Package index • netrankr

All functions

aggregate_positions(): Quantification of (indirect) relations

approx_rank_expected(): Approximation of expected ranks

approx_rank_relative(): Approximation of relative rank probabilities

as.matrix(<netrankr_full>): Extract probabilities from netrankr_full object

comparable_pairs(): Comparable pairs in a partial order

compare_ranks(): Count occurrences of pairs in rankings

dbces11: dbces11 graph

dominance_graph(): Partial ranking as directed graph

exact_rank_prob(): Probabilistic centrality rankings

florentine_m: Florentine family marriage network

get_rankings(): Rankings that extend a partial ranking

hyperbolic_index(): Hyperbolic (centrality) index

incomparable_pairs(): Incomparable pairs in a partial order

index_builder(): Centrality Index Builder

indirect_relations(): Indirect relations in a network

is_preserved(): Check preservation

majorization_gap(): Majorization gap

mcmc_rank_prob(): Estimate rank probabilities with Markov Chains

neighborhood_inclusion(): Neighborhood-inclusion preorder

plot(<netrankr_full>): Plot netrankr_full object

plot(<netrankr_interval>): plot netrankr_interval objects

plot(<netrankr_mcmc>): Plot netrankr_mcmc object

plot_rank_intervals(): Plot rank intervals

positional_dominance(): Generalized Dominance Relations

print(<netrankr_full>): Print netrankr_full object to terminal

print(<netrankr_interval>): Print netrankr_interval object to terminal

print(<netrankr_mcmc>): Print netrankr_mcmc object to terminal

rank_intervals(): Rank interval of nodes

spectral_gap(): Spectral gap of a graph

summary(<netrankr_full>): Summary of a netrankr_full object

swan_closeness(): Impact on closeness when a node is removed

swan_combinatory(): Error and attack tolerance of complex networks

swan_connectivity(): Impact on connectivity when a node is removed

swan_efficiency(): Impact on farness when a node is removed

threshold_graph(): Random threshold graphs

dist_2pow() dist_inv() dist_dpow() dist_powd() walks_limit_prop() walks_exp() walks_exp_even() walks_exp_odd() walks_attenuated() walks_uptok(): Transform indirect relations

transitive_reduction(): Transitive Reduction