Static Network Link Shuffling

Degree-sequence preserving shuffling

Python

microcanonical_reference_models.degree_sequence_preserving_shuffling(static_network, random_state)

microcanonical_reference_models.degree_sequence_preserving_shuffling(static_network, random_state, rewires: int)

C++

template<undirected_static_network_edgec EdgeT, std::uniform_random_bit_generator Gen>
requires is_dyadic_v<EdgeT>
network<EdgeT> microcanonical_reference_models::degree_sequence_preserving_shuffling(const network<EdgeT> &temp, Gen &generator)

template<undirected_static_network_edgec EdgeT, std::uniform_random_bit_generator Gen>
requires is_dyadic_v<EdgeT>
network<EdgeT> microcanonical_reference_models::degree_sequence_preserving_shuffling(const network<EdgeT> &temp, Gen &generator, std::size_t rewires)

Produces a degree-sequence preserving shuffling of the given undirected dyadic static network. The variant with the rewires parameter performs the given number of rewirings. The variant without the rewires parameter performs a number of rewirings equal to 100 times the number of edges in the network.

Joint degree-sequence preserving shuffling

Python

microcanonical_reference_models.joint_degree_sequence_preserving_shuffling(static_network, random_state)

microcanonical_reference_models.joint_degree_sequence_preserving_shuffling(static_network, random_state, rewires: int)

C++

template<undirected_static_network_edgec EdgeT, std::uniform_random_bit_generator Gen>
requires is_dyadic_v<EdgeT>
network<EdgeT> microcanonical_reference_models::joint_degree_sequence_preserving_shuffling(const network<EdgeT> &temp, Gen &generator)

template<undirected_static_network_edgec EdgeT, std::uniform_random_bit_generator Gen>
requires is_dyadic_v<EdgeT>
network<EdgeT> microcanonical_reference_models::joint_degree_sequence_preserving_shuffling(const network<EdgeT> &temp, Gen &generator, std::size_t rewires)

Produces a joint degree-sequence preserving shuffling of the given undirected, dyadic static network. The variant with the rewires parameter performs the given number of rewirings. The variant without the rewires parameter performs a number of rewirings equal to 100 times the number of edges in the network.