Elementary discrete (lattice) distributions

• Boost: Bernoulli distribution
  • math53.bernoulli_pmf()
  • math53.bernoulli_cdf()
  • math53.bernoulli_qtf()
  • CtxBoost.dist_bernoulli()
  • dist_bernoulli.pmf()
  • dist_bernoulli.cdf()
  • dist_bernoulli.qtf()
  • dist_bernoulli.sf()
  • dist_bernoulli.isf()
  • dist_bernoulli.hf()
  • dist_bernoulli.chf()
  • dist_bernoulli.mode()
  • dist_bernoulli.median()
  • dist_bernoulli.mean()
  • dist_bernoulli.variance()
  • dist_bernoulli.stdev()
  • dist_bernoulli.skewness()
  • dist_bernoulli.kurtosis()
  • dist_bernoulli.kurtosis_excess()
  • dist_bernoulli.support_lower_endpoint()
  • dist_bernoulli.support_upper_endpoint()
  • dist_bernoulli.range_lower_endpoint()
  • dist_bernoulli.range_upper_endpoint()
• Boost: Geometric distribution
  • math53.geometric_pmf()
  • math53.geometric_cdf()
  • math53.geometric_qtf()
  • ctx.dist_geometric
  • dist_geometric.pmf()
  • dist_geometric.cdf()
  • dist_geometric.sf()
  • dist_geometric.qtf()
  • dist_geometric.isf()
  • dist_geometric.c_x()
  • dist_geometric.m_x()
  • dist_geometric.k_x()
  • dist_geometric.moments()
  • dist_geometric.cumulants()
• Boost: Poisson distribution
  • math53.poisson_pmf()
  • math53.poisson_cdf()
  • math53.poisson_qtf()
  • ctx.dist_poisson
  • dist_poisson.pmf()
  • dist_poisson.cdf()
  • dist_poisson.sf()
  • dist_poisson.qtf()
  • dist_poisson.isf()
  • dist_poisson.g_x()
  • dist_poisson.c_x()
  • dist_poisson.m_x()
  • dist_poisson.k_x()
  • dist_poisson.moments()
  • dist_poisson.cumulants()
  • ctx.poisson_ecf()
  • ctx.poisson_ecf_inv()
  • ctx.poisson_spa()
  • ctx.poisson_spa_inv()
• Boost: Binomial distribution
  • math53.binomial_pmf()
  • math53.binomial_cdf()
  • math53.binomial_qtf()
  • ctx.dist_binomial
  • dist_binomial.pmf()
  • dist_binomial.cdf()
  • dist_binomial.sf()
  • dist_binomial.qtf()
  • dist_binomial.isf()
  • dist_binomial.g_x()
  • dist_binomial.c_x()
  • dist_binomial.m_x()
  • dist_binomial.k_x()
  • dist_binomial.moments()
  • dist_binomial.cumulants()
  • ctx.hypergeo_ft()
  • ctx.binomial_ft()
  • ctx.binomial_ecf()
  • ctx.binomial_ecf_inv()
  • ctx.binomial_spa()
  • ctx.binomial_spa_inv()
• Boost: Negative binomial distribution
  • math53.negbinomial_pmf()
  • math53.negbinomial_cdf()
  • math53.negbinomial_qtf()
  • ctx.dist_negbinom
  • dist_negbinom.pmf()
  • dist_negbinom.cdf()
  • dist_negbinom.sf()
  • dist_negbinom.qtf()
  • dist_negbinom.isf()
  • dist_negbinom.g_x()
  • dist_negbinom.c_x()
  • dist_negbinom.m_x()
  • dist_negbinom.k_x()
  • dist_negbinom.moments()
  • dist_negbinom.cumulants()
  • ctx.negbinom_ecf()
  • ctx.negbinom_ecf_inv()
  • ctx.negbinom_spa()
  • ctx.negbinom_spa_inv()
• Boost: Classical hypergeometric distribution
  • math53.hypergeometric_pmf()
  • math53.hypergeometric_cdf()
  • math53.hypergeometric_qtf()
  • ctx.dist_hypergeometric
  • dist_hypergeometric.pmf()
  • dist_hypergeometric.cdf()
  • dist_hypergeometric.sf()
  • dist_hypergeometric.qtf()
  • dist_hypergeometric.isf()
  • dist_hypergeometric.g_x()
  • dist_hypergeometric.c_x()
  • dist_hypergeometric.m_x()
  • dist_hypergeometric.k_x()
  • dist_hypergeometric.moments()
  • dist_hypergeometric.cumulants()
  • ctx.hypergeo_ecf()
  • ctx.hypergeo_ecf_inv()
  • ctx.hypergeo_spa()
  • ctx.hypergeo_spa_inv()