Network Applications to Facial Communication Data

add_inactive_single_units | Add inactive (missing) single units |

calculate_combination_size | Calculate combination size |

conditional_probabilities | Summarise dyadic combination of elements |

define_contexts | Define truth for AUs active in different contexts |

define_joint_prob | Joint probability distribution of AUs |

distribution.plot | Plots the observed probability for an element against the... |

element.plot | Plots the observed and expected probabilities for the basic... |

element.specificity | (Defunct) Tests how much each element increases the... |

emotions_set | Letter Data |

entropy_overall | Calculate information content of the dataset |

entropy.overall | (Deprecated) Calculate information content of the dataset |

equal_observations | Check that ALL objects have the same number of observations |

event_size_plot | Plots the probability that a combination of a certain size... |

get_active_elements | Extract active elements from matrix |

get_data | Extract used data from a 'netfacs' object |

is.netfacs | Checks if argument is a 'netfacs' object |

is.netfacs_multiple | Checks if argument is a 'netfacs_multiple' object |

is.netfacs_specificity | Checks if argument is a 'netfacs_specificity' object |

letternet | Letter Data |

multiple.netfacs | (Deprecated) Applies the 'netfacs' function across multiple... |

multiple_netfacs_network | Creates network objects out of the netfacs data |

multiple_network_plot | Plots networks for multiple conditions |

mutual.information | Calculates the pointwise mutual information of units with... |

mutual.information.condition | Tests how much each element increases the specificity of all... |

netfacs | Create probability distribution of combinations of elements... |

netfacs_bootstrap | Calculate expected probability from single bootstrap |

netfacs_extract | Extract results from a netfacs object |

netfacs_multiple | Applies the 'netfacs' function across multiple levels of the... |

netfacs_network | Creates a network object out of the netfacs data |

netfacs_randomize | Calculate probabilities from single randomization |

netfacs.reciprocity | Calculate reciprocity of probabilities that two elements... |

network_conditional | Create a network based on conditional probabilities of dyads... |

network.conditional | (Deprecated) Produce conditional probabilities of dyads of... |

network_plot | Plots a network object |

network_summary | Returns all kinds of network measures for the netfacs network |

network_summary_graph | Returns all kinds of graph-level network measures for the... |

overlap_network | Plots the overlap of multiple conditions as bipartite network |

overlap.network | (Deprecated) Plots the overlap of multiple conditions as... |

possible_combinations | Calculate all possible combinations of elements |

prepare.netfacs | Take data that are not currently in format and turn them into... |

print.netfacs | Print method for objects of class 'netfacs' |

print.netfacs_multiple | Print method for objects of class 'netfacs_multiple' |

probability_of_combination | Calculate probabilities of single elements and combinations... |

probability_of_event_size | Count number of event sizes |

sim_facs | Simulate FACS data |

specificity | Specificity |

specificity_increase | Tests how much each element increases the specificity of all... |

summarise_combination | Summarise combination results from bootstrap |

summarise_event_size | Summarise event size probabilities |

upsample | Up sample |

validate_condition | Check that condition arguments are formatted correctly |

validate_data | Check that 'data' argument is formatted correctly |

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