Built-in tests

proportion_test(successes::AbstractArray{T<:Integer, 1}, observations::AbstractArray{T<:Integer, 1}, partition_prior::Union{Nothing, AbstractPartitionDistribution}; spl, mcmc_settings, ϵ, n_leapfrog, kwargs...) -> Any

Fit independent binomials to the successes and observations and explore equality constraints among the probabilities.

Arguments

• successes, vector of successes.
• observations vector of no trials.
• partition_prior, the prior to use over partitions or nothing, which implies sampling from the full model.

Keyword arguments

• spl, overwrite the sampling algorithm passed to Turing. It's best to look at the source code for the parameter names and so on.
• mcmc_settings, settings for sampling.
• ϵ, passed to Turing.HMC, only used when partition_prior !== nothing.
• n_leapfrog, passed to Turing.HMC, only used when partition_prior !== nothing.
• kwargs..., passed to AbstractMCMC.sample.

anova_test(f::StatsModels.FormulaTerm, df::DataFrames.DataFrame, args...; kwargs...) -> Any

Using the formula f and data frame df fit a one-way ANOVA.

anova_test(y::AbstractVector{var"#s199"} where var"#s199"<:AbstractFloat, g::AbstractVector{var"#s192"} where var"#s192"<:Integer, args...; kwargs...) -> Any

Using the vector y and grouping variable g fit a one-way ANOVA.

anova_test(y::AbstractVector{var"#s41"} where var"#s41"<:AbstractFloat, g::AbstractVector{var"#s40"} where var"#s40"<:(UnitRange{var"#s39"} where var"#s39"<:Integer), args...; kwargs...) -> Any

Using the vector y and grouping variable g fit a one-way ANOVA. Here g is a vector of UnitRanges where each element indicates the group membership of y.

anova_test(df::Union{DataFrames.DataFrame, EqualitySampler.Simulations.SimpleDataSet}, partition_prior::Union{Nothing, AbstractPartitionDistribution}; spl, mcmc_settings, modeltype, rng) -> Any

Arguments:

• df a DataFrame or SimpleDataSet.
• partition_prior::Union{Nothing, AbstractPartitionDistribution}, either nothing (i.e., fit the full model) or a subtype of AbstractPartitionDistribution.

Keyword arguments

• spl, overwrite the sampling algorithm passed to Turing. It's best to look at the source code for the parameter names and so on.
• mcmc_settings, settings for sampling.
• modeltype, :old indicated all parameters are sampled whereas reduced indicates only g and the partitions are sampled using an integrated representation of the posterior.
• rng a random number generator.