Index

A

alpha (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property)

apply_mask_matrix() (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method) apply_mask_vector() (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method)

B

batch_shape (sppcax.distributions.base.Distribution attribute), [1] (sppcax.distributions.Beta attribute) (sppcax.distributions.Categorical attribute) (sppcax.distributions.Delta attribute) (sppcax.distributions.Distribution attribute), [1] (sppcax.distributions.ExponentialFamily attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MeanField attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.MultivariateNormalInverseGamma attribute) (sppcax.distributions.Normal attribute) (sppcax.distributions.Poisson attribute)

Beta (class in sppcax.distributions) (class in sppcax.distributions.beta) beta (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) broadcast_to_shape() (sppcax.distributions.base.Distribution method) (sppcax.distributions.Distribution method)

C

Categorical (class in sppcax.distributions) (class in sppcax.distributions.categorical) cho_inv() (in module sppcax.distributions.utils) col_covariance (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property)

covariance (sppcax.distributions.Delta property) (sppcax.distributions.delta.Delta property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property)

D

default_ss() (in module sppcax.distributions.delta) Delta (class in sppcax.distributions) (class in sppcax.distributions.delta) df (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseWishart property) dim (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseWishart property) Distribution (class in sppcax.distributions) (class in sppcax.distributions.base) dnat1 (sppcax.distributions.Beta attribute) (sppcax.distributions.beta.Beta attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.gamma.Gamma attribute) (sppcax.distributions.gamma.InverseGamma attribute) (sppcax.distributions.inverse_wishart.InverseWishart attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute)

dnat2 (sppcax.distributions.Beta attribute) (sppcax.distributions.beta.Beta attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.gamma.Gamma attribute) (sppcax.distributions.gamma.InverseGamma attribute) (sppcax.distributions.inverse_wishart.InverseWishart attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute)

E

entropy (sppcax.distributions.exponential_family.ExponentialFamily property) (sppcax.distributions.ExponentialFamily property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property) entropy() (sppcax.distributions.base.Distribution method) (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.Distribution method) (sppcax.distributions.mean_field.MeanField method) (sppcax.distributions.MeanField method) event_shape (sppcax.distributions.base.Distribution attribute), [1] (sppcax.distributions.Beta attribute) (sppcax.distributions.Categorical attribute) (sppcax.distributions.Delta attribute) (sppcax.distributions.Distribution attribute), [1] (sppcax.distributions.ExponentialFamily attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MeanField attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.MultivariateNormalInverseGamma attribute) (sppcax.distributions.Normal attribute) (sppcax.distributions.Poisson attribute) expected_covariance (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) expected_log_base_measure (sppcax.distributions.exponential_family.ExponentialFamily property) (sppcax.distributions.ExponentialFamily property) expected_log_psi (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) expected_psi (sppcax.distributions.Delta property) (sppcax.distributions.delta.Delta property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property)

expected_second_moment (sppcax.distributions.Delta property) (sppcax.distributions.delta.Delta property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) expected_sufficient_statistics (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Categorical property) (sppcax.distributions.categorical.Categorical property) (sppcax.distributions.Delta property) (sppcax.distributions.delta.Delta property) (sppcax.distributions.exponential_family.ExponentialFamily property) (sppcax.distributions.ExponentialFamily property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property) expected_sufficient_statistics_psi (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) ExponentialFamily (class in sppcax.distributions) (class in sppcax.distributions.exponential_family)

F

from_natural_parameters() (sppcax.distributions.Beta class method) (sppcax.distributions.beta.Beta class method) (sppcax.distributions.Categorical class method) (sppcax.distributions.categorical.Categorical class method) (sppcax.distributions.exponential_family.ExponentialFamily class method) (sppcax.distributions.ExponentialFamily class method) (sppcax.distributions.Gamma class method) (sppcax.distributions.gamma.Gamma class method) (sppcax.distributions.gamma.InverseGamma class method) (sppcax.distributions.InverseGamma class method) (sppcax.distributions.MultivariateNormal class method) (sppcax.distributions.mvn.MultivariateNormal class method) (sppcax.distributions.Normal class method) (sppcax.distributions.normal.Normal class method) (sppcax.distributions.Poisson class method) (sppcax.distributions.poisson.Poisson class method)

full_logits (sppcax.distributions.Categorical property) (sppcax.distributions.categorical.Categorical property)

G

Gamma (class in sppcax.distributions) (class in sppcax.distributions.gamma)

I

inv_gamma (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma attribute) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma attribute) inv_scale (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseWishart property)

InverseGamma (class in sppcax.distributions) (class in sppcax.distributions.gamma) InverseWishart (class in sppcax.distributions) (class in sppcax.distributions.inverse_wishart)

K

kl_divergence() (sppcax.distributions.exponential_family.ExponentialFamily method) (sppcax.distributions.ExponentialFamily method) kl_divergence_from_prior (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property)

L

loc (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) log_base_measure() (sppcax.distributions.Beta method) (sppcax.distributions.beta.Beta method) (sppcax.distributions.exponential_family.ExponentialFamily method) (sppcax.distributions.ExponentialFamily method) (sppcax.distributions.Gamma method) (sppcax.distributions.gamma.Gamma method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method) (sppcax.distributions.Normal method) (sppcax.distributions.normal.Normal method) (sppcax.distributions.Poisson method) (sppcax.distributions.poisson.Poisson method) log_normalizer (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Categorical property) (sppcax.distributions.categorical.Categorical property) (sppcax.distributions.exponential_family.ExponentialFamily property) (sppcax.distributions.ExponentialFamily property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property)

log_prob() (sppcax.distributions.base.Distribution method) (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.Distribution method) (sppcax.distributions.exponential_family.ExponentialFamily method) (sppcax.distributions.ExponentialFamily method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.mean_field.MeanField method) (sppcax.distributions.MeanField method) (sppcax.distributions.MultivariateNormalInverseGamma method) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma method) log_rate (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property)

M

mask (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute) mean (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Delta attribute) (sppcax.distributions.delta.Delta attribute) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) MeanField (class in sppcax.distributions) (class in sppcax.distributions.mean_field) mf_expectations() (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method) mf_update() (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method)

mode() (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.mean_field.MeanField method) (sppcax.distributions.MeanField method) (sppcax.distributions.MultivariateNormalInverseGamma method) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma method) module sppcax.distributions sppcax.distributions.base sppcax.distributions.beta sppcax.distributions.categorical sppcax.distributions.delta sppcax.distributions.exponential_family sppcax.distributions.gamma sppcax.distributions.inverse_wishart sppcax.distributions.mean_field sppcax.distributions.mvn sppcax.distributions.mvn_gamma sppcax.distributions.normal sppcax.distributions.poisson sppcax.distributions.utils sppcax.types moment_to_natural() (in module sppcax.distributions.utils) multidigamma() (in module sppcax.distributions.inverse_wishart) MultivariateNormal (class in sppcax.distributions) (class in sppcax.distributions.mvn) MultivariateNormalInverseGamma (class in sppcax.distributions) (class in sppcax.distributions.mvn_gamma) mvn (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormalInverseGamma attribute) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma attribute) mvnig_posterior_update() (in module sppcax.distributions.mvn_gamma)

N

n_iter (sppcax.distributions.mean_field.MeanField attribute) (sppcax.distributions.MeanField attribute) nat1 (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Categorical attribute) (sppcax.distributions.categorical.Categorical attribute) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.Normal attribute) (sppcax.distributions.normal.Normal attribute) (sppcax.distributions.Poisson attribute) (sppcax.distributions.poisson.Poisson attribute) nat1_0 (sppcax.distributions.Beta attribute) (sppcax.distributions.beta.Beta attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.gamma.Gamma attribute) (sppcax.distributions.gamma.InverseGamma attribute) (sppcax.distributions.inverse_wishart.InverseWishart attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute) nat2 (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.Normal attribute) (sppcax.distributions.normal.Normal attribute) nat2_0 (sppcax.distributions.Beta attribute) (sppcax.distributions.beta.Beta attribute) (sppcax.distributions.Gamma attribute) (sppcax.distributions.gamma.Gamma attribute) (sppcax.distributions.gamma.InverseGamma attribute) (sppcax.distributions.inverse_wishart.InverseWishart attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute)

natural_param_shape (sppcax.distributions.Beta attribute) (sppcax.distributions.beta.Beta attribute) (sppcax.distributions.Categorical attribute) (sppcax.distributions.categorical.Categorical attribute) (sppcax.distributions.exponential_family.ExponentialFamily attribute), [1] (sppcax.distributions.ExponentialFamily attribute), [1] (sppcax.distributions.Gamma attribute) (sppcax.distributions.gamma.Gamma attribute) (sppcax.distributions.gamma.InverseGamma attribute) (sppcax.distributions.inverse_wishart.InverseWishart attribute) (sppcax.distributions.InverseGamma attribute) (sppcax.distributions.InverseWishart attribute) (sppcax.distributions.MultivariateNormal attribute) (sppcax.distributions.mvn.MultivariateNormal attribute) (sppcax.distributions.Normal attribute) (sppcax.distributions.normal.Normal attribute) (sppcax.distributions.Poisson attribute) (sppcax.distributions.poisson.Poisson attribute) natural_parameters (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property) (sppcax.distributions.Categorical property) (sppcax.distributions.categorical.Categorical property) (sppcax.distributions.exponential_family.ExponentialFamily property) (sppcax.distributions.ExponentialFamily property) (sppcax.distributions.Gamma property) (sppcax.distributions.gamma.Gamma property) (sppcax.distributions.gamma.InverseGamma property) (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseGamma property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property) natural_to_moment() (in module sppcax.distributions.utils) noise (sppcax.distributions.mean_field.MeanField attribute), [1] (sppcax.distributions.MeanField attribute), [1] Normal (class in sppcax.distributions) (class in sppcax.distributions.normal)

P

Poisson (class in sppcax.distributions) (class in sppcax.distributions.poisson) precision (sppcax.distributions.Delta property) (sppcax.distributions.delta.Delta property) (sppcax.distributions.mean_field.MeanField property) (sppcax.distributions.MeanField property) (sppcax.distributions.MultivariateNormal property) (sppcax.distributions.MultivariateNormalInverseGamma property) (sppcax.distributions.mvn.MultivariateNormal property) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property)

probs (sppcax.distributions.Categorical property) (sppcax.distributions.categorical.Categorical property)

R

rate (sppcax.distributions.Poisson property) (sppcax.distributions.poisson.Poisson property)

S

safe_cholesky() (in module sppcax.distributions.utils) safe_cholesky_and_logdet() (in module sppcax.distributions.utils) sample() (sppcax.distributions.base.Distribution method) (sppcax.distributions.Beta method) (sppcax.distributions.beta.Beta method) (sppcax.distributions.Categorical method) (sppcax.distributions.categorical.Categorical method) (sppcax.distributions.Delta method) (sppcax.distributions.delta.Delta method) (sppcax.distributions.Distribution method) (sppcax.distributions.Gamma method) (sppcax.distributions.gamma.Gamma method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.mean_field.MeanField method) (sppcax.distributions.MeanField method) (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.MultivariateNormalInverseGamma method) (sppcax.distributions.mvn.MultivariateNormal method) (sppcax.distributions.mvn_gamma.MultivariateNormalInverseGamma method) (sppcax.distributions.Normal method) (sppcax.distributions.normal.Normal method) (sppcax.distributions.Poisson method) (sppcax.distributions.poisson.Poisson method) scale (sppcax.distributions.inverse_wishart.InverseWishart property) (sppcax.distributions.InverseWishart property) (sppcax.distributions.Normal property) (sppcax.distributions.normal.Normal property) shape (sppcax.distributions.base.Distribution property) (sppcax.distributions.Distribution property) sppcax.distributions module sppcax.distributions.base module sppcax.distributions.beta module sppcax.distributions.categorical module sppcax.distributions.delta module

sppcax.distributions.exponential_family module sppcax.distributions.gamma module sppcax.distributions.inverse_wishart module sppcax.distributions.mean_field module sppcax.distributions.mvn module sppcax.distributions.mvn_gamma module sppcax.distributions.normal module sppcax.distributions.poisson module sppcax.distributions.utils module sppcax.types module sufficient_statistics (sppcax.distributions.Delta attribute) (sppcax.distributions.delta.Delta attribute) sufficient_statistics() (sppcax.distributions.Beta method) (sppcax.distributions.beta.Beta method) (sppcax.distributions.Categorical method) (sppcax.distributions.categorical.Categorical method) (sppcax.distributions.exponential_family.ExponentialFamily method) (sppcax.distributions.ExponentialFamily method) (sppcax.distributions.Gamma method) (sppcax.distributions.gamma.Gamma method) (sppcax.distributions.gamma.InverseGamma method) (sppcax.distributions.inverse_wishart.InverseWishart method) (sppcax.distributions.InverseGamma method) (sppcax.distributions.InverseWishart method) (sppcax.distributions.MultivariateNormal method) (sppcax.distributions.mvn.MultivariateNormal method) (sppcax.distributions.Normal method) (sppcax.distributions.normal.Normal method) (sppcax.distributions.Poisson method) (sppcax.distributions.poisson.Poisson method) symmetrize() (in module sppcax.distributions.utils)

V

variance (sppcax.distributions.Beta property) (sppcax.distributions.beta.Beta property)

W

weights (sppcax.distributions.mean_field.MeanField attribute), [1] (sppcax.distributions.MeanField attribute), [1]