Here is a list of all documented class members with links to the class documentation for each member:

- _ -

• _a : rgq_cf

- a -

• adaptive_integrator() : adaptive_integrator< Function >
• alpha() : gamma_distribution , beta_distribution

- b -

• beta() : beta_distribution , gamma_distribution
• beta_distribution() : beta_distribution
• binomial_distribution() : binomial_distribution
• bisection_root_finder() : bisection_root_finder< Function >
• bracket() : bracket< Function >
• bracket_out() : bracket< Function >

- c -

• cauchy_distribution() : cauchy_distribution
• cdf() : beta_distribution , cauchy_distribution , exponential_distribution , uniform_distribution , t_distribution , rayleigh_distribution , poisson_distribution , negative_binomial_distribution , normal_distribution , log_normal_distribution , logistic_distribution , laplace_distribution , hypergeometric_distribution , geometric_distribution , gamma_distribution , f_distribution , chi_squared_distribution , discrete_distribution , continuous_distribution , binomial_distribution
• chi_squared_distribution() : chi_squared_distribution
• continued_fraction() : continued_fraction< A, B >
• convergence_exception() : convergence_exception

- d -

• degrees_of_freedom() : chi_squared_distribution , t_distribution
• denominator_degrees_of_freedom() : f_distribution

- e -

• evaluate() : continued_fraction< A, B > , power_series< Term > , series< Term >
• exponential_distribution() : exponential_distribution

- f -

• f_distribution() : f_distribution
• false_position_root_finder() : false_position_root_finder< Function >
• find_inverse_cdf() : discrete_distribution , continuous_distribution
• find_root() : bisection_root_finder< Function > , secant_root_finder< Function > , false_position_root_finder< Function > , newton_root_finder< Function >

- g -

• gamma_distribution() : gamma_distribution
• geometric_distribution() : geometric_distribution

- h -

• hypergeometric_distribution() : hypergeometric_distribution

- i -

• integrate() : adaptive_integrator< Function > , romberg_integrator< Function > , trapezoidal_integrator< Function > , simpsons_integrator< Function >
• inv_cdf_f() : inv_cdf_f
• inv_erf_f() : inv_erf_f
• invalid_argument_exception() : invalid_argument_exception
• inverse_cdf() : uniform_distribution , normal_distribution , negative_binomial_distribution , log_normal_distribution , beta_distribution , laplace_distribution , hypergeometric_distribution , gamma_distribution , geometric_distribution , f_distribution , exponential_distribution , discrete_distribution , poisson_distribution , chi_squared_distribution , logistic_distribution , binomial_distribution , cauchy_distribution , t_distribution , continuous_distribution , rayleigh_distribution
• iterate() : trapezoidal_integrator_state< Function >
• iterations() : trapezoidal_integrator_state< Function >
• iterative_method() : iterative_method

- l -

• laplace_distribution() : laplace_distribution
• log_normal_distribution() : log_normal_distribution
• logistic_distribution() : logistic_distribution
• lower() : uniform_distribution
• lower_bound() : bracket< Function >

- m -

• maximum_iterations() : iterative_method , bracket< Function >
• maximum_relative_error() : iterative_method
• mean() : normal_distribution , log_normal_distribution , poisson_distribution , logistic_distribution , exponential_distribution , normal_distribution , laplace_distribution , exponential_distribution , logistic_distribution , laplace_distribution , poisson_distribution
• median() : cauchy_distribution

- n -

• negative_binomial_distribution() : negative_binomial_distribution
• newton_root_finder() : newton_root_finder< Function >
• normal_distribution() : normal_distribution
• number_of_failures() : hypergeometric_distribution
• number_of_successes() : negative_binomial_distribution , hypergeometric_distribution
• number_of_trials() : binomial_distribution
• numerator_degrees_of_freedom() : f_distribution
• numerics_exception() : numerics_exception

- o -

• operator()() : rb_cf_a , inv_cdf_f , rgq_cf_b , rgq_cf_a , rgp_s , inv_erf_f , rb_cf_b

- p -

• pmf() : binomial_distribution , discrete_distribution , hypergeometric_distribution , negative_binomial_distribution , geometric_distribution , poisson_distribution
• poisson_distribution() : poisson_distribution
• power_series() : power_series< Term >
• probability_of_success() : binomial_distribution , geometric_distribution , negative_binomial_distribution , geometric_distribution , binomial_distribution , negative_binomial_distribution

- r -

• rayleigh_distribution() : rayleigh_distribution
• rb_cf_b() : rb_cf_b
• result() : trapezoidal_integrator_state< Function >
• rgp_s() : rgp_s
• rgq_cf() : rgq_cf
• rgq_cf_a() : rgq_cf_a
• rgq_cf_b() : rgq_cf_b
• romberg_integrator() : romberg_integrator< Function >

- s -

• sample_size() : hypergeometric_distribution
• scale() : cauchy_distribution , logistic_distribution , rayleigh_distribution , laplace_distribution , rayleigh_distribution , cauchy_distribution , laplace_distribution , logistic_distribution
• secant_root_finder() : secant_root_finder< Function >
• series() : series< Term >
• simple_cdf() : discrete_distribution
• simpsons_integrator() : simpsons_integrator< Function >
• standard_deviation() : normal_distribution , log_normal_distribution , normal_distribution

- t -

• t_distribution() : t_distribution
• trapezoidal_integrator() : trapezoidal_integrator< Function >

- u -

• uniform_distribution() : uniform_distribution
• upper() : uniform_distribution
• upper_bound() : bracket< Function >

- ~ -

• ~adaptive_integrator() : adaptive_integrator< Function >
• ~continued_fraction() : continued_fraction< A, B >
• ~power_series() : power_series< Term >
• ~romberg_integrator() : romberg_integrator< Function >
• ~series() : series< Term >
• ~simpsons_integrator() : simpsons_integrator< Function >
• ~trapezoidal_integrator() : trapezoidal_integrator< Function >

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