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Scruff.Operators

Scruff.Operators — Module

The Operators module defines the following interfaces for the following operators:

  • is_deterministic(sf::SFunc)::Bool
  • sample(sf::SFunc{I,O}, i::I)::O where {I,O}
  • sample_logcpdf(sf::SFunc{I,O}, i::I)::Tuple{O, AbstractFloat} where {I,O}
  • invert(sf::SFunc{I,O}, o::O)::I where {I,O}
  • lambda_msg(sf::SFunc{I,O}, i::SFunc{<:Option{Tuple{}}, O})::SFunc{<:Option{Tuple{}}, I} where {I,O}
  • marginalize(sf::SFunc{I,O}, i::SFunc{<:Option{Tuple{}}, I})::SFunc{<:Option{Tuple{}}, O} where {I,O}
  • logcpdf(sf::SFunc{I,O}, i::I, o::O)::AbstractFloat where {I,O}
  • cpdf(sf::SFunc{I,O}, i::I, o::O)::AbstractFloat where {I,O}
  • log_cond_prob_plus_c(sf::SFunc{I,O}, i::I, o::O)::AbstractFloat where {I,O}
  • f_expectation(sf::SFunc{I,O}, i::I, fn::Function) where {I,O}
  • expectation(sf::SFunc{I,O}, i::I)::O where {I,O}
  • variance(sf::SFunc{I,O}, i::I)::O where {I,O}
  • get_config_spec(sf::SFunc{I,O,P})::P where {I,O,P}
  • set_config_spec!(sf::SFunc{I,O,P}, p::P)::SFunc{I,O,P} where {I,O,P}
  • get_score(sf::SFunc{Tuple{I},O}, i::I)::AbstractFloat where {I,O}
  • get_log_score(sf::SFunc{Tuple{I},O}, i::I)::AbstractFloat where {I,O}
  • support(sf::SFunc{I,O}, parranges::NTuple{N,Vector}, size::Integer, curr::Vector{<:O}) where {I,O,N}
  • support_quality(sf::SFunc, parranges)
  • bounded_probs(sf::SFunc{I,O}, range::VectorOption{<:O}, parranges::NTuple{N,Vector})::Tuple{Vector{<:AbstractFloat}, Vector{<:AbstractFloat}} where {I,O,N}
  • make_factors(sf::SFunc{I,O}, range::VectorOption{<:O}, parranges::NTuple{N,Vector}, id, parids::Tuple)::Tuple{Vector{<:Scruff.Utils.Factor}, Vector{<:Scruff.Utils.Factor}} where {I,O,N}
  • initial_stats(sf::SFunc)
  • expected_stats(sf::SFunc{I,O}, range::VectorOption{<:O}, parranges::NTuple{N,Vector}, pis::NTuple{M,Dist}, child_lambda::Score{<:O}) where {I,O,N,M}
  • accumulate_stats(sf::SFunc, existing_stats, new_stats)
  • maximize_stats(sf::SFunc, stats)
  • compute_bel(sf::SFunc{I,O}, range::VectorOption{<:O}, pi::Dist{<:O}, lambda::Score{<:O})::Dist{<:O} where {I,O}
  • compute_lambda(sf::SFunc, range::VectorOption, lambda_msgs::Vector{<:Score})::Score
  • send_pi(sf::SFunc{I,O}, range::VectorOption{O}, bel::Dist{O}, lambda_msg::Score{O})::Dist{<:O} where {I,O}
  • outgoing_pis(sf::SFunc, range::VectorOption, bel::Dist, incoming_lambdas::VectorOption{<:Score})::Vector{<:Dist}
  • outgoing_lambdas(sf::SFunc{I,O}, lambda::Score{O}, range::VectorOption{O}, parranges::NTuple{N,Vector}, incoming_pis::Tuple)::Vector{<:Score} where {N,I,O}
  • compute_pi(sf::SFunc{I,O}, range::VectorOption{O}, parranges::NTuple{N,Vector}, incoming_pis::Tuple)::Dist{<:O} where {N,I,O}
  • send_lambda(sf::SFunc{I,O}, lambda::Score{O}, range::VectorOption{O}, parranges::NTuple{N,Vector}, incoming_pis::Tuple, parent_idx::Integer)::Score where {N,I,O}
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