| as.firm |
Coerce into (a list of) 'firm' object(s) |
| as.firm-method |
Coerce a 'financial_matrix' object into a list of 'firm' objects |
| cfa |
Perform cascade failure analysis |
| colnames-method |
Basic methods for objects of class 'financial_matrix' |
| duplicated-method |
Basic method to check to compare values in a 'financial_matrix' object |
| E |
Extending 'igraph' functions to 'igraph_financial' objects |
| E-method |
igraph edge iterators for 'igraph_financial' objects |
| ecount |
Extending 'igraph' functions to 'igraph_financial' objects |
| ecount-method |
igraph edge iterators for 'igraph_financial' objects |
| edgecount |
Extending 'newtwork' functions to 'newtwork_financial' objects |
| edgecount-method |
Operators for 'network_financial' objects |
| FF |
Create any firm-firm (FF) matrix |
| FF-basic-methods |
Basic methods for objects of class 'financial_matrix' |
| FF-comparison-methods |
Basic method to check to compare values in a 'financial_matrix' object |
| FF-math-methods |
Mathematical methods for 'financial_matrix' objects |
| FF-nrow-ncol |
Number of rows/columns in a 'financial_matrix' object |
| FF-subset-method |
Method to subset a 'financial_matrix' |
| FF.binary.both |
Create a complete binary firm-firm (FF) matrix |
| FF.binary.management |
Create a binary firm-firm (FF) matrix for board interlocks |
| FF.binary.ownership |
Create a binary firm-firm (FF) matrix for common ownership |
| FF.graph |
Easily represent a firm-firm (FF) network using the package 'igraph' |
| FF.graph.custom |
Represent a firm-firm (FF) network using the package 'igraph' |
| FF.naive.both |
Create a complete naive-valued firm-firm (FF) matrix |
| FF.naive.management |
Create a naive-valued firm-firm (FF) matrix for boards interlocks |
| FF.naive.ownership |
Create a naive-valued firm-firm (FF) matrix for common ownership |
| FF.net |
Easily represent a firm-firm (FF) network using the package 'network' |
| FF.net.custom |
Represent a firm-firm (FF) network using the package 'network' |
| FF.norm.both |
Create a complete normalised-valued firm-firm (FF) matrix |
| FF.norm.management |
Create a normalised-valued firm-firm (FF) matrix for boards interlocks |
| FF.norm.ownership |
Create a normalised-valued firm-firm (FF) matrix for common ownership |
| fiedler |
Calculate the Fiedler value (algebraic connectivity) |
| find.firm |
Function to create a 'firm' (legal person) using data from 'Yahoo! Finance' |
| find.firms |
Function to create mutiple 'firms' (legal persons) using data from 'Yahoo! Finance' |
| find.people |
Extract all the unique people associated to at least one of the provided 'firm' objects |
| firms_BKB |
Complete Berkshire Hathaway Portfolio |
| firms_US |
Three US firms |
| FM |
Function to create a (necessarily binary) firm-manager (FM) matrix |
| FO.binary |
Function to create a binary firm-owner (FO) matrix |
| FO.naive |
Function to create a naive-valued firm-owner (FO) matrix |
| FO.norm |
Function to create a naive-valued firm-owner (FO) matrix |
| gorder |
Extending 'igraph' functions to 'igraph_financial' objects |
| gorder-method |
igraph vertex iterators for 'igraph_financial' objects |
| graph_methods |
Extending 'igraph' functions to 'igraph_financial' objects |
| gsize |
Extending 'igraph' functions to 'igraph_financial' objects |
| gsize-method |
igraph edge iterators for 'igraph_financial' objects |
| igraph_E_iterators |
igraph edge iterators for 'igraph_financial' objects |
| igraph_financial |
An S4 class for relational data extending the package igraph |
| igraph_financial-class |
An S4 class for relational data extending the package igraph |
| igraph_v_iterators |
igraph vertex iterators for 'igraph_financial' objects |
| isSymmetric-method |
Mathematical methods for 'financial_matrix' objects |
| ncol-method |
Number of rows/columns in a 'financial_matrix' object |
| network.efficiency |
Calculate network efficiency |
| network.size |
Extending 'newtwork' functions to 'newtwork_financial' objects |
| network.size-method |
Operators for 'network_financial' objects |
| network_financial |
An S4 class for relational data extending the package network |
| network_financial-class |
An S4 class for relational data extending the package network |
| network_methods |
Extending 'newtwork' functions to 'newtwork_financial' objects |
| network_operators |
Operators for 'network_financial' objects |
| nrow-method |
Number of rows/columns in a 'financial_matrix' object |
| plot_igraph |
Extending 'igraph' functions to 'igraph_financial' objects |
| plot_igraph-method |
igraph plotting for 'igraph_financial' objects |
| plot_igraph-methods |
igraph plotting for 'igraph_financial' objects |
| plot_network |
Extending 'newtwork' functions to 'newtwork_financial' objects |
| plot_network-method |
network plotting for 'igraph_financial' objects |
| plot_network-methods |
network plotting for 'igraph_financial' objects |
| print-method |
Print information on a class 'firm' object |
| query.firm |
Function to extract information from a 'firm' object (legal person) |
| query.firms |
Function to extract information from multiple 'firm' object (legal person) |
| query.firms.dataframe |
Function to extract information from multiple 'firm' object (legal person) as a data frame |
| register.firm |
Function to create a 'firm' (legal person) |
| rownames-method |
Basic methods for objects of class 'financial_matrix' |
| subset-method |
Method to subset a 'financial_matrix' |
| summary-method |
Mathematical methods for 'financial_matrix' objects |
| unique-method |
Basic method to check to compare values in a 'financial_matrix' object |
| V |
Extending 'igraph' functions to 'igraph_financial' objects |
| V-method |
igraph vertex iterators for 'igraph_financial' objects |
| vcount |
Extending 'igraph' functions to 'igraph_financial' objects |
| vcount-method |
igraph vertex iterators for 'igraph_financial' objects |
| vertex.names |
Extending 'newtwork' functions to 'newtwork_financial' objects |
| vertex.names-method |
Operators for 'network_financial' objects |
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