Member statcpp::ks_test_normal (Iterator first, Iterator last): Use lilliefors_test() instead. This function will be removed in a future version. The implementation is actually a Lilliefors test (parameters estimated from data), not a standard KS test with known parameters.
Member statcpp::weighted_harmonic_mean (Iterator first, Iterator last, WeightIterator weight_first): Use weighted_harmonic_mean(first, last, weight_first, weight_last) overload for range safety
Member statcpp::weighted_harmonic_mean (Iterator first, Iterator last, WeightIterator weight_first, Projection proj): Use weighted_harmonic_mean(first, last, weight_first, weight_last, proj) overload for range safety
Member statcpp::weighted_stddev (Iterator first, Iterator last, WeightIterator weight_first): Use weighted_stddev(first, last, weight_first, weight_last) overload for range safety
Member statcpp::weighted_stddev (Iterator first, Iterator last, WeightIterator weight_first, Projection proj): Use weighted_stddev(first, last, weight_first, weight_last, proj) overload for range safety
Member statcpp::weighted_variance (Iterator first, Iterator last, WeightIterator weight_first): Use weighted_variance(first, last, weight_first, weight_last) overload for range safety
Member statcpp::weighted_variance (Iterator first, Iterator last, WeightIterator weight_first, Projection proj): Use weighted_variance(first, last, weight_first, weight_last, proj) overload for range safety