src/epsilon'; // We make ε available to the test suite.export { default as factorial } from './src/factorial';export { default as bernoulliDistribution } from './src/bernoulli_distribution';export { default as binomialDistribution } from './src/binomial_distribution';export { default as poissonDistribution } from './src/poisson_distribution';export { default as chiSquaredDistributionTable } from './src/chi_squared_distribution_table';export { default as chiSquaredGoodnessOfFit } from './src/chi_squared_goodness_of_fit';export { default as kernelDensityEstimation, default as kde } from './src/kernel_density_estimation';
// Normal distributionexport { default as zScore } from './src/z_score';export { default as cumulativeStdNormalProbability } from './src/cumulative_std_normal_probability';export { default as standardNormalTable } from './src/standard_normal_table';export { default as errorFunction, default as erf } from './src/error_function';export { default as inverseErrorFunction } from './src/inverse_error_function';export { default as probit } from './src/probit';
// Non-parametric Methodsexport { default as permutationTest } from "./src/permutation_test";
// Root-finding methodsexport { default as bisect } from './src/bisect';
// Clustering methods and metricsexport { default as kMeansCluster } from './src/k_means_cluster';export { default as silhouette } from './src/silhouette';export { default as silhouetteMetric } from './src/silhouette_metric';
// Utilsexport { default as quickselect } from './src/quickselect';export { default as sign } from './src/sign';export { default as numericSort } from './src/numeric_sort';