randlib.hpp

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#pragma once
 
#include <randlib/engine/legacy.hpp>
#include <randlib/engine/pcg.hpp>
#include <randlib/engine/seeding.hpp>
#include <randlib/engine/splitmix64.hpp>
#include <randlib/engine/uniform.hpp>
#include <randlib/engine/xoshiro.hpp>
#include <randlib/core/distribution.hpp>
#include <randlib/core/univariate.hpp>
#include <randlib/core/continuous.hpp>
#include <randlib/continuous/beta_prime.hpp>
#include <randlib/continuous/beta.hpp>
#include <randlib/continuous/cauchy.hpp>
#include <randlib/continuous/degenerate.hpp>
#include <randlib/continuous/exponential.hpp>
#include <randlib/continuous/exponentially_modified_gaussian.hpp>
#include <randlib/continuous/fisher_f.hpp>
#include <randlib/continuous/frechet.hpp>
#include <randlib/continuous/generalized_extreme_value.hpp>
#include <randlib/continuous/generalized_pareto.hpp>
#include <randlib/continuous/gamma.hpp>
#include <randlib/continuous/geometric_stable.hpp>
#include <randlib/continuous/gumbel.hpp>
#include <randlib/continuous/inverse_gamma.hpp>
#include <randlib/continuous/inverse_gaussian.hpp>
#include <randlib/continuous/irwin_hall.hpp>
#include <randlib/continuous/kolmogorov_smirnov.hpp>
#include <randlib/continuous/laplace.hpp>
#include <randlib/continuous/levy.hpp>
#include <randlib/continuous/logistic.hpp>
#include <randlib/continuous/log_normal.hpp>
#include <randlib/continuous/log_stable.hpp>
#include <randlib/continuous/marchenko_pastur.hpp>
#include <randlib/continuous/nakagami.hpp>
#include <randlib/continuous/noncentral_chi_squared.hpp>
#include <randlib/continuous/noncentral_t.hpp>
#include <randlib/continuous/normal.hpp>
#include <randlib/continuous/pareto.hpp>
#include <randlib/continuous/planck.hpp>
#include <randlib/continuous/raised_cosine.hpp>
#include <randlib/continuous/rice.hpp>
#include <randlib/continuous/sech.hpp>
#include <randlib/continuous/stable.hpp>
#include <randlib/continuous/stable_count.hpp>
#include <randlib/continuous/student_t.hpp>
#include <randlib/continuous/uniform.hpp>
#include <randlib/continuous/triangular.hpp>
#include <randlib/continuous/weibull.hpp>
#include <randlib/continuous/wigner_semicircle.hpp>
#include <randlib/circular/von_mises.hpp>
#include <randlib/circular/wrapped_exponential.hpp>
#include <randlib/core/discrete.hpp>
#include <randlib/discrete/bernoulli.hpp>
#include <randlib/discrete/beta_binomial.hpp>
#include <randlib/discrete/binomial.hpp>
#include <randlib/discrete/categorical.hpp>
#include <randlib/discrete/geometric.hpp>
#include <randlib/discrete/hypergeometric.hpp>
#include <randlib/discrete/negative_binomial.hpp>
#include <randlib/discrete/negative_hypergeometric.hpp>
#include <randlib/discrete/logarithmic.hpp>
#include <randlib/discrete/poisson.hpp>
#include <randlib/discrete/rademacher.hpp>
#include <randlib/discrete/skellam.hpp>
#include <randlib/discrete/uniform_discrete.hpp>
#include <randlib/discrete/yule.hpp>
#include <randlib/discrete/zeta.hpp>
#include <randlib/discrete/zipf.hpp>
#include <randlib/core/singular.hpp>
#include <randlib/singular/cantor.hpp>
#include <randlib/core/continuous_bivariate.hpp>
#include <randlib/bivariate/normal_inverse_gamma.hpp>
#include <randlib/bivariate/bivariate_normal.hpp>
#include <randlib/bivariate/trinomial.hpp>
#include <randlib/fit/bayes.hpp>
#include <randlib/fit/censored.hpp>
#include <randlib/fit/gof.hpp>
#include <randlib/fit/mle.hpp>
#include <randlib/fit/moments.hpp>
#include <randlib/fit/select.hpp>
#include <randlib/fit/tail.hpp>
 
#ifdef RANDLIB_PRECOMPILED
#include <randlib/precompiled.hpp>
#endif